Physics · Article
RC and RL transients
Solve first-order circuits with inherited state, signed power and complete finite-window energy. Compare RC and RL steps, switched pulses, closed inductor returns, charge sharing, ramp inputs, scalar poles and impulse limits without erasing singular or active cases.
Previous article: DC networks and circuit theorems
Back to PhysicsAfter reading, you can
- Derive the RC and RL initial-value equations with explicit associated references.
- Solve step responses for reversed, zero and excess initial storage states.
- Audit instantaneous power and signed source, resistor and storage energies over finite windows.
- Carry unrounded state through piecewise switching and distinguish continuous state from ordinary algebraic jumps.
- Separate conserved charge and decaying voltage difference in a two-capacitor sharing circuit.
- Derive convolution and unilateral Laplace solutions while retaining initial terms and origin conventions.
- Classify attracting, absent and unstable equilibria for the original conductance controls.
- Apply integrated impulse laws and endpoint energy changes without undefined pointwise power assignments.
- Use declared settling fractions and preserve the limits of first-order and lumped models.
Identify the state before solving the new circuit
A transient problem asks how a circuit moves between states after an input or connection changes. The new circuit equations are not enough: a capacitor can carry an initial voltage and an inductor an initial current inherited from earlier history. In the models here, those states and the future input are specified independently. The DC networks of the preceding lesson determine useful terminal relations; they do not erase stored energy when a switch moves.
We study fixed linear capacitors, fixed linear inductors, positive resistors and explicitly described ideal sources or switches. The ordinary RC and RL examples have one independent storage state. We also examine a two-capacitor sharing problem with one conserved charge mode and one decaying difference mode, and a separate powered-conductance control whose equilibrium need not be attracting. These are original teaching networks, not measured component data.
The lumped model must remain valid over the relevant times and amplitudes. Propagation, lead inductance, leakage, dielectric absorption, magnetic saturation, switch arcing and source compliance can change a real experiment. Exact rational parameters and high-precision exponentials reveal what this stated model predicts; they do not certify physical tolerances or validate an ideal instantaneous switch at arbitrarily high frequency.
Choose a first path and an advanced return
On a first reading, follow the RC step from KCL to its initial condition, time constant and signed energy ledger. Then solve the corresponding RL problem and compare what remains continuous when the input changes. The pulse and freewheel examples make the procedure concrete: solve one interval, carry the unrounded storage state into the next, and distinguish left and right limits at the switch.
The advanced return develops the conserved and decaying charge-sharing modes, the integrating-factor Green function, unilateral Laplace initial terms, and the connection between a scalar pole and equilibrium stability. The impulse controls identify exactly which integral can change a state discontinuously. These arguments supplement the worked circuits rather than replacing initial-condition reasoning with a transform recipe.
The separate lessons on RLC dynamics and resonance, sinusoidal steady state and phasor power, and diode behavior retain their own depth. A closed freewheel return here is an ideal switched resistor path; it is not a physical diode model. Likewise, a first-order pole calculation is not a complete stability analysis of a device with omitted storage or frequency-dependent controls.
Keep state, current and power references associated
In the series RC circuit, v_C is the top-terminal voltage relative to the common bottom reference. Current i flows from the source through R into that positive capacitor terminal. Thus i=C dv_C/dt, v_R=Ri and p_C=v_C i is absorbed storage power. The ideal source delivers p_s=V_s i; its absorbed power is the negative of that quantity. These signs continue to apply when v_C, i or the source power is negative.
For the series RL circuit the same current enters the positive reference terminal of the inductor, so v_L=L di/dt and p_L=v_L i. The resistor absorbs p_R=Ri²≥0. Instantaneous KVL gives p_s=p_R+p_storage, and integrating over a finite time window gives W_s=W_R+U(T)−U(0). A storage element can deliver energy while the resistor still absorbs heat.
The capacitor and inductor state energies are U_C=Cv_C²/2 and U_L=Li²/2 for the constant ideal element laws used here. Voltage sign and energy sign are different: a negatively charged capacitor still has positive energy, and increasing a negative voltage toward zero can reduce that energy. All scientific data uses SI units; when a worked example uses microfarads or microjoules, 1 μF=10⁻⁶ F and 1 μJ=10⁻⁶ J.
Derive the RC initial-value equation
Connect an ideal source V_s(t), a series resistor R>0 and a capacitor C>0 in a closed loop. KVL is V_s=Ri+v_C. Substitution of i=C dv_C/dt gives RC dv_C/dt+v_C=V_s(t). The factor τ_C=RC has units Ω·F=s. Dividing by τ_C produces a first-order differential equation, not an algebraic instruction to set v_C equal to the present source voltage.
For a constant source on an interval beginning at t=0, choose the initial post-switch voltage v_C(0+)=v_0. If no impulse charge crosses the capacitor at the switch, this equals v_C(0−). The finite resistor permits the capacitor voltage to differ from V_s while a finite current changes its charge. Only the long-time attracting equilibrium of this positive-R, finite constant-source model has v_C=V_s and i=0.
A surrounding linear resistive network can often be replaced by its terminal Thévenin relation while leaving the capacitor and its initial state outside the reduction. The relevant resistance is computed with independent sources zeroed and dependent sources retained. A positive constant R_th supports the familiar decay argument; a zero, negative, singular or frequency-dependent terminal relation requires its own analysis.
Solve the RC equation and apply the initial state
For constant V_s, a particular solution is v_p=V_s. The homogeneous equation τ_C dv_h/dt+v_h=0 gives v_h=A exp(−t/τ_C). Applying v_C(0+)=v_0 fixes A=v_0−V_s, so v_C(t)=V_s+(v_0−V_s)exp(−t/τ_C). Differentiation and substitution check both the original equation and the inherited state.
Let Δ=V_s−v_0 and E=exp(−t/τ_C). Then v_C=V_s−ΔE, i=(Δ/R)E, v_R=ΔE and dv_C/dt=(Δ/τ_C)E. The deviation from equilibrium shrinks by the factor E. The state rises only when Δ>0; it falls when Δ<0 and stays constant when Δ=0. The direction of a plotted curve must come from the initial and final states, not from the word charging.
Our RC family fixes R=150 Ω and C=1/3000 F, giving τ_C=1/20 s=50 ms. The four preparations are v_0=−2,0,12 V with V_s=8 V, and a source-free decay from 6 V. Each has the same positive pole −20 s⁻¹ and time scale, but their current signs, source work and changes in stored energy differ. The source-free natural case still has a closed resistor path.
Compare the four RC preparations
In the reversed preparation v_0=−2 V, the source drives positive current while the capacitor initially delivers storage energy: p_C=v_C i<0 until its voltage reaches zero. It then absorbs energy as its positive voltage rises toward 8 V. The zero crossing occurs when exp(−t/τ_C)=4/5, so t=τ_C ln(5/4); zero voltage is not the instant at which the circuit has settled.
In the overcharged preparation v_0=12 V, current initially flows opposite the declared source-to-capacitor arrow. The ideal 8 V source absorbs returned energy while the resistor continues to heat. In the natural preparation, V_s=0 is a zero-voltage constraint completing the discharge loop, not an absent return path. The capacitor releases its initial energy into the resistor as v_C approaches zero.
The table records exact initial and limiting controls. Intermediate samples are distinct times on each response, with u=t/τ_C ranging from 0 to 6 in quarter-unit steps. A finite last sample is not the infinite-time limit, and the special initial and limiting records remain separate from the explicitly approximate exponential samples.
| Preparation | Initial current | Initial storage power | Limiting state |
|---|---|---|---|
| V_s=8 V, v_0=−2 V | 1/15 A | −2/15 W | v_C→8 V, i→0 |
| V_s=8 V, v_0=0 | 4/75 A | 0 W | v_C→8 V, i→0 |
| V_s=8 V, v_0=12 V | −2/75 A | −8/25 W | v_C→8 V, i→0 |
| V_s=0, v_0=6 V | −1/25 A | −6/25 W | v_C→0, i→0 |
Integrate the complete RC energy ledger
Instantaneous absorbed powers are p_R=(Δ²/R)E² and p_C=(V_s−ΔE)(Δ/R)E. The ideal source delivers p_s=V_s(Δ/R)E. Their difference p_s−p_R equals p_C, including intervals when storage power is negative. This is the same associated-reference power convention used in the preceding network lesson, now with storage rather than only resistive dissipation.
Integrate from 0 to a finite T, writing E_T=exp(−T/τ_C). The transferred signed charge is Q=CΔ(1−E_T), source-delivered work is W_s=CV_sΔ(1−E_T), and resistor work is W_R=(CΔ²/2)(1−E_T²). The storage change is ΔU=C[(V_s−ΔE_T)²−v_0²]/2. Direct expansion gives W_s=W_R+ΔU; none of these finite-window quantities should be replaced by its full-settling value.
For the reversed original case, complete settling gives W_s=2/75 J, W_R=1/60 J and ΔU=1/100 J. Their signed sum closes. The final capacitor energy is 4/375 J, while its initial energy was 1/1500 J. Using final energy alone in place of the change would wrongly count the initially stored energy as if the source had just supplied it.
Qualify source return and the half-energy rule
For an initially uncharged capacitor driven from a fixed positive voltage source through a positive resistor, full settling gives W_s=CV_s², U_final=CV_s²/2 and W_R=CV_s²/2. The resulting half-and-half statement concerns that source boundary, that initial state and the infinite-settling limit. The finite-time capacitor energy is CV_s²(1−E_T)²/2, whereas resistor work is CV_s²(1−E_T²)/2; they are generally unequal before settling.
The overcharged original case has Δ=−4 V. Over complete settling the source-delivered work is −4/375 J, resistor work is 1/375 J and capacitor energy change is −1/75 J. Thus the capacitor loses energy; part heats the resistor and part returns to the ideal voltage source. A real power supply may or may not accept that returned energy, so a different terminal law can be required for a physical implementation.
For fixed positive R the full-settling resistor loss CΔ²/2 is independent of R, while the duration is not. Lowering R increases the current scale and shortens τ_C. Setting R exactly to zero changes the mathematical connection into a direct ideal voltage constraint and can require an impulse or expose inconsistency with the initial state. The finite-R limit does not explain where high-frequency switch, lead or radiative energy goes in a real zero-resistance connection.
Derive the RL initial-value equation
Place a constant ideal inductance L>0 in series with a resistor R>0 and a prescribed source V_s(t), retaining a closed return path. KVL gives L di/dt+Ri=V_s(t). The time constant is τ_L=L/R, with units H/Ω=s. The inductor voltage is the residual V_s−Ri, rather than the entire source voltage whenever the resistor has a nonzero drop.
On an interval with constant V_s, the finite equilibrium current is I_∞=V_s/R. Subtract this constant from the current equation: L d(i−I_∞)/dt+R(i−I_∞)=0. Therefore i=I_∞+(i_0−I_∞)exp(−t/τ_L), where i_0 is the inherited post-switch current. The corresponding inductor voltage is v_L=(V_s−Ri_0)exp(−t/τ_L).
The original RL family uses R=12 Ω and L=3/10 H, giving τ_L=1/40 s=25 ms. Three cases use V_s=6 V with i_0=−1/4,0,1 A; their common limiting current is 1/2 A. A fourth, natural case uses V_s=0 and i_0=3/4 A. No saturation, hysteresis, winding resistance beyond the stated R, or radiative loss law is included.
Read an RL response with reversed or excess current
In the reversed-current case i=1/2−(3/4)exp(−u) A, with u=t/τ_L. Initially v_L=9 V but i=−1/4 A, so the inductor delivers energy even though its voltage reference is positive. The source also initially absorbs power because V_s i<0. The resistor still absorbs Ri². The current passes through zero at u=ln(3/2), after which the stored energy increases toward the new positive-current value.
The overcurrent case begins at 1 A, above the 1/2 A equilibrium. Its current decreases while remaining positive. Consequently v_L<0 and p_L<0, but the positive-voltage source still delivers positive power. Storage delivery and source absorption are not synonymous. At each instant the resistor receives the combined power allowed by the two signed terms.
The natural case has i=(3/4)exp(−u) A and v_L=−9 exp(−u) V. Its initial energy, 27/320 J, is eventually dissipated in the 12 Ω resistor; the zero-voltage source does no work. This finite-energy decay contrasts with the driven cases, whose nonzero final current continues to heat the resistor indefinitely. Current direction is carried by the algebraic sign, not by a changing reference arrow.
Integrate RL work over a finite window
Write A=i_0−I_∞ and E=exp(−t/τ_L). Then i=I_∞+AE, v_L=−RAE, p_R=R(I_∞+AE)² and p_L=−RAE(I_∞+AE). The source-delivered power is p_s=V_s(I_∞+AE). These terms satisfy p_s=p_R+p_L, including a negative initial source power or a negative inductor power. Stored energy is Li²/2 and its derivative is p_L.
For a finite window ending at T, W_s=V_s[I_∞T+Aτ_L(1−E_T)] and W_R=R[I_∞²T+2I_∞Aτ_L(1−E_T)+(A²τ_L/2)(1−E_T²)]. The storage change is L[(I_∞+AE_T)²−i_0²]/2. The mixed exponential term in resistor work is essential: it accounts for interference between the steady and decaying current contributions. Direct substitution gives W_s−W_R=ΔU.
The table highlights exact initial controls. It does not assign an inductor the same power sign in every preparation. An energy audit must retain both the sign of current and the sign of its derivative, while resistor heat remains nonnegative. The finite-window work formulas remain the appropriate starting point even when individual full-time work integrals diverge.
Inherited states and complete finite work
All four RC and four RL preparations retain their distinct state histories, signed physical powers, finite work and separately labelled limit controls.
RC and RL: four inherited states
- Reversed initial state
- Zero initial state
- Excess initial state
- Natural response (source zero)
Finite work and signed storage change
- Storage energy change — green diamond/dot
- Resistor work — blue circle/solid
- Source-delivered work — orange square/dash
- The RC state is capacitor voltage; the RL state is inductor current. Their dimensionless u coordinates use separately declared τ values, so one common u is not one common SI time.
- Source-delivered work equals storage change plus resistor work over each finite interval. Negative source work is return to an ideal source; it is not negative resistor dissipation.
- The source remains connected in an ordinary RL step. Stored energy can approach a finite limit while source and resistor work continue without bound; no infinity is plotted as a finite sample.
- Every retained initial, derivative, power, charge and finite/limit control remains in the complete original source tables. Numeric drawing coordinates do not replace the stored 70-digit approximations.
Original RC preparations: the same time constant does not imply the same power direction
Original RL preparations: source, resistor and storage powers have distinct signs
Complete original schema Version source values, units and controls (1 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| schema Version | metadata | 1 | schemaVersion |
Complete original ordinal source values, units and controls (1 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| ordinal | metadata | 159 | ordinal |
Complete original identity source values, units and controls (1 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| identity | metadata | chapter-14-subject-3 | identity |
Complete original literal S H A256 source values, units and controls (1 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| literal S H A256 | metadata | 69c7e8a41a3c40dd755c194ff8edc81d732c0a8c1079fce5794079192c121bb2 | literalSHA256 |
Complete original precision Contract source values, units and controls (4 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| precision Contract — working Digits | metadata | 110 | precisionContract/workingDigits | |
| precision Contract — approximate Significant Digits | metadata | 70 | precisionContract/approximateSignificantDigits | |
| precision Contract — rounding | metadata | ROUND_HALF_EVEN | precisionContract/rounding | |
| precision Contract — approximate Values Are Not Exact | metadata | true | precisionContract/approximateValuesAreNotExact |
Complete original record Schema source values, units and controls (1 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| record Schema | metadata | MODEL_SCHEMA.json | recordSchema |
Complete original rc Step source values, units and controls (1671 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| rc Step — parameters — R | rational | 150 | ohm | rcStep/parameters/R |
| rc Step — parameters — C | rational | 1/3000 | F | rcStep/parameters/C |
| rc Step — parameters — tau | rational | 1/20 | s | rcStep/parameters/tau |
| rc Step — cases — case reversedInitial — id | metadata | reversedInitial | rcStep/cases/0/id | |
| rc Step — cases — case reversedInitial — source V | rational | 8 | V | rcStep/cases/0/sourceV |
| rc Step — cases — case reversedInitial — initial V | rational | -2 | V | rcStep/cases/0/initialV |
| rc Step — cases — case reversedInitial — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | rcStep/cases/0/initialExact/u |
| rc Step — cases — case reversedInitial — initial Exact — physical SI time | rational | 0 | s | rcStep/cases/0/initialExact/t |
| rc Step — cases — case reversedInitial — initial Exact — retained exponential | rational | 1 | dimensionless | rcStep/cases/0/initialExact/E |
| rc Step — cases — case reversedInitial — initial Exact — capacitor voltage | rational | -2 | V | rcStep/cases/0/initialExact/vC |
| rc Step — cases — case reversedInitial — initial Exact — associated branch current | rational | 1/15 | A | rcStep/cases/0/initialExact/i |
| rc Step — cases — case reversedInitial — initial Exact — resistor voltage | rational | 10 | V | rcStep/cases/0/initialExact/vR |
| rc Step — cases — case reversedInitial — initial Exact — voltage derivative | rational | 200 | V/s | rcStep/cases/0/initialExact/dvdt |
| rc Step — cases — case reversedInitial — initial Exact — capacitor absorbed power | rational | -2/15 | W | rcStep/cases/0/initialExact/pC |
| rc Step — cases — case reversedInitial — initial Exact — resistor absorbed power | rational | 2/3 | W | rcStep/cases/0/initialExact/pR |
| rc Step — cases — case reversedInitial — initial Exact — source-delivered power | rational | 8/15 | W | rcStep/cases/0/initialExact/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — initial Exact — stored energy | rational | 1/1500 | J | rcStep/cases/0/initialExact/storedEnergy |
| rc Step — cases — case reversedInitial — initial Exact — storage-energy change | rational | 0 | J | rcStep/cases/0/initialExact/storedChange |
| rc Step — cases — case reversedInitial — initial Exact — cumulative resistor work | rational | 0 | J | rcStep/cases/0/initialExact/resistorWork |
| rc Step — cases — case reversedInitial — initial Exact — cumulative source-delivered work | rational | 0 | J | rcStep/cases/0/initialExact/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — initial Exact — transferred Charge | rational | 0 | C | rcStep/cases/0/initialExact/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/0/u |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/0/t |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/0/E |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — capacitor voltage | approximation | -2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/0/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — associated branch current | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-2 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/0/i |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — resistor voltage | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/0/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — voltage derivative | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/0/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — capacitor absorbed power | approximation | -1.333333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/0/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — resistor absorbed power | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/0/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — source-delivered power | approximation | 5.333333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/0/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — stored energy | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-4 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/0/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/0/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/0/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/0/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 0 — transferred Charge | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/0/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/1/u |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/1/t |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/1/E |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — capacitor voltage | approximation | 2.119921692859513175482973302167935270322770957385852575868263373175439E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/1/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — associated branch current | approximation | 5.192005220476032454967801779855470981978481936174276494942115775121637E-2 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/1/i |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — resistor voltage | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/1/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — voltage derivative | approximation | 1.557601566142809736490340533956641294593544580852282948482634732536491E+2 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/1/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — capacitor absorbed power | approximation | 1.100664449632698066155778572765070959699979790248414914010782285302665E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/1/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — resistor absorbed power | approximation | 4.043537731417556157358663566607869689612787569914579704552614391567043E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/1/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — source-delivered power | approximation | 4.153604176380825963974241423884376785582785548939421195953692620097310E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/1/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — stored energy | approximation | 7.490113306427240192118463764456962784707846756009948279739545097725669E-6 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/1/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — storage-energy change | approximation | -6.591765533602394264745482029022097038819588199106567183869271215689410E-4 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/1/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — cumulative resistor work | approximation | 6.557822338122776273270007750146992442634697741880217405285130687749058E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/1/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — cumulative source-delivered work | approximation | 5.898645784762536846795459547244782738752738921969560686898203566180117E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/1/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 1 — transferred Charge | approximation | 7.373307230953171058494324434055978423440923652461950858622754457725146E-4 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/1/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/2/u |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/2/t |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/2/E |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — capacitor voltage | approximation | 1.934693402873665763962004650088195465580818645128130443171078412649435E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/2/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — associated branch current | approximation | 4.043537731417556157358663566607869689612787569914579704552614391567043E-2 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/2/i |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — resistor voltage | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/2/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — voltage derivative | approximation | 1.213061319425266847207599069982360906883836270974373911365784317470113E+2 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/2/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — capacitor absorbed power | approximation | 7.823005773244294485834390522098899687181558490532115335898461686038915E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/2/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — resistor absorbed power | approximation | 2.452529607809615477303491801076405782972074206878452230052245344649743E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/2/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — source-delivered power | approximation | 3.234830185134044925886930853286295751690230055931663763642091513253635E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/2/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — stored energy | approximation | 6.238397605204807304907419029262023656457019042044784235868224620228511E-4 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/2/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — storage-energy change | approximation | -4.282690614618593617592476374046430102096476246218824307984420464381559E-5 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/2/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — cumulative resistor work | approximation | 1.053534264714262797340793716397565220923648114947053609153605330504231E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/2/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — cumulative source-delivered work | approximation | 1.049251574099644203723201240023518790821551638700834784845620910039849E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/2/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 2 — transferred Charge | approximation | 1.311564467624555254654001550029398488526939548376043481057026137549812E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/2/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/3/u |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/3/t |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/3/E |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — capacitor voltage | approximation | 3.276334472589852928619534490567320870297964208635233176043420558587991E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/3/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — associated branch current | approximation | 3.149110351606764714253643672955119419801357194243177882637719627608006E-2 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/3/i |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — resistor voltage | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/3/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — voltage derivative | approximation | 9.447331054820294142760931018865358259404071582729533647913158882824019E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/3/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — capacitor absorbed power | approximation | 1.031753880295879578514378466604012060226608226320680114484606910350904E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/3/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — resistor absorbed power | approximation | 1.487534400989532192888536471760083475614477529073862191625568791735501E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/3/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — source-delivered power | approximation | 2.519288281285411771402914938364095535841085755394542306110175702086405E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/3/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — stored energy | approximation | 1.789061262713438291873433154246397676497431712378610615179710135573394E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/3/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — storage-energy change | approximation | 1.122394596046771625206766487579731009830765045711943948513043468906728E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/3/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — cumulative resistor work | approximation | 1.294783066419283618444532548726645797763047284398201118760274468732791E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/3/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — cumulative source-delivered work | approximation | 1.407022526023960780965209197484618898746123788969395513611578815623464E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/3/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 3 — transferred Charge | approximation | 1.758778157529950976206511496855773623432654736211744392014473519529330E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/3/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/4/u |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/4/t |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/4/E |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — capacitor voltage | approximation | 4.321205588285576784044762298385391325541888689682321654921631983025385E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/4/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — associated branch current | approximation | 2.452529607809615477303491801076405782972074206878452230052245344649743E-2 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/4/i |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — resistor voltage | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/4/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — voltage derivative | approximation | 7.357588823428846431910475403229217348916222620635356690156736033949230E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/4/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — capacitor absorbed power | approximation | 1.059788464670274435882796807711228603660115726105589240920737124692639E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/4/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — resistor absorbed power | approximation | 9.022352215774179459599966331498960227175436393971725431210591510271558E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/4/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — source-delivered power | approximation | 1.962023686247692381842793440861124626377659365502761784041796275719795E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/4/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — stored energy | approximation | 3.112136289371749622352691045235783591572228937645789104260333165635583E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/4/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — storage-energy change | approximation | 2.445469622705082955686024378569116924905562270979122437593666498968916E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/4/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — cumulative resistor work | approximation | 1.441107861272312180176667508379192660987280756817373530886401878909878E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/4/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — cumulative source-delivered work | approximation | 1.685654823542820475745269946236104353477836983915285774645768528806769E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/4/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 4 — transferred Charge | approximation | 2.107068529428525594681587432795130441847296229894107218307210661008462E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/4/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/5/u |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/5/t |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/5/E |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — capacitor voltage | approximation | 5.134952031398098996751145733521623972068492076717489529116177887878614E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/5/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — associated branch current | approximation | 1.910031979067934002165902844318917351954338615521673647255881408080924E-2 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/5/i |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — resistor voltage | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/5/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — voltage derivative | approximation | 5.730095937203802006497708532956752055863015846565020941767644224242773E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/5/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — capacitor absorbed power | approximation | 9.807922590950219006025311123407351626447767523144279254996490563632410E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/5/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — resistor absorbed power | approximation | 5.472333241593253011301911631143987189186941401029109923050560701014984E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/5/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — source-delivered power | approximation | 1.528025583254347201732722275455133881563470892417338917804705126464739E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/5/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — stored energy | approximation | 4.394622060793243910828533197176994056146047554837249558405781209596716E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/5/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — storage-energy change | approximation | 3.727955394126577244161866530510327389479380888170582891739114542930049E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/5/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — cumulative resistor work | approximation | 1.529858335626835341384118875888066986936993131640938918590402649141292E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/5/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — cumulative source-delivered work | approximation | 1.902653875039493065800305528939099725884931220457997207764314103434297E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/5/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 5 — transferred Charge | approximation | 2.378317343799366332250381911173874657356164025572496509705392629292871E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/5/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/6/u |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/6/t |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/6/E |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — capacitor voltage | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/6/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — associated branch current | approximation | 1.487534400989532192888536471760083475614477529073862191625568791735501E-2 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/6/i |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — resistor voltage | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/6/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — voltage derivative | approximation | 4.462603202968596578665609415280250426843432587221586574876706375206503E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/6/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — capacitor absorbed power | approximation | 8.581137316725328011152130730743216029469180753362683161829368493479964E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/6/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — resistor absorbed power | approximation | 3.319137891190929531956161043337451775446639479228214371175181840404045E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/6/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — source-delivered power | approximation | 1.190027520791625754310829177408066780491582023259089753300455033388401E-1 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/6/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — stored energy | approximation | 5.546313535506270278101561040460695708070416420178271492958186959825673E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/6/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — storage-energy change | approximation | 4.879646868839603611434894373794029041403749753511604826291520293159007E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/6/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — cumulative resistor work | approximation | 1.583688219386893428367762640583230372280500679685961307387287120656566E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/6/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — cumulative source-delivered work | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/6/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 6 — transferred Charge | approximation | 2.589566132838567236889065097453291595526094568796402237520548937465583E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/6/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/7/u |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/7/t |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/7/E |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — capacitor voltage | approximation | 6.262260565495548733192827413336289839852791466600949623160186127460971E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/7/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — associated branch current | approximation | 1.158492956336300844538115057775806773431472355599366917893209248359352E-2 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/7/i |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — resistor voltage | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/7/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — voltage derivative | approximation | 3.475478869008902533614345173327420320294417066798100753679627745078057E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/7/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — capacitor absorbed power | approximation | 7.254784755869173373652500971298464516007743361617801565056325781205171E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/7/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — resistor absorbed power | approximation | 2.013158894821233382652419490907989671444035483177133778089348205669648E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/7/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — source-delivered power | approximation | 9.267943650690406756304920462206454187451778844794935343145673986874819E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/7/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — stored energy | approximation | 6.535984565026771634177311308290436990801786115063482439616166724646669E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/7/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — storage-energy change | approximation | 5.869317898360104967510644641623770324135119448396815772949500057980003E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/7/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — cumulative resistor work | approximation | 1.616337694296135832100356179393966924880565779587238322214432961524925E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/7/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — cumulative source-delivered work | approximation | 2.203269484132146328851420643556343957294077724426919899509382967322926E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/7/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 7 — transferred Charge | approximation | 2.754086855165182911064275804445429946617597155533649874386728709153657E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/7/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/8/u |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/8/t |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/8/E |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — capacitor voltage | approximation | 6.646647167633873081060005050275155965923684540904241185318411273459266E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/8/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — associated branch current | approximation | 9.022352215774179459599966331498960227175436393971725431210591510271558E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/8/i |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — resistor voltage | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/8/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — voltage derivative | approximation | 2.706705664732253837879989899449688068152630918191517629363177453081467E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/8/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — capacitor absorbed power | approximation | 5.996839180037064881432104980316418700946211278279007360328478045600551E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/8/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — resistor absorbed power | approximation | 1.221042592582278686247868084882749480794137836898372984639995162616695E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/8/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — source-delivered power | approximation | 7.217881772619343567679973065199168181740349115177380344968473208217247E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/8/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — stored energy | approximation | 7.362986428502564554388647155287769945995026568302569740342428853212217E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/8/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — storage-energy change | approximation | 6.696319761835897887721980488621103279328359901635903073675762186545551E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/8/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — cumulative resistor work | approximation | 1.636140601852109699510469964544597929646813220744207342050666787601249E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/8/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — cumulative source-delivered work | approximation | 2.305772578035699488282668013406708257579649210907797649418243006255804E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/8/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 8 — transferred Charge | approximation | 2.882215722544624360353335016758385321974561513634747061772803757819755E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/8/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/9/u |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/9/t |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/9/E |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — capacitor voltage | approximation | 6.946007754381356632167823107593019027315089266227221328511559085901169E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/9/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — associated branch current | approximation | 7.026614970790955785547845949379873151232738225151857809922939427325540E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/9/i |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — resistor voltage | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/9/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — voltage derivative | approximation | 2.107984491237286735664353784813961945369821467545557342976881828197662E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/9/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — capacitor absorbed power | approximation | 4.880692207416610862028734473708530002883572746403397566177372332969067E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/9/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — resistor absorbed power | approximation | 7.405997692161537664095422857953685181026178337180886817609792088913646E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/9/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — source-delivered power | approximation | 5.621291976632764628438276759503898520986190580121486247938351541860432E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/9/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — stored energy | approximation | 8.041170620654322794049913858363559535699225835035445713137735697959292E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/9/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — storage-energy change | approximation | 7.374503953987656127383247191696892869032559168368779046471069031292625E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/9/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — cumulative resistor work | approximation | 1.648151672436262822506428109521782453714101220823714449622642186444383E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/9/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — cumulative source-delivered work | approximation | 2.385602067835028435244752828691471740617357137660592354269749089573645E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/9/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 9 — transferred Charge | approximation | 2.982002584793785544055941035864339675771696422075740442837186361967056E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/9/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/10/u |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/10/t |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/10/E |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — capacitor voltage | approximation | 7.179150013761012048304713255328401921621958789845633511542415894847752E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/10/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — associated branch current | approximation | 5.472333241593253011301911631143987189186941401029109923050560701014984E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/10/i |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — resistor voltage | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/10/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — voltage derivative | approximation | 1.641699972477975903390573489343196156756082420308732976915168210304495E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/10/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — capacitor absorbed power | approximation | 3.928670126668904602599126076705294801426247452332948909753413122633086E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/10/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — resistor absorbed power | approximation | 4.491964666056978064424032282098949499233056684903390286870354381789015E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/10/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — source-delivered power | approximation | 4.377866593274602409041529304915189751349553120823287938440448560811987E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/10/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — stored energy | approximation | 8.590032486680789913756502821261545528472716523377607454618201245805399E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/10/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — storage-energy change | approximation | 7.923365820014123247089836154594878861806049856710940787951534579138732E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/10/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — cumulative resistor work | approximation | 1.655436755001524221505606585961419292918584024954408190949490780712194E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/10/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — cumulative source-delivered work | approximation | 2.447773337002936546214590201420907179099189010625502269744644238626067E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/10/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 10 — transferred Charge | approximation | 3.059716671253670682768237751776133973873986263281877837180805298282584E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/10/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/11/u |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/11/t |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/11/E |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — capacitor voltage | approximation | 7.360721387932924272975699744420482506913659049212315517818098363064844E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/11/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — associated branch current | approximation | 4.261857413780504846828668370530116620575606338584563214546010912901040E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/11/i |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — resistor voltage | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/11/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — voltage derivative | approximation | 1.278557224134151454048600511159034986172681901575368964363803273870312E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/11/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — capacitor absorbed power | approximation | 3.137034501793466077898621184109375402567774627471770610258116658604797E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/11/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — resistor absorbed power | approximation | 2.724514292309377995643135123147178938927104433958799613786920717160344E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/11/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — source-delivered power | approximation | 3.409485931024403877462934696424093296460485070867650571636808730320832E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/11/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — stored energy | approximation | 9.030036558462199177826277696533299491909601742081811371192935319435259E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/11/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — storage-energy change | approximation | 8.363369891795532511159611029866632825242935075415144704526268652768593E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/11/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — cumulative resistor work | approximation | 1.659855380935893221677558828858798719319348905581769667632199364873766E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/11/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — cumulative source-delivered work | approximation | 2.496192370115446472793519931845462001843642413123284138084826230150625E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/11/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 11 — transferred Charge | approximation | 3.120240462644308090991899914806827502304553016404105172606032787688281E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/11/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/12/u |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/12/t |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/12/E |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — capacitor voltage | approximation | 7.502129316321360570206575843499382233683004078115767844323722723939393E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/12/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — associated branch current | approximation | 3.319137891190929531956161043337451775446639479228214371175181840404045E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/12/i |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — resistor voltage | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/12/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — voltage derivative | approximation | 9.957413673572788595868483130012355326339918437684643113525545521212134E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/12/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — capacitor absorbed power | approximation | 2.490060167841653064028584339282183560923546277680308493548237205238156E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/12/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — resistor absorbed power | approximation | 1.652501451110905615363444953877778594337653057022630033919082670850796E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/12/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — source-delivered power | approximation | 2.655310312952743625564928834669961420357311583382571496940145472323236E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/12/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — stored energy | approximation | 9.380324046468067494268288373178630421346452201400946669044570997276319E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/12/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — storage-energy change | approximation | 8.713657379801400827601621706511963754679785534734280002377904330609652E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/12/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — cumulative resistor work | approximation | 1.662535413038889402628258054281972220180822534024110091581868959989540E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/12/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — cumulative source-delivered work | approximation | 2.533901151019029485388420224933168595648801087497538091819659393050505E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/12/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 12 — transferred Charge | approximation | 3.167376438773786856735525281166460744561001359371922614774574241313131E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/12/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/13/u |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — physical SI time | approximation | 1.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/13/t |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/13/E |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — capacitor voltage | approximation | 7.612257921682779901131001647324038567398559380639798542993041390069066E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/13/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — associated branch current | approximation | 2.584947188781467325793322351173076217342937462401343046713057399539563E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/13/i |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — resistor voltage | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/13/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — voltage derivative | approximation | 7.754841566344401977379967053519228652028812387204029140139172198618689E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/13/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — capacitor absorbed power | approximation | 1.967728471493335697475797658793950718540982439367543430933375925500620E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/13/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — resistor absorbed power | approximation | 1.002292795318381631588602221445102553333675305535310064370699941310300E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/13/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — source-delivered power | approximation | 2.067957751025173860634657880938460973874349969921074437370445919631650E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/13/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — stored energy | approximation | 9.657745111037039277139052781733563743562833564344512199590711205383599E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/13/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — storage-energy change | approximation | 8.991078444370372610472386115066897076896166897677845532924044538716932E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/13/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — cumulative resistor work | approximation | 1.664160934678370712587695161113053910283332478402828391505739916813391E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/13/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — cumulative source-delivered work | approximation | 2.563268779115407973634933772619743617972949168170612944798144370685084E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/13/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 13 — transferred Charge | approximation | 3.204085973894259967043667215774679522466186460213266180997680463356355E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/13/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/14/u |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — physical SI time | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/14/t |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/14/E |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — capacitor voltage | approximation | 7.698026165776814992602137076363801549283394677523429933286597769149553E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/14/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — associated branch current | approximation | 2.013158894821233382652419490907989671444035483177133778089348205669648E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/14/i |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — resistor voltage | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/14/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — voltage derivative | approximation | 6.039476684463700147957258472723969014332106449531401334268044617008945E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/14/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — capacitor absorbed power | approximation | 1.549734984820018958921726520432439562056980084712636766417069669743087E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/14/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — resistor absorbed power | approximation | 6.079213103696774720020907229395217509824830182907025605440889479263199E-4 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/14/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — source-delivered power | approximation | 1.610527115856986706121935592726391737155228386541707022471478564535719E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/14/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — stored energy | approximation | 9.876601141497415250405751138376958841863614548853080719444529608096965E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/14/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — storage-energy change | approximation | 9.209934474830748583739084471710292175196947882186414052777862941430299E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/14/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — cumulative resistor work | approximation | 1.665146863390742472986661439859317862289210459120939910265306444296851E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/14/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — cumulative source-delivered work | approximation | 2.586140310873817331360569887030347079808905247339581315543092738439881E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/14/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 14 — transferred Charge | approximation | 3.232675388592271664200712358787933849761131559174476644428865923049851E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/14/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/15/u |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/15/t |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/15/E |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — capacitor voltage | approximation | 7.764822541439908917638488148995670605299323447269275960532345953521741E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/15/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — associated branch current | approximation | 1.567849723733940549076745673362195964671177018204826929784360309855060E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/15/i |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — resistor voltage | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/15/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — voltage derivative | approximation | 4.703549171201821647230237020086587894013531054614480789353080929565179E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/15/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — capacitor absorbed power | approximation | 1.217407487643963533721263199454399625216185842401181726968239745027727E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/15/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — resistor absorbed power | approximation | 3.687229134318890554013333923535714652075577216267981685924850285632016E-4 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/15/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — source-delivered power | approximation | 1.254279778987152439261396538689756771736941614563861543827488247884048E-2 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/15/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — stored energy | approximation | 1.004874485000888767342100173213062756742838480242540584896773466843872E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/15/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — storage-energy change | approximation | 9.382078183342221006754335065463960900761718135758739182301068001772056E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/15/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — cumulative resistor work | approximation | 1.665744859383086944028163333185782738003647772362599671245185454095259E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/15/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — cumulative source-delivered work | approximation | 2.603952677717309044703596839732178828079819585938473589475292254272464E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/15/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 15 — transferred Charge | approximation | 3.254940847146636305879496049665223535099774482423091986844115317840580E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/15/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/16/u |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — physical SI time | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/16/t |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/16/E |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — capacitor voltage | approximation | 7.816843611112658197062819787267587577880879324465244052304000725607496E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/16/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — associated branch current | approximation | 1.221042592582278686247868084882749480794137836898372984639995162616695E-3 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/16/i |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — resistor voltage | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/16/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — voltage derivative | approximation | 3.663127777746836058743604254648248442382413510695118953919985487850086E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/16/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — capacitor absorbed power | approximation | 9.544698988723221597435351928541421833479169272706770970090244135659137E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/16/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — resistor absorbed power | approximation | 2.236417519350078925475927505205740128739334224802129070297171652744270E-4 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/16/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — source-delivered power | approximation | 9.768340740658229489982944679061995846353102695186983877119961300933564E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/16/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — stored energy | approximation | 1.018384067343213038948120925147658122467085986746932279548641153075185E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/16/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — storage-energy change | approximation | 9.517174006765463722814542584809914558004193200802656128819744864085182E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/16/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — cumulative resistor work | approximation | 1.666107562286829146935297684790365231634481833110466134399092373753481E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/16/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — cumulative source-delivered work | approximation | 2.617824962963375519216751943271356687434901153190731747281066860161999E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/16/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 16 — transferred Charge | approximation | 3.272281203704219399020939929089195859293626441488414684101333575202499E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/16/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/17/u |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — physical SI time | approximation | 2.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/17/t |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/17/E |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — capacitor voltage | approximation | 7.857357660910007447267130541439984560000500832457598733231634611790618E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/17/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — associated branch current | approximation | 9.509489272666170182191297237334362666633277836160084451224359213958773E-4 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/17/i |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — resistor voltage | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/17/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — voltage derivative | approximation | 2.852846781799851054657389171200308799989983350848025335367307764187632E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/17/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — capacitor absorbed power | approximation | 7.471945838792506696173748836209445875108414584437615543402260836600160E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/17/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — resistor absorbed power | approximation | 1.356455793404294495792889536580442581982076844904520175772265345668579E-4 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/17/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — source-delivered power | approximation | 7.607591418132936145753037789867490133306622268928067560979487371167018E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/17/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — stored energy | approximation | 1.028967823524353059561849700101474326645629074533252458905712296147249E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/17/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — storage-energy change | approximation | 9.623011568576863928951830334348076599789624078665857922390456294805821E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/17/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — cumulative resistor work | approximation | 1.666327552718315593042718444282521556021171147455440536622723600330250E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/17/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — cumulative source-delivered work | approximation | 2.628628709576001985937901477717329216000133555322026328861769229810832E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/17/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 17 — transferred Charge | approximation | 3.285785886970002482422376847146661520000166944152532911077211537263539E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/17/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/18/u |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — physical SI time | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/18/t |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/18/E |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — capacitor voltage | approximation | 7.888910034617576935038568657130694722284607324942286697735853118666295E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/18/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — associated branch current | approximation | 7.405997692161537664095422857953685181026178337180886817609792088913646E-4 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/18/i |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — resistor voltage | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-1 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/18/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — voltage derivative | approximation | 2.221799307648461299228626857386105554307853501154266045282937626674094E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/18/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — capacitor absorbed power | approximation | 5.842524951004777098277913825876258927439507448218750085731512307700799E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/18/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — resistor absorbed power | approximation | 8.227320272445303299842446048668921738143522152595936835632136343011752E-5 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/18/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — source-delivered power | approximation | 5.924798153729230131276338286362948144820942669744709454087833671130916E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/18/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — stored energy | approximation | 1.037248358904831648592781036386068648986015541371758017817118301719587E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/18/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — storage-energy change | approximation | 9.705816922381649819261143697194019823193488747050913511504516350529207E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/18/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — cumulative resistor work | approximation | 1.666460983659855534084170605515449943623213078612851768245775863258091E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/18/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — cumulative source-delivered work | approximation | 2.637042675898020516010284975234851925942561953317943119396227498311012E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/18/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 18 — transferred Charge | approximation | 3.296303344872525645012856219043564907428202441647428899245284372888765E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/18/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/19/u |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — physical SI time | approximation | 2.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/19/t |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/19/E |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — capacitor voltage | approximation | 7.913483047968793658229284960427496091518336688022919574542934137326621E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/19/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — associated branch current | approximation | 5.767796802080422784714335971500260565444220798472028363804390844891966E-4 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/19/i |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — resistor voltage | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-2 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/19/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — voltage derivative | approximation | 1.730339040624126835414300791450078169633266239541608509141317253467590E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/19/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — capacitor absorbed power | approximation | 4.564336221739204500124009230963838341613385372830731989081744220824710E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/19/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — resistor absorbed power | approximation | 4.990121992513372764745954623637011074199126594689070196176845508886282E-5 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/19/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — source-delivered power | approximation | 4.614237441664338227771468777200208452355376638777622691043512675913573E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/19/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — stored energy | approximation | 1.043720232508157809846927971646256549681744761637645779966353524424821E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/19/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — storage-energy change | approximation | 9.770535658414911431802613049795898830150780949709791132996868577581543E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/19/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — cumulative resistor work | approximation | 1.666541913616853832347548017801075741389811688501799439911762245528945E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/19/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — cumulative source-delivered work | approximation | 2.643595479458344975527809322780665624404889783472778553211449103287099E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/19/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 19 — transferred Charge | approximation | 3.304494349322931219409761653475832030506112229340973191514311379108874E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/19/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/20/u |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/20/t |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/20/E |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — capacitor voltage | approximation | 7.932620530009145329033639515768515757511504149726449145696944684273165E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/20/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — associated branch current | approximation | 4.491964666056978064424032282098949499233056684903390286870354381789015E-4 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/20/i |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — resistor voltage | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-2 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/20/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — voltage derivative | approximation | 1.347589399817093419327209684629684849769917005471017086061106314536705E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/20/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — capacitor absorbed power | approximation | 3.563305113003925883848831481972125859227833288678335583323569301663879E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/20/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — resistor absorbed power | approximation | 3.026661984165656769039434370703374015861205924437664617271420376733295E-5 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/20/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — source-delivered power | approximation | 3.593571732845582451539225825679159599386445347922712229496283505431212E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/20/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — stored energy | approximation | 1.048774474552042895828196523397538453020130970075164047134617034648929E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/20/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — storage-energy change | approximation | 9.821078078853762291615298567308717863534643034084973804679503679822623E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/20/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — cumulative resistor work | approximation | 1.666591000117062525247440680807399082316270136518555725051234881157248E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/20/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — cumulative source-delivered work | approximation | 2.648698808002438754408970537538270868669734439927053105519185249139511E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/20/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 20 — transferred Charge | approximation | 3.310873510003048443011213171922838585837168049908816381898981561424388E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/20/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/21/u |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — physical SI time | approximation | 2.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/21/t |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/21/E |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — capacitor voltage | approximation | 7.947524816008186157235064706586208931936700887145147684861454220628699E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/21/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — associated branch current | approximation | 3.498345599454256184329019560919404537553274190323487675903051958086723E-4 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/21/i |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — resistor voltage | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-2 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/21/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — voltage derivative | approximation | 1.049503679836276855298705868275821361265982257097046302770915587426017E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/21/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — capacitor absorbed power | approximation | 2.780318846663573508891608250667239955974892777765969654508765611945486E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/21/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — resistor absorbed power | approximation | 1.835763289983143857160739806828367406772657449282048621367595452389240E-5 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/21/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — source-delivered power | approximation | 2.798676479563404947463215648735523630042619352258790140722441566469378E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/21/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — stored energy | approximation | 1.052719178351099220525779606918159757701622886341604767178588648720630E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/21/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — storage-energy change | approximation | 9.860525116844325538591129402514930910349562196749381005119219820539628E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/21/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — cumulative resistor work | approximation | 1.666620772584417088070237648171495957481497350230434615451132476780357E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/21/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — cumulative source-delivered work | approximation | 2.652673284268849641929350588422989048516453569905372715963054458834320E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/21/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 21 — transferred Charge | approximation | 3.315841605336062052411688235528736310645566962381715894953818073542900E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/21/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/22/u |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — physical SI time | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/22/t |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/22/E |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — capacitor voltage | approximation | 7.959132285615359330065352973152792315916093433490618005793196189242595E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/22/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — associated branch current | approximation | 2.724514292309377995643135123147178938927104433958799613786920717160344E-4 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/22/i |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — resistor voltage | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-2 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/22/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — voltage derivative | approximation | 8.173542876928133986929405369441536816781313301876398841360762151481033E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/22/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — capacitor absorbed power | approximation | 2.168476966654005290306084420277355898423058182527514941377453415652593E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/22/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — resistor absorbed power | approximation | 1.113446719349710620842367824038725271862536463952474965208315807568264E-5 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/22/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — source-delivered power | approximation | 2.179611433847502396514508098517743151141683547167039691029536573728276E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/22/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — stored energy | approximation | 1.055796445665412897449615185369678919042754812342430280085649191693214E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/22/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — storage-energy change | approximation | 9.891297789987462307829485187030122523760881456757636134189825250265478E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/22/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — cumulative resistor work | approximation | 1.666638830498682923901145607471065698534870103255067854792536458771477E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/22/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — cumulative source-delivered work | approximation | 2.655768609497429154684094126174077950910958248930831468211518983798025E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/22/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 22 — transferred Charge | approximation | 3.319710761871786443355117657717597438638697811163539335264398729747532E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/22/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/23/u |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — physical SI time | approximation | 2.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/23/t |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/23/E |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — capacitor voltage | approximation | 7.968172192034903329320135819952181486540602720989427119973438939584105E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/23/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — associated branch current | approximation | 2.121853864339778045324278669854567563959818600704858668437404027726344E-4 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/23/i |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — resistor voltage | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-2 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/23/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — voltage derivative | approximation | 6.365561593019334135972836009563702691879455802114576005312212083179032E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/23/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — capacitor absorbed power | approximation | 1.690729695739401962440128698717596386301850364660760891974993607326893E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/23/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — resistor absorbed power | approximation | 6.753395732420473819294237166057664866004515903126042774929614854182182E-6 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/23/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — source-delivered power | approximation | 1.697483091471822436259422935883654051167854880563886934749923222181075E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/23/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — stored energy | approximation | 1.058196134698638605669917787580163540572992403553605047099854374592897E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/23/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — storage-energy change | approximation | 9.915294680319719390032511209134968739063257368869383804331877079262301E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/23/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — cumulative resistor work | approximation | 1.666649783177335615482118431073751522504501655376908851559729342629531E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/23/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — cumulative source-delivered work | approximation | 2.658179251209307554485369551987248396410827392263847231992917050555761E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/23/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 23 — transferred Charge | approximation | 3.322724064011634443106711939984060495513534240329809039991146313194702E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/23/transferredCharge |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/24/u |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — physical SI time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/0/samples/24/t |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/0/samples/24/E |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — capacitor voltage | approximation | 7.975212478233336415769548325691833321084935204144660549491213759937238E+0 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/24/vC |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — associated branch current | approximation | 1.652501451110905615363444953877778594337653057022630033919082670850796E-4 | A70 significant digits in the stored approximation | rcStep/cases/0/samples/24/i |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — resistor voltage | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-2 | V70 significant digits in the stored approximation | rcStep/cases/0/samples/24/vR |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — voltage derivative | approximation | 4.957504353332716846090334861633335783012959171067890101757248012552388E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/0/samples/24/dvdt |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — capacitor absorbed power | approximation | 1.317905019319839019118301090983019187262639786074845191818220466096304E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/24/pC |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — resistor absorbed power | approximation | 4.096141568885473172454872119203688207482659543258835317045670584333256E-6 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/24/pR |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — source-delivered power | approximation | 1.322001160888724492290755963102222875470122445618104027135266136680637E-3 | W70 significant digits in the stored approximation | rcStep/cases/0/samples/24/sourceDeliveredPower |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — stored energy | approximation | 1.060066901216145257888144024031453561509834761087434293619282950159724E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/24/storedEnergy |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — storage-energy change | approximation | 9.934002345494785912214773573647868948431680944207676269526162834930576E-3 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/24/storedChange |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — cumulative resistor work | approximation | 1.666656426312744452983735529486368657446147960017808519578374052490206E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/24/resistorWork |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — cumulative source-delivered work | approximation | 2.660056660862223044205212886851155552289316054438576146530990335983263E-2 | J70 significant digits in the stored approximation | rcStep/cases/0/samples/24/sourceDeliveredWork |
| rc Step — cases — case reversedInitial — samples — sample/control 24 — transferred Charge | approximation | 3.325070826077778805256516108563944440361645068048220183163737919979079E-3 | C70 significant digits in the stored approximation | rcStep/cases/0/samples/24/transferredCharge |
| rc Step — cases — case reversedInitial — limit Controls — capacitor voltage — status | metadata | finite | rcStep/cases/0/limitControls/vC/status | |
| rc Step — cases — case reversedInitial — limit Controls — capacitor voltage — value | rational | 8 | V | rcStep/cases/0/limitControls/vC/value |
| rc Step — cases — case reversedInitial — limit Controls — associated branch current — status | metadata | finite | rcStep/cases/0/limitControls/i/status | |
| rc Step — cases — case reversedInitial — limit Controls — associated branch current — value | rational | 0 | A | rcStep/cases/0/limitControls/i/value |
| rc Step — cases — case reversedInitial — limit Controls — resistor voltage — status | metadata | finite | rcStep/cases/0/limitControls/vR/status | |
| rc Step — cases — case reversedInitial — limit Controls — resistor voltage — value | rational | 0 | V | rcStep/cases/0/limitControls/vR/value |
| rc Step — cases — case reversedInitial — limit Controls — voltage derivative — status | metadata | finite | rcStep/cases/0/limitControls/dvdt/status | |
| rc Step — cases — case reversedInitial — limit Controls — voltage derivative — value | rational | 0 | V/s | rcStep/cases/0/limitControls/dvdt/value |
| rc Step — cases — case reversedInitial — limit Controls — capacitor absorbed power — status | metadata | finite | rcStep/cases/0/limitControls/pC/status | |
| rc Step — cases — case reversedInitial — limit Controls — capacitor absorbed power — value | rational | 0 | W | rcStep/cases/0/limitControls/pC/value |
| rc Step — cases — case reversedInitial — limit Controls — resistor absorbed power — status | metadata | finite | rcStep/cases/0/limitControls/pR/status | |
| rc Step — cases — case reversedInitial — limit Controls — resistor absorbed power — value | rational | 0 | W | rcStep/cases/0/limitControls/pR/value |
| rc Step — cases — case reversedInitial — limit Controls — source-delivered power — status | metadata | finite | rcStep/cases/0/limitControls/sourceDeliveredPower/status | |
| rc Step — cases — case reversedInitial — limit Controls — source-delivered power — value | rational | 0 | W | rcStep/cases/0/limitControls/sourceDeliveredPower/value |
| rc Step — cases — case reversedInitial — limit Controls — stored energy — status | metadata | finite | rcStep/cases/0/limitControls/storedEnergy/status | |
| rc Step — cases — case reversedInitial — limit Controls — stored energy — value | rational | 4/375 | J | rcStep/cases/0/limitControls/storedEnergy/value |
| rc Step — cases — case reversedInitial — limit Controls — storage-energy change — status | metadata | finite | rcStep/cases/0/limitControls/storedChange/status | |
| rc Step — cases — case reversedInitial — limit Controls — storage-energy change — value | rational | 1/100 | J | rcStep/cases/0/limitControls/storedChange/value |
| rc Step — cases — case reversedInitial — limit Controls — cumulative resistor work — status | metadata | finite | rcStep/cases/0/limitControls/resistorWork/status | |
| rc Step — cases — case reversedInitial — limit Controls — cumulative resistor work — value | rational | 1/60 | J | rcStep/cases/0/limitControls/resistorWork/value |
| rc Step — cases — case reversedInitial — limit Controls — cumulative source-delivered work — status | metadata | finite | rcStep/cases/0/limitControls/sourceDeliveredWork/status | |
| rc Step — cases — case reversedInitial — limit Controls — cumulative source-delivered work — value | rational | 2/75 | J | rcStep/cases/0/limitControls/sourceDeliveredWork/value |
| rc Step — cases — case reversedInitial — limit Controls — transferred Charge — status | metadata | finite | rcStep/cases/0/limitControls/transferredCharge/status | |
| rc Step — cases — case reversedInitial — limit Controls — transferred Charge — value | rational | 1/300 | C | rcStep/cases/0/limitControls/transferredCharge/value |
| rc Step — cases — case zeroInitial — id | metadata | zeroInitial | rcStep/cases/1/id | |
| rc Step — cases — case zeroInitial — source V | rational | 8 | V | rcStep/cases/1/sourceV |
| rc Step — cases — case zeroInitial — initial V | rational | 0 | V | rcStep/cases/1/initialV |
| rc Step — cases — case zeroInitial — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | rcStep/cases/1/initialExact/u |
| rc Step — cases — case zeroInitial — initial Exact — physical SI time | rational | 0 | s | rcStep/cases/1/initialExact/t |
| rc Step — cases — case zeroInitial — initial Exact — retained exponential | rational | 1 | dimensionless | rcStep/cases/1/initialExact/E |
| rc Step — cases — case zeroInitial — initial Exact — capacitor voltage | rational | 0 | V | rcStep/cases/1/initialExact/vC |
| rc Step — cases — case zeroInitial — initial Exact — associated branch current | rational | 4/75 | A | rcStep/cases/1/initialExact/i |
| rc Step — cases — case zeroInitial — initial Exact — resistor voltage | rational | 8 | V | rcStep/cases/1/initialExact/vR |
| rc Step — cases — case zeroInitial — initial Exact — voltage derivative | rational | 160 | V/s | rcStep/cases/1/initialExact/dvdt |
| rc Step — cases — case zeroInitial — initial Exact — capacitor absorbed power | rational | 0 | W | rcStep/cases/1/initialExact/pC |
| rc Step — cases — case zeroInitial — initial Exact — resistor absorbed power | rational | 32/75 | W | rcStep/cases/1/initialExact/pR |
| rc Step — cases — case zeroInitial — initial Exact — source-delivered power | rational | 32/75 | W | rcStep/cases/1/initialExact/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — initial Exact — stored energy | rational | 0 | J | rcStep/cases/1/initialExact/storedEnergy |
| rc Step — cases — case zeroInitial — initial Exact — storage-energy change | rational | 0 | J | rcStep/cases/1/initialExact/storedChange |
| rc Step — cases — case zeroInitial — initial Exact — cumulative resistor work | rational | 0 | J | rcStep/cases/1/initialExact/resistorWork |
| rc Step — cases — case zeroInitial — initial Exact — cumulative source-delivered work | rational | 0 | J | rcStep/cases/1/initialExact/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — initial Exact — transferred Charge | rational | 0 | C | rcStep/cases/1/initialExact/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/0/u |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/0/t |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/0/E |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — capacitor voltage | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/0/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — associated branch current | approximation | 5.333333333333333333333333333333333333333333333333333333333333333333333E-2 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/0/i |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — resistor voltage | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/0/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/0/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — capacitor absorbed power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/0/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — resistor absorbed power | approximation | 4.266666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/0/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — source-delivered power | approximation | 4.266666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/0/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — stored energy | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/0/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/0/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/0/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/0/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 0 — transferred Charge | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/0/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/1/u |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/1/t |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/1/E |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — capacitor voltage | approximation | 1.769593735428761054038637864173434821625821676590868206069461069854035E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/1/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — associated branch current | approximation | 4.153604176380825963974241423884376785582785548939421195953692620097310E-2 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/1/i |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — resistor voltage | approximation | 6.230406264571238945961362135826565178374178323409131793930538930145965E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/1/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — voltage derivative | approximation | 1.246081252914247789192272427165313035674835664681826358786107786029193E+2 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/1/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — capacitor absorbed power | approximation | 7.350191929974248304698484564784648271140443944062059458492808854749401E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/1/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — resistor absorbed power | approximation | 2.587864148107235940709544682629036601352184044745331010913673210602908E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/1/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — source-delivered power | approximation | 3.322883341104660771179393139107501428466228439151536956762954096077848E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/1/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — stored energy | approximation | 5.219103314114526625435626777017510277159845827723094101360792127846965E-4 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/1/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — storage-energy change | approximation | 5.219103314114526625435626777017510277159845827723094101360792127846965E-4 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/1/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — cumulative resistor work | approximation | 4.197006296398576814892804960094075163286206554803339139382483640159397E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/1/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — cumulative source-delivered work | approximation | 4.718916627810029477436367637795826191002191137575648549518562852944094E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/1/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 1 — transferred Charge | approximation | 5.898645784762536846795459547244782738752738921969560686898203566180117E-4 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/1/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/2/u |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/2/t |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/2/E |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — capacitor voltage | approximation | 3.147754722298932611169603720070556372464654916102504354536862730119548E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/2/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — associated branch current | approximation | 3.234830185134044925886930853286295751690230055931663763642091513253635E-2 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/2/i |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — resistor voltage | approximation | 4.852245277701067388830396279929443627535345083897495645463137269880452E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/2/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — voltage derivative | approximation | 9.704490555402134777660792559858887255070690167794991290926274539760904E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/2/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — capacitor absorbed power | approximation | 1.018245199109082035235309929940136900250056552343121583680236190027072E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/2/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — resistor absorbed power | approximation | 1.569618948998153905474234752688899701102127492402209427233437020575836E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/2/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — source-delivered power | approximation | 2.587864148107235940709544682629036601352184044745331010913673210602908E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/2/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — stored energy | approximation | 1.651393298625871726804530135243732912661065173945535180181893165091717E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/2/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — storage-energy change | approximation | 1.651393298625871726804530135243732912661065173945535180181893165091717E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/2/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — cumulative resistor work | approximation | 6.742619294171281902981079784944417413911347935661143098583074115227077E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/2/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — cumulative source-delivered work | approximation | 8.394012592797153629785609920188150326572413109606678278764967280318794E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/2/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 2 — transferred Charge | approximation | 1.049251574099644203723201240023518790821551638700834784845620910039849E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/2/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/3/u |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/3/t |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/3/E |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — capacitor voltage | approximation | 4.221067578071882342895627592453856696238371366908186540834736446870392E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/3/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — associated branch current | approximation | 2.519288281285411771402914938364095535841085755394542306110175702086405E-2 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/3/i |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — resistor voltage | approximation | 3.778932421928117657104372407546143303761628633091813459165263553129608E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/3/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — voltage derivative | approximation | 7.557864843856235314208744815092286607523257266183626918330527106259215E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/3/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — capacitor absorbed power | approximation | 1.063408608395028813673668608764823004279602985708362042247776534958403E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/3/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — resistor absorbed power | approximation | 9.520220166333006034486633419264534243932656186072718026403640267107207E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/3/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — source-delivered power | approximation | 2.015430625028329417122331950691276428672868604315633844888140561669124E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/3/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — stored energy | approximation | 2.969568583108271089676665268026418084285487691606676948826873925097848E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/3/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — storage-energy change | approximation | 2.969568583108271089676665268026418084285487691606676948826873925097848E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/3/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — cumulative resistor work | approximation | 8.286611625083415158045008311850533105683502620148487160065756599889865E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/3/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — cumulative source-delivered work | approximation | 1.125618020819168624772167357987695118996899031175516410889263052498771E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/3/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 3 — transferred Charge | approximation | 1.407022526023960780965209197484618898746123788969395513611578815623464E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/3/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/4/u |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/4/t |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/4/E |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — capacitor voltage | approximation | 5.056964470628461427235809838708313060433510951745857323937305586420308E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/4/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — associated branch current | approximation | 1.962023686247692381842793440861124626377659365502761784041796275719795E-2 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/4/i |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — resistor voltage | approximation | 2.943035529371538572764190161291686939566489048254142676062694413579692E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/4/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — voltage derivative | approximation | 5.886071058743077145528380322583373879132978096508285352125388827159384E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/4/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — capacitor absorbed power | approximation | 9.921884071886064200598369074729662465628995631880189996359591639184560E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/4/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — resistor absorbed power | approximation | 5.774305418095474854143978452159334545392279292141904275974778566573797E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/4/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — source-delivered power | approximation | 1.569618948998153905474234752688899701102127492402209427233437020575836E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/4/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — stored energy | approximation | 4.262148276199765852831487516262001797504099027691095599493176205430937E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/4/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — storage-energy change | approximation | 4.262148276199765852831487516262001797504099027691095599493176205430937E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/4/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — cumulative resistor work | approximation | 9.223090312142797953130672053626833030318596843631190597672972025023217E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/4/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — cumulative source-delivered work | approximation | 1.348523858834256380596215956988883482782269587132228619716614823045415E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/4/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 4 — transferred Charge | approximation | 1.685654823542820475745269946236104353477836983915285774645768528806769E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/4/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/5/u |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/5/t |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/5/E |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — capacitor voltage | approximation | 5.707961625118479197400916586817299177654793661373991623292942310302891E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/5/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — associated branch current | approximation | 1.528025583254347201732722275455133881563470892417338917804705126464739E-2 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/5/i |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — resistor voltage | approximation | 2.292038374881520802599083413182700822345206338626008376707057689697109E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/5/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — voltage derivative | approximation | 4.584076749763041605198166826365401644690412677252016753414115379394218E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/5/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — capacitor absorbed power | approximation | 8.721911391415095686628554759708919251428124642680080991685282163068325E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/5/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — resistor absorbed power | approximation | 3.502293274619681927233223443932151801079642496658630350752358848649590E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/5/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — source-delivered power | approximation | 1.222420466603477761386177820364107105250776713933871134243764101171792E-1 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/5/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — stored energy | approximation | 5.430137652304198341544083425829169090682693721161968583135935872970107E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/5/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — storage-energy change | approximation | 5.430137652304198341544083425829169090682693721161968583135935872970107E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/5/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — cumulative resistor work | approximation | 9.791093348011746184858360805683628716396756042502009078978576954504269E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/5/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — cumulative source-delivered work | approximation | 1.522123100031594452640244423151279780707944976366397766211451282747438E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/5/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 5 — transferred Charge | approximation | 1.902653875039493065800305528939099725884931220457997207764314103434297E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/5/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/6/u |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/6/t |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/6/E |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — capacitor voltage | approximation | 6.214958718812561368533756233887899829262626965111365370049317449917399E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/6/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — associated branch current | approximation | 1.190027520791625754310829177408066780491582023259089753300455033388401E-2 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/6/i |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — resistor voltage | approximation | 1.785041281187438631466243766112100170737373034888634629950682550082601E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/6/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — voltage derivative | approximation | 3.570082562374877262932487532224200341474746069777269259901365100165203E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/6/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — capacitor absorbed power | approximation | 7.395971915970811134034690351528565107646806919366660828851523889248619E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/6/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — resistor absorbed power | approximation | 2.124248250362194900451943067735969136285849266706057197552116377858588E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/6/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — source-delivered power | approximation | 9.520220166333006034486633419264534243932656186072718026403640267107207E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/6/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — stored energy | approximation | 6.437618646090712374536335723968391828771800890306821952852875627577710E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/6/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — storage-energy change | approximation | 6.437618646090712374536335723968391828771800890306821952852875627577710E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/6/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — cumulative resistor work | approximation | 1.013560460407611794155368089973267438259520434999015236727863757220202E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/6/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — cumulative source-delivered work | approximation | 1.657322325016683031609001662370106621136700524029697432013151319977973E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/6/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 6 — transferred Charge | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/6/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/7/u |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/7/t |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/7/E |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — capacitor voltage | approximation | 6.609808452396438986554261930669031871882233173280759698528148901968777E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/7/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — associated branch current | approximation | 9.267943650690406756304920462206454187451778844794935343145673986874819E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/7/i |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — resistor voltage | approximation | 1.390191547603561013445738069330968128117766826719240301471851098031223E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/7/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — voltage derivative | approximation | 2.780383095207122026891476138661936256235533653438480602943702196062446E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/7/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — capacitor absorbed power | approximation | 6.125933227866736040146387895584049960237240366602582656539356337871280E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/7/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — resistor absorbed power | approximation | 1.288421692685589364897548474181113389724182709233365617977182851628575E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/7/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — source-delivered power | approximation | 7.414354920552325405043936369765163349961423075835948274516539189499855E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/7/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — stored energy | approximation | 7.281594629561901305369085600329363339117000806057033933902692784823883E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/7/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — storage-energy change | approximation | 7.281594629561901305369085600329363339117000806057033933902692784823883E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/7/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — cumulative resistor work | approximation | 1.034456124349526932544227954812138831923562098935832526217237095375952E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/7/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — cumulative source-delivered work | approximation | 1.762615587305717063081136514845075165835262179541535919607506373858341E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/7/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 7 — transferred Charge | approximation | 2.203269484132146328851420643556343957294077724426919899509382967322926E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/7/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/8/u |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/8/t |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/8/E |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — capacitor voltage | approximation | 6.917317734107098464848004040220124772738947632723392948254729018767413E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/8/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — associated branch current | approximation | 7.217881772619343567679973065199168181740349115177380344968473208217247E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/8/i |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — resistor voltage | approximation | 1.082682265892901535151995959779875227261052367276607051745270981232587E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/8/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — voltage derivative | approximation | 2.165364531785803070303991919559750454522104734553214103490541962465174E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/8/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — capacitor absorbed power | approximation | 4.992838158842816494945342877834374877684031076526945565805181662499112E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/8/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — resistor absorbed power | approximation | 7.814672592526583591986355743249596677082482156149587101695969040746851E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/8/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — source-delivered power | approximation | 5.774305418095474854143978452159334545392279292141904275974778566573797E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/8/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — stored energy | approximation | 7.974880772432093829394336334168239310897589074499454206221676609398439E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/8/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — storage-energy change | approximation | 7.974880772432093829394336334168239310897589074499454206221676609398439E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/8/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — cumulative resistor work | approximation | 1.047129985185350207686700777308542674973960461276292698912426744064800E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/8/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — cumulative source-delivered work | approximation | 1.844618062428559590626134410725366606063719368726238119534594405004643E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/8/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 8 — transferred Charge | approximation | 2.305772578035699488282668013406708257579649210907797649418243006255804E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/8/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/9/u |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/9/t |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/9/E |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — capacitor voltage | approximation | 7.156806203505085305734258486074415221852071412981777062809247268720935E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/9/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — associated branch current | approximation | 5.621291976632764628438276759503898520986190580121486247938351541860432E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/9/i |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — resistor voltage | approximation | 8.431937964949146942657415139255847781479285870182229371907527312790648E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/9/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — voltage derivative | approximation | 1.686387592989829388531483027851169556295857174036445874381505462558130E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/9/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — capacitor absorbed power | approximation | 4.023049729007873292248514344694082965203277050517612242023654539797872E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/9/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — resistor absorbed power | approximation | 4.739838522983384105021070629090358515856754135795767563270266936904733E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/9/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — source-delivered power | approximation | 4.497033581306211702750621407603118816788952464097188998350681233488345E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/9/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — stored energy | approximation | 8.536645839088145417916882728592366221168609288012966356573082723345112E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/9/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — storage-energy change | approximation | 8.536645839088145417916882728592366221168609288012966356573082723345112E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/9/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — cumulative resistor work | approximation | 1.054817070359208206404113990093940770377024781327177247758490999324405E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/9/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — cumulative source-delivered work | approximation | 1.908481654268022748195802262953177392493885710128473883415799271658916E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/9/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 9 — transferred Charge | approximation | 2.385602067835028435244752828691471740617357137660592354269749089573645E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/9/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/10/u |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/10/t |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/10/E |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — capacitor voltage | approximation | 7.343320011008809638643770604262721537297567031876506809233932715878202E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/10/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — associated branch current | approximation | 4.377866593274602409041529304915189751349553120823287938440448560811987E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/10/i |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — resistor voltage | approximation | 6.566799889911903613562293957372784627024329681234931907660672841217981E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/10/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — voltage derivative | approximation | 1.313359977982380722712458791474556925404865936246986381532134568243596E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/10/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — capacitor absorbed power | approximation | 3.214807535992035331110085377877819033128726868824813372392656168215093E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/10/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — resistor absorbed power | approximation | 2.874857386276465961231380660543327679509156278338169783597026804344970E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/10/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — source-delivered power | approximation | 3.502293274619681927233223443932151801079642496658630350752358848649590E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/10/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — stored energy | approximation | 8.987391464013737352080839461214173958114574325295805735880412912450496E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/10/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — storage-energy change | approximation | 8.987391464013737352080839461214173958114574325295805735880412912450496E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/10/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — cumulative resistor work | approximation | 1.059479523200975501763588215015308347467893775970821242207674099655804E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/10/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — cumulative source-delivered work | approximation | 1.958218669602349236971672161136725743279351208500401815795715390900854E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/10/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 10 — transferred Charge | approximation | 2.447773337002936546214590201420907179099189010625502269744644238626067E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/10/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/11/u |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/11/t |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/11/E |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — capacitor voltage | approximation | 7.488577110346339418380559795536386005530927239369852414254478690451875E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/11/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — associated branch current | approximation | 3.409485931024403877462934696424093296460485070867650571636808730320832E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/11/i |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — resistor voltage | approximation | 5.114228896536605816194402044636139944690727606301475857455213095481248E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/11/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — voltage derivative | approximation | 1.022845779307321163238880408927227988938145521260295171491042619096250E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/11/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — capacitor absorbed power | approximation | 2.553219830111722910249187109257855185077053372920757282027084058358403E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/11/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — resistor absorbed power | approximation | 1.743689147078001917211606478814194520913346837733631752823629258982620E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/11/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — source-delivered power | approximation | 2.727588744819523101970347757139274637168388056694120457309446984256665E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/11/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — stored energy | approximation | 9.346464522933855163611782950067384211105306309262947231832533906012899E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/11/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — storage-energy change | approximation | 9.346464522933855163611782950067384211105306309262947231832533906012899E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/11/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — cumulative resistor work | approximation | 1.062307443798971661873637650469631180364383299572332587284607593519210E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/11/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — cumulative source-delivered work | approximation | 1.996953896092357178234815945476369601474913930498627310467860984120500E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/11/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 11 — transferred Charge | approximation | 2.496192370115446472793519931845462001843642413123284138084826230150625E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/11/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/12/u |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/12/t |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/12/E |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — capacitor voltage | approximation | 7.601703453057088456165260674799505786946403262492614275458978179151515E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/12/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — associated branch current | approximation | 2.655310312952743625564928834669961420357311583382571496940145472323236E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/12/i |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — resistor voltage | approximation | 3.982965469429115438347393252004942130535967375073857245410218208484853E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/12/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — voltage derivative | approximation | 7.965930938858230876694786504009884261071934750147714490820436416969707E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/12/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — capacitor absorbed power | approximation | 2.018488157491096941068682590687791306248239471056608875381295086924138E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/12/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — resistor absorbed power | approximation | 1.057600928710979593832604770481778300376097956494483221708212909344510E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/12/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — source-delivered power | approximation | 2.124248250362194900451943067735969136285849266706057197552116377858588E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/12/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — stored energy | approximation | 9.630982564703343706286510252060726556033144482226000148433313800470985E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/12/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — storage-energy change | approximation | 9.630982564703343706286510252060726556033144482226000148433313800470985E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/12/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — cumulative resistor work | approximation | 1.064022664344889217682085154740462220915726421775430458612396134393305E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/12/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — cumulative source-delivered work | approximation | 2.027120920815223588310736179946534876519040869998030473455727514440404E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/12/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 12 — transferred Charge | approximation | 2.533901151019029485388420224933168595648801087497538091819659393050505E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/12/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/13/u |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — physical SI time | approximation | 1.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/13/t |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/13/E |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — capacitor voltage | approximation | 7.689806337346223920904801317859230853918847504511838834394433112055252E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/13/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — associated branch current | approximation | 2.067957751025173860634657880938460973874349969921074437370445919631650E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/13/i |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — resistor voltage | approximation | 3.101936626537760790951986821407691460811524954881611656055668879447475E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/13/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — voltage derivative | approximation | 6.203873253075521581903973642815382921623049909763223312111337758894951E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/13/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — capacitor absorbed power | approximation | 1.590219461919762664086055762578282215686124756382599705776631939461461E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/13/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — resistor absorbed power | approximation | 6.414673890037642442167054217248656341335521955425984411972479624385919E-4 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/13/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — source-delivered power | approximation | 1.654366200820139088507726304750768779099479975936859549896356735705320E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/13/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — stored energy | approximation | 9.855520250981691228518221149834403917970265483586801852748419497874971E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/13/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — storage-energy change | approximation | 9.855520250981691228518221149834403917970265483586801852748419497874971E-3 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/13/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — cumulative resistor work | approximation | 1.065062998194157256056124903112354502581332786177810170563673546760570E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/13/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — cumulative source-delivered work | approximation | 2.050615023292326378907947018095794894378359334536490355838515496548067E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/13/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 13 — transferred Charge | approximation | 2.563268779115407973634933772619743617972949168170612944798144370685084E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/13/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/14/u |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — physical SI time | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/14/t |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/14/E |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — capacitor voltage | approximation | 7.758420932621451994081709661091041239426715742018743946629278215319642E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/14/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — associated branch current | approximation | 1.610527115856986706121935592726391737155228386541707022471478564535719E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/14/i |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — resistor voltage | approximation | 2.415790673785480059182903389089587605732842579812560533707217846803578E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/14/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — voltage derivative | approximation | 4.831581347570960118365806778179175211465685159625121067414435693607156E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/14/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — capacitor absorbed power | approximation | 1.249514728821930006689414667912983997661303796062760654102361158961290E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/14/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — resistor absorbed power | approximation | 3.890696386365935820813380626812939206287891317060496387482169266728448E-4 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/14/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — source-delivered power | approximation | 1.288421692685589364897548474181113389724182709233365617977182851628575E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/14/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — stored energy | approximation | 1.003218256128978682376992588114314231982029504034263509864678066401920E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/14/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — storage-energy change | approximation | 1.003218256128978682376992588114314231982029504034263509864678066401920E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/14/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — cumulative resistor work | approximation | 1.065693992570075182711463321509963431865094693837401542569796124349985E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/14/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — cumulative source-delivered work | approximation | 2.068912248699053865088455909624277663847124197871665052434474190751905E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/14/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 14 — transferred Charge | approximation | 2.586140310873817331360569887030347079808905247339581315543092738439881E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/14/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/15/u |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/15/t |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/15/E |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — capacitor voltage | approximation | 7.811858033151927134110790519196536484239458757815420768425876762817393E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/15/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — associated branch current | approximation | 1.254279778987152439261396538689756771736941614563861543827488247884048E-3 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/15/i |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — resistor voltage | approximation | 1.881419668480728658892094808034635157605412421845792315741232371826071E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/15/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — voltage derivative | approximation | 3.762839336961457317784189616069270315210824843691584631482464743652143E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/15/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — capacitor absorbed power | approximation | 9.798255567300810518634318938411768436162695974669741522720715564791932E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/15/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — resistor absorbed power | approximation | 2.359826645964089954568533711062857377328369418411508278991904182804490E-4 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/15/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — source-delivered power | approximation | 1.003423823189721951409117230951805417389553291651089235061990598307238E-2 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/15/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — stored energy | approximation | 1.017085432168671591584852938546842110141521094438715081983315112797006E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/15/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — storage-energy change | approximation | 1.017085432168671591584852938546842110141521094438715081983315112797006E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/15/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — cumulative resistor work | approximation | 1.066076710005175644178024533238900952322334574312063789596918690620966E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/15/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — cumulative source-delivered work | approximation | 2.083162142173847235762877471785743062463855668750778871580233803417971E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/15/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 15 — transferred Charge | approximation | 2.603952677717309044703596839732178828079819585938473589475292254272464E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/15/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/16/u |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — physical SI time | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/16/t |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/16/E |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — capacitor voltage | approximation | 7.853474888890126557650255829814070062304703459572195241843200580485997E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/16/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — associated branch current | approximation | 9.768340740658229489982944679061995846353102695186983877119961300933564E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/16/i |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — resistor voltage | approximation | 1.465251111098734423497441701859299376952965404278047581567994195140035E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/16/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — voltage derivative | approximation | 2.930502222197468846994883403718598753905930808556095163135988390280069E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/16/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — capacitor absorbed power | approximation | 7.671541871288178540755896382916429308843164765762250841196950054971218E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/16/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — resistor absorbed power | approximation | 1.431307212384050512304593603331673682393173903873362604990189857756333E-4 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/16/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — source-delivered power | approximation | 7.814672592526583591986355743249596677082482156149587101695969040746851E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/16/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — stored energy | approximation | 1.027951130507129761334811036351251601701852549361887071809434368927371E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/16/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — storage-energy change | approximation | 1.027951130507129761334811036351251601701852549361887071809434368927371E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/16/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — cumulative resistor work | approximation | 1.066308839863570654038590518265833748246068373190698326015419119202228E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/16/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — cumulative source-delivered work | approximation | 2.094259970370700415373401554617085349947920922552585397824853488129599E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/16/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 16 — transferred Charge | approximation | 2.617824962963375519216751943271356687434901153190731747281066860161999E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/16/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/17/u |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — physical SI time | approximation | 2.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/17/t |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/17/E |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — capacitor voltage | approximation | 7.885886128728005957813704433151987648000400665966078986585307689432495E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/17/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — associated branch current | approximation | 7.607591418132936145753037789867490133306622268928067560979487371167018E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/17/i |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — resistor voltage | approximation | 1.141138712719940421862955668480123519995993340339210134146923105675053E-1 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/17/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — voltage derivative | approximation | 2.282277425439880843725911336960247039991986680678420268293846211350105E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/17/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — capacitor absorbed power | approximation | 5.999259963728474068871685301552843781398444897068564757534164914810825E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/17/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — resistor absorbed power | approximation | 8.681317077787484773074493034114832524685291807388929124942498212278904E-5 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/17/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — source-delivered power | approximation | 6.086073134506348916602430231893992106645297815142454048783589896933615E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/17/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — stored energy | approximation | 1.036453333921079609202981377833049576946557309886139119650872279637306E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/17/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — storage-energy change | approximation | 1.036453333921079609202981377833049576946557309886139119650872279637306E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/17/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — cumulative resistor work | approximation | 1.066449633739721979547339804340813795853549534371481943438543104211360E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/17/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — cumulative source-delivered work | approximation | 2.102902967660801588750321182173863372800106844257621063089415383848665E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/17/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 17 — transferred Charge | approximation | 2.628628709576001985937901477717329216000133555322026328861769229810832E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/17/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/18/u |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — physical SI time | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/18/t |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/18/E |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — capacitor voltage | approximation | 7.911128027694061548030854925704555777827685859953829358188682494933036E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/18/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — associated branch current | approximation | 5.924798153729230131276338286362948144820942669744709454087833671130916E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/18/i |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — resistor voltage | approximation | 8.887197230593845196914507429544422217231414004617064181131750506696375E-2 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/18/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — voltage derivative | approximation | 1.777439446118769039382901485908884443446282800923412836226350101339275E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/18/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — capacitor absorbed power | approximation | 4.687183673239734163902078974378877416732635594019153567522221264309458E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/18/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — resistor absorbed power | approximation | 5.265484974364994111899165471148109912411854177661399574804567259527521E-5 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/18/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — source-delivered power | approximation | 4.739838522983384105021070629090358515856754135795767563270266936904733E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/18/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — stored energy | approximation | 1.043099111176108870994358792657993576835193192342129363839685446163631E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/18/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — storage-energy change | approximation | 1.043099111176108870994358792657993576835193192342129363839685446163631E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/18/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — cumulative resistor work | approximation | 1.066535029542307541813869187529887963918856370312225131677296552485178E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/18/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — cumulative source-delivered work | approximation | 2.109634140718416412808227980187881540754049562654354495516981998648810E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/18/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 18 — transferred Charge | approximation | 2.637042675898020516010284975234851925942561953317943119396227498311012E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/18/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/19/u |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — physical SI time | approximation | 2.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/19/t |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/19/E |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — capacitor voltage | approximation | 7.930786438375034926583427968341996873214669350418335659634347309861296E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/19/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — associated branch current | approximation | 4.614237441664338227771468777200208452355376638777622691043512675913573E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/19/i |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — resistor voltage | approximation | 6.921356162496507341657203165800312678533064958166434036565269013870360E-2 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/19/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — voltage derivative | approximation | 1.384271232499301468331440633160062535706612991633286807313053802774072E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/19/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — capacitor absorbed power | approximation | 3.659453172579384996522800912168889891009426900816088103579278329473986E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/19/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — resistor absorbed power | approximation | 3.193678075208558569437410959127687087487441020601004925553181125687220E-5 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/19/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — source-delivered power | approximation | 3.691389953331470582217175021760166761884301311022098152834810140730859E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/19/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — stored energy | approximation | 1.048289558851889527719816726831844025034432346137071201025631445491155E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/19/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — storage-energy change | approximation | 1.048289558851889527719816726831844025034432346137071201025631445491155E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/19/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — cumulative resistor work | approximation | 1.066586824714786452702430731392688474489479480641151641543527837138524E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/19/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — cumulative source-delivered work | approximation | 2.114876383566675980422247458224532499523911826778222842569159282629679E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/19/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 19 — transferred Charge | approximation | 2.643595479458344975527809322780665624404889783472778553211449103287099E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/19/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/20/u |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/20/t |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/20/E |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — capacitor voltage | approximation | 7.946096424007316263226911612614812606009203319781159316557555747418532E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/20/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — associated branch current | approximation | 3.593571732845582451539225825679159599386445347922712229496283505431212E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/20/i |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — resistor voltage | approximation | 5.390357599268373677308838738518739399079668021884068344244425258146818E-2 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/20/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — voltage derivative | approximation | 1.078071519853674735461767747703747879815933604376813668848885051629364E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/20/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — capacitor absorbed power | approximation | 2.855486749577805757909528280570826085807644560421768730046489713933877E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/20/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — resistor absorbed power | approximation | 1.937063669866020332185237997250159370151171791640105355053709041109309E-5 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/20/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — source-delivered power | approximation | 2.874857386276465961231380660543327679509156278338169783597026804344970E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/20/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — stored energy | approximation | 1.052340806327030987368814394313881282253374664569766820382557875370970E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/20/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — storage-energy change | approximation | 1.052340806327030987368814394313881282253374664569766820382557875370970E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/20/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — cumulative resistor work | approximation | 1.066618240074920016158362035716735412682412887371875664032790323940639E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/20/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — cumulative source-delivered work | approximation | 2.118959046401951003527176430030616694935787551941642484415348199311608E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/20/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 20 — transferred Charge | approximation | 2.648698808002438754408970537538270868669734439927053105519185249139511E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/20/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/21/u |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — physical SI time | approximation | 2.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/21/t |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/21/E |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — capacitor voltage | approximation | 7.958019852806548925788051765268967145549360709716118147889163376502959E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/21/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — associated branch current | approximation | 2.798676479563404947463215648735523630042619352258790140722441566469378E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/21/i |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — resistor voltage | approximation | 4.198014719345107421194823473103285445063929028388185211083662349704067E-2 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/21/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — voltage derivative | approximation | 8.396029438690214842389646946206570890127858056776370422167324699408135E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/21/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — capacitor absorbed power | approximation | 2.227192298594831837284743784224717352630750474131627001401200642280211E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/21/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — resistor absorbed power | approximation | 1.174888505589212068582873476370155140334500767540511117675261089529114E-5 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/21/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — source-delivered power | approximation | 2.238941183650723957970572518988418904034095481807032112577953253175503E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/21/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — stored energy | approximation | 1.055501332961052777178528375908633826025004551776820018881718781928027E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/21/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — storage-energy change | approximation | 1.055501332961052777178528375908633826025004551776820018881718781928027E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/21/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — cumulative resistor work | approximation | 1.066637294454026936364952094829757412788158304147478153888724785139428E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/21/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — cumulative source-delivered work | approximation | 2.122138627415079713543480470738391238813162855924298172770443567067456E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/21/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 21 — transferred Charge | approximation | 2.652673284268849641929350588422989048516453569905372715963054458834320E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/21/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/22/u |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — physical SI time | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/22/t |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/22/E |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — capacitor voltage | approximation | 7.967305828492287464052282378522233852732874746792494404634556951394076E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/22/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — associated branch current | approximation | 2.179611433847502396514508098517743151141683547167039691029536573728276E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/22/i |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — resistor voltage | approximation | 3.269417150771253594771762147776614726712525320750559536544304860592413E-2 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/22/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — voltage derivative | approximation | 6.538834301542507189543524295553229453425050641501119073088609721184827E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/22/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — capacitor absorbed power | approximation | 1.736563088074163769238215324740346679173426604364335913046296037814184E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/22/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — resistor absorbed power | approximation | 7.126059003838147973391154073847841739920233369295839777333221168436887E-6 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/22/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — source-delivered power | approximation | 1.743689147078001917211606478814194520913346837733631752823629258982620E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/22/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — stored energy | approximation | 1.057966036078786252450542112157780313666449733061421747501991853424675E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/22/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — storage-energy change | approximation | 1.057966036078786252450542112157780313666449733061421747501991853424675E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/22/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — cumulative resistor work | approximation | 1.066648851519157071296733188781482047062316866083243427067223333613746E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/22/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — cumulative source-delivered work | approximation | 2.124614887597943323747275300939262360728766599144665174569215187038420E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/22/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 22 — transferred Charge | approximation | 2.655768609497429154684094126174077950910958248930831468211518983798025E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/22/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/23/u |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — physical SI time | approximation | 2.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/23/t |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/23/E |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — capacitor voltage | approximation | 7.974537753627922663456108655961745189232482176791541695978751151667284E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/23/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — associated branch current | approximation | 1.697483091471822436259422935883654051167854880563886934749923222181075E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/23/i |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — resistor voltage | approximation | 2.546224637207733654389134403825481076751782320845830402124884833271613E-2 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/23/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — voltage derivative | approximation | 5.092449274415467308778268807650962153503564641691660804249769666543226E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/23/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — capacitor absorbed power | approximation | 1.353664299908708845763190036920646335420041014273108880423983624238184E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/23/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — resistor absorbed power | approximation | 4.322173268749103244348311786276905514242890178000667375954953506676597E-6 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/23/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — source-delivered power | approximation | 1.357986473177457949007538348706923240934283904451109547799938577744860E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/23/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — stored energy | approximation | 1.059887539733951249679739845702597742725780854369856120596106861161709E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/23/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — storage-energy change | approximation | 1.059887539733951249679739845702597742725780854369856120596106861161709E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/23/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — cumulative resistor work | approximation | 1.066655861233494793908555795887200974402881059441221664998226779282900E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/23/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — cumulative source-delivered work | approximation | 2.126543400967446043588295641589798717128661913811077785594333640444609E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/23/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 23 — transferred Charge | approximation | 2.658179251209307554485369551987248396410827392263847231992917050555761E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/23/transferredCharge |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/24/u |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — physical SI time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/1/samples/24/t |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/1/samples/24/E |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — capacitor voltage | approximation | 7.980169982586669132615638660553466656867948163315728439592971007949790E+0 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/24/vC |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — associated branch current | approximation | 1.322001160888724492290755963102222875470122445618104027135266136680637E-4 | A70 significant digits in the stored approximation | rcStep/cases/1/samples/24/i |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — resistor voltage | approximation | 1.983001741333086738436133944653334313205183668427156040702899205020955E-2 | V70 significant digits in the stored approximation | rcStep/cases/1/samples/24/vR |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — voltage derivative | approximation | 3.966003482666173476872267889306668626410367336854312081405798410041911E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/1/samples/24/dvdt |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — capacitor absorbed power | approximation | 1.054979398106892891002233652325487939923309054386797567105303680170536E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/24/pC |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — resistor absorbed power | approximation | 2.621530604086702830371118156290360452788902107685654602909229173973284E-6 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/24/pR |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — source-delivered power | approximation | 1.057600928710979593832604770481778300376097956494483221708212909344510E-3 | W70 significant digits in the stored approximation | rcStep/cases/1/samples/24/sourceDeliveredPower |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — stored energy | approximation | 1.061385215849621985454579570609648501065918149139463464694632875192879E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/24/storedEnergy |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — storage-energy change | approximation | 1.061385215849621985454579570609648501065918149139463464694632875192879E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/24/storedChange |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — cumulative resistor work | approximation | 1.066660112840156449909590738871275940765534694411397452530159393593732E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/24/resistorWork |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — cumulative source-delivered work | approximation | 2.128045328689778435364170309480924441831452843550860917224792268786611E-2 | J70 significant digits in the stored approximation | rcStep/cases/1/samples/24/sourceDeliveredWork |
| rc Step — cases — case zeroInitial — samples — sample/control 24 — transferred Charge | approximation | 2.660056660862223044205212886851155552289316054438576146530990335983263E-3 | C70 significant digits in the stored approximation | rcStep/cases/1/samples/24/transferredCharge |
| rc Step — cases — case zeroInitial — limit Controls — capacitor voltage — status | metadata | finite | rcStep/cases/1/limitControls/vC/status | |
| rc Step — cases — case zeroInitial — limit Controls — capacitor voltage — value | rational | 8 | V | rcStep/cases/1/limitControls/vC/value |
| rc Step — cases — case zeroInitial — limit Controls — associated branch current — status | metadata | finite | rcStep/cases/1/limitControls/i/status | |
| rc Step — cases — case zeroInitial — limit Controls — associated branch current — value | rational | 0 | A | rcStep/cases/1/limitControls/i/value |
| rc Step — cases — case zeroInitial — limit Controls — resistor voltage — status | metadata | finite | rcStep/cases/1/limitControls/vR/status | |
| rc Step — cases — case zeroInitial — limit Controls — resistor voltage — value | rational | 0 | V | rcStep/cases/1/limitControls/vR/value |
| rc Step — cases — case zeroInitial — limit Controls — voltage derivative — status | metadata | finite | rcStep/cases/1/limitControls/dvdt/status | |
| rc Step — cases — case zeroInitial — limit Controls — voltage derivative — value | rational | 0 | V/s | rcStep/cases/1/limitControls/dvdt/value |
| rc Step — cases — case zeroInitial — limit Controls — capacitor absorbed power — status | metadata | finite | rcStep/cases/1/limitControls/pC/status | |
| rc Step — cases — case zeroInitial — limit Controls — capacitor absorbed power — value | rational | 0 | W | rcStep/cases/1/limitControls/pC/value |
| rc Step — cases — case zeroInitial — limit Controls — resistor absorbed power — status | metadata | finite | rcStep/cases/1/limitControls/pR/status | |
| rc Step — cases — case zeroInitial — limit Controls — resistor absorbed power — value | rational | 0 | W | rcStep/cases/1/limitControls/pR/value |
| rc Step — cases — case zeroInitial — limit Controls — source-delivered power — status | metadata | finite | rcStep/cases/1/limitControls/sourceDeliveredPower/status | |
| rc Step — cases — case zeroInitial — limit Controls — source-delivered power — value | rational | 0 | W | rcStep/cases/1/limitControls/sourceDeliveredPower/value |
| rc Step — cases — case zeroInitial — limit Controls — stored energy — status | metadata | finite | rcStep/cases/1/limitControls/storedEnergy/status | |
| rc Step — cases — case zeroInitial — limit Controls — stored energy — value | rational | 4/375 | J | rcStep/cases/1/limitControls/storedEnergy/value |
| rc Step — cases — case zeroInitial — limit Controls — storage-energy change — status | metadata | finite | rcStep/cases/1/limitControls/storedChange/status | |
| rc Step — cases — case zeroInitial — limit Controls — storage-energy change — value | rational | 4/375 | J | rcStep/cases/1/limitControls/storedChange/value |
| rc Step — cases — case zeroInitial — limit Controls — cumulative resistor work — status | metadata | finite | rcStep/cases/1/limitControls/resistorWork/status | |
| rc Step — cases — case zeroInitial — limit Controls — cumulative resistor work — value | rational | 4/375 | J | rcStep/cases/1/limitControls/resistorWork/value |
| rc Step — cases — case zeroInitial — limit Controls — cumulative source-delivered work — status | metadata | finite | rcStep/cases/1/limitControls/sourceDeliveredWork/status | |
| rc Step — cases — case zeroInitial — limit Controls — cumulative source-delivered work — value | rational | 8/375 | J | rcStep/cases/1/limitControls/sourceDeliveredWork/value |
| rc Step — cases — case zeroInitial — limit Controls — transferred Charge — status | metadata | finite | rcStep/cases/1/limitControls/transferredCharge/status | |
| rc Step — cases — case zeroInitial — limit Controls — transferred Charge — value | rational | 1/375 | C | rcStep/cases/1/limitControls/transferredCharge/value |
| rc Step — cases — case overcharged — id | metadata | overcharged | rcStep/cases/2/id | |
| rc Step — cases — case overcharged — source V | rational | 8 | V | rcStep/cases/2/sourceV |
| rc Step — cases — case overcharged — initial V | rational | 12 | V | rcStep/cases/2/initialV |
| rc Step — cases — case overcharged — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | rcStep/cases/2/initialExact/u |
| rc Step — cases — case overcharged — initial Exact — physical SI time | rational | 0 | s | rcStep/cases/2/initialExact/t |
| rc Step — cases — case overcharged — initial Exact — retained exponential | rational | 1 | dimensionless | rcStep/cases/2/initialExact/E |
| rc Step — cases — case overcharged — initial Exact — capacitor voltage | rational | 12 | V | rcStep/cases/2/initialExact/vC |
| rc Step — cases — case overcharged — initial Exact — associated branch current | rational | -2/75 | A | rcStep/cases/2/initialExact/i |
| rc Step — cases — case overcharged — initial Exact — resistor voltage | rational | -4 | V | rcStep/cases/2/initialExact/vR |
| rc Step — cases — case overcharged — initial Exact — voltage derivative | rational | -80 | V/s | rcStep/cases/2/initialExact/dvdt |
| rc Step — cases — case overcharged — initial Exact — capacitor absorbed power | rational | -8/25 | W | rcStep/cases/2/initialExact/pC |
| rc Step — cases — case overcharged — initial Exact — resistor absorbed power | rational | 8/75 | W | rcStep/cases/2/initialExact/pR |
| rc Step — cases — case overcharged — initial Exact — source-delivered power | rational | -16/75 | W | rcStep/cases/2/initialExact/sourceDeliveredPower |
| rc Step — cases — case overcharged — initial Exact — stored energy | rational | 3/125 | J | rcStep/cases/2/initialExact/storedEnergy |
| rc Step — cases — case overcharged — initial Exact — storage-energy change | rational | 0 | J | rcStep/cases/2/initialExact/storedChange |
| rc Step — cases — case overcharged — initial Exact — cumulative resistor work | rational | 0 | J | rcStep/cases/2/initialExact/resistorWork |
| rc Step — cases — case overcharged — initial Exact — cumulative source-delivered work | rational | 0 | J | rcStep/cases/2/initialExact/sourceDeliveredWork |
| rc Step — cases — case overcharged — initial Exact — transferred Charge | rational | 0 | C | rcStep/cases/2/initialExact/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/0/u |
| rc Step — cases — case overcharged — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/0/t |
| rc Step — cases — case overcharged — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/0/E |
| rc Step — cases — case overcharged — samples — sample/control 0 — capacitor voltage | approximation | 1.200000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/0/vC |
| rc Step — cases — case overcharged — samples — sample/control 0 — associated branch current | approximation | -2.666666666666666666666666666666666666666666666666666666666666666666667E-2 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/0/i |
| rc Step — cases — case overcharged — samples — sample/control 0 — resistor voltage | approximation | -4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/0/vR |
| rc Step — cases — case overcharged — samples — sample/control 0 — voltage derivative | approximation | -8.000000000000000000000000000000000000000000000000000000000000000000000E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/0/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 0 — capacitor absorbed power | approximation | -3.200000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/0/pC |
| rc Step — cases — case overcharged — samples — sample/control 0 — resistor absorbed power | approximation | 1.066666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/0/pR |
| rc Step — cases — case overcharged — samples — sample/control 0 — source-delivered power | approximation | -2.133333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/0/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 0 — stored energy | approximation | 2.400000000000000000000000000000000000000000000000000000000000000000000E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/0/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/0/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/0/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/0/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 0 — transferred Charge | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/0/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/1/u |
| rc Step — cases — case overcharged — samples — sample/control 1 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/1/t |
| rc Step — cases — case overcharged — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/1/E |
| rc Step — cases — case overcharged — samples — sample/control 1 — capacitor voltage | approximation | 1.111520313228561947298068106791328258918708916170456589696526946507298E+1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/1/vC |
| rc Step — cases — case overcharged — samples — sample/control 1 — associated branch current | approximation | -2.076802088190412981987120711942188392791392774469710597976846310048655E-2 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/1/i |
| rc Step — cases — case overcharged — samples — sample/control 1 — resistor voltage | approximation | -3.115203132285619472980681067913282589187089161704565896965269465072982E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/1/vR |
| rc Step — cases — case overcharged — samples — sample/control 1 — voltage derivative | approximation | -6.230406264571238945961362135826565178374178323409131793930538930145965E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/1/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 1 — capacitor absorbed power | approximation | -2.308407707579139370767082740211009864571160230762101231109895350689651E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/1/pC |
| rc Step — cases — case overcharged — samples — sample/control 1 — resistor absorbed power | approximation | 6.469660370268089851773861706572591503380460111863327527284183026507270E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/1/pR |
| rc Step — cases — case overcharged — samples — sample/control 1 — source-delivered power | approximation | -1.661441670552330385589696569553750714233114219575768478381477048038924E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/1/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 1 — stored energy | approximation | 2.059129011199534105755861494107856811367735279251134094039509766348810E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/1/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 1 — storage-energy change | approximation | -3.408709888004658942441385058921431886322647207488659059604902336511896E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/1/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 1 — cumulative resistor work | approximation | 1.049251574099644203723201240023518790821551638700834784845620910039849E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/1/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 1 — cumulative source-delivered work | approximation | -2.359458313905014738718183818897913095501095568787824274759281426472047E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/1/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 1 — transferred Charge | approximation | -2.949322892381268423397729773622391369376369460984780343449101783090059E-4 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/1/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/2/u |
| rc Step — cases — case overcharged — samples — sample/control 2 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/2/t |
| rc Step — cases — case overcharged — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/2/E |
| rc Step — cases — case overcharged — samples — sample/control 2 — capacitor voltage | approximation | 1.042612263885053369441519813996472181376767254194874782273156863494023E+1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/2/vC |
| rc Step — cases — case overcharged — samples — sample/control 2 — associated branch current | approximation | -1.617415092567022462943465426643147875845115027965831881821045756626817E-2 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/2/i |
| rc Step — cases — case overcharged — samples — sample/control 2 — resistor voltage | approximation | -2.426122638850533694415198139964721813767672541948747822731568634940226E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/2/vR |
| rc Step — cases — case overcharged — samples — sample/control 2 — voltage derivative | approximation | -4.852245277701067388830396279929443627535345083897495645463137269880452E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/2/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 2 — capacitor absorbed power | approximation | -1.686336811303156446723331029486743225951623895473217862265195860445413E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/2/pC |
| rc Step — cases — case overcharged — samples — sample/control 2 — resistor absorbed power | approximation | 3.924047372495384763685586881722249252755318731005523568083592551439589E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/2/pR |
| rc Step — cases — case overcharged — samples — sample/control 2 — source-delivered power | approximation | -1.293932074053617970354772341314518300676092022372665505456836605301454E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/2/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 2 — stored energy | approximation | 1.811733888005860270936192509366982048323595646128137508597174783103383E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/2/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 2 — storage-energy change | approximation | -5.882661119941397290638074906330179516764043538718624914028252168966166E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/2/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 2 — cumulative resistor work | approximation | 1.685654823542820475745269946236104353477836983915285774645768528806769E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/2/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 2 — cumulative source-delivered work | approximation | -4.197006296398576814892804960094075163286206554803339139382483640159397E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/2/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 2 — transferred Charge | approximation | -5.246257870498221018616006200117593954107758193504173924228104550199246E-4 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/2/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/3/u |
| rc Step — cases — case overcharged — samples — sample/control 3 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/3/t |
| rc Step — cases — case overcharged — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/3/E |
| rc Step — cases — case overcharged — samples — sample/control 3 — capacitor voltage | approximation | 9.889466210964058828552186203773071651880814316545906729582631776564804E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/3/vC |
| rc Step — cases — case overcharged — samples — sample/control 3 — associated branch current | approximation | -1.259644140642705885701457469182047767920542877697271153055087851043203E-2 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/3/i |
| rc Step — cases — case overcharged — samples — sample/control 3 — resistor voltage | approximation | -1.889466210964058828552186203773071651880814316545906729582631776564804E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/3/vR |
| rc Step — cases — case overcharged — samples — sample/control 3 — voltage derivative | approximation | -3.778932421928117657104372407546143303761628633091813459165263553129608E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/3/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 3 — capacitor absorbed power | approximation | -1.245720816672489859423331810827251570434750706809634873104161287512242E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/3/pC |
| rc Step — cases — case overcharged — samples — sample/control 3 — resistor absorbed power | approximation | 2.380055041583251508621658354816133560983164046518179506600910066776802E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/3/pR |
| rc Step — cases — case overcharged — samples — sample/control 3 — source-delivered power | approximation | -1.007715312514164708561165975345638214336434302157816922444070280834562E-1 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/3/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 3 — stored energy | approximation | 1.630025698963330308662791113209889112859462918908529615553724558753368E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/3/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 3 — storage-energy change | approximation | -7.699743010366696913372088867901108871405370810914703844462754412466323E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/3/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 3 — cumulative resistor work | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/3/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 3 — cumulative source-delivered work | approximation | -5.628090104095843123860836789938475594984495155877582054446315262493857E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/3/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 3 — transferred Charge | approximation | -7.035112630119803904826045987423094493730618944846977568057894078117321E-4 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/3/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/4/u |
| rc Step — cases — case overcharged — samples — sample/control 4 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/4/t |
| rc Step — cases — case overcharged — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/4/E |
| rc Step — cases — case overcharged — samples — sample/control 4 — capacitor voltage | approximation | 9.471517764685769286382095080645843469783244524127071338031347206789846E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/4/vC |
| rc Step — cases — case overcharged — samples — sample/control 4 — associated branch current | approximation | -9.810118431238461909213967204305623131888296827513808920208981378598973E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/4/i |
| rc Step — cases — case overcharged — samples — sample/control 4 — resistor voltage | approximation | -1.471517764685769286382095080645843469783244524127071338031347206789846E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/4/vR |
| rc Step — cases — case overcharged — samples — sample/control 4 — voltage derivative | approximation | -2.943035529371538572764190161291686939566489048254142676062694413579692E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/4/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 4 — capacitor absorbed power | approximation | -9.291671099514638240907168376484332141858707285046523205160879744522628E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/4/pC |
| rc Step — cases — case overcharged — samples — sample/control 4 — resistor absorbed power | approximation | 1.443576354523868713535994613039833636348069823035476068993694641643449E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/4/pR |
| rc Step — cases — case overcharged — samples — sample/control 4 — source-delivered power | approximation | -7.848094744990769527371173763444498505510637462011047136167185102879179E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/4/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 4 — stored energy | approximation | 1.495160812779301860873625220164887432850900285343105925199868287851712E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/4/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 4 — storage-energy change | approximation | -9.048391872206981391263747798351125671490997146568940748001317121482882E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/4/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 4 — cumulative resistor work | approximation | 2.305772578035699488282668013406708257579649210907797649418243006255804E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/4/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 4 — cumulative source-delivered work | approximation | -6.742619294171281902981079784944417413911347935661143098583074115227077E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/4/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 4 — transferred Charge | approximation | -8.428274117714102378726349731180521767389184919576428873228842644033847E-4 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/4/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/5/u |
| rc Step — cases — case overcharged — samples — sample/control 5 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/5/t |
| rc Step — cases — case overcharged — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/5/E |
| rc Step — cases — case overcharged — samples — sample/control 5 — capacitor voltage | approximation | 9.146019187440760401299541706591350411172603169313004188353528844848555E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/5/vC |
| rc Step — cases — case overcharged — samples — sample/control 5 — associated branch current | approximation | -7.640127916271736008663611377275669407817354462086694589023525632323697E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/5/i |
| rc Step — cases — case overcharged — samples — sample/control 5 — resistor voltage | approximation | -1.146019187440760401299541706591350411172603169313004188353528844848555E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/5/vR |
| rc Step — cases — case overcharged — samples — sample/control 5 — voltage derivative | approximation | -2.292038374881520802599083413182700822345206338626008376707057689697109E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/5/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 5 — capacitor absorbed power | approximation | -6.987675651672309288739194962803573476523794193834013258906910218021355E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/5/pC |
| rc Step — cases — case overcharged — samples — sample/control 5 — resistor absorbed power | approximation | 8.755733186549204818083058609830379502699106241646575876880897121623974E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/5/pR |
| rc Step — cases — case overcharged — samples — sample/control 5 — source-delivered power | approximation | -6.112102333017388806930889101820535526253883569669355671218820505858958E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/5/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 5 — stored energy | approximation | 1.394161116283909119058418768282269391736108610754250889919809934763674E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/5/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 5 — storage-energy change | approximation | -1.005838883716090880941581231717730608263891389245749110080190065236326E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/5/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 5 — cumulative resistor work | approximation | 2.447773337002936546214590201420907179099189010625502269744644238626067E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/5/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 5 — cumulative source-delivered work | approximation | -7.610615500157972263201222115756398903539724881831988831057256413737188E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/5/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 5 — transferred Charge | approximation | -9.513269375197465329001527644695498629424656102289986038821570517171485E-4 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/5/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/6/u |
| rc Step — cases — case overcharged — samples — sample/control 6 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/6/t |
| rc Step — cases — case overcharged — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/6/E |
| rc Step — cases — case overcharged — samples — sample/control 6 — capacitor voltage | approximation | 8.892520640593719315733121883056050085368686517444317314975341275041301E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/6/vC |
| rc Step — cases — case overcharged — samples — sample/control 6 — associated branch current | approximation | -5.950137603958128771554145887040333902457910116295448766502275166942004E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/6/i |
| rc Step — cases — case overcharged — samples — sample/control 6 — resistor voltage | approximation | -8.925206405937193157331218830560500853686865174443173149753412750413007E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/6/vR |
| rc Step — cases — case overcharged — samples — sample/control 6 — voltage derivative | approximation | -1.785041281187438631466243766112100170737373034888634629950682550082601E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/6/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 6 — capacitor absorbed power | approximation | -5.291172145757051742356302476566259406037790409712873312589849228018251E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/6/pC |
| rc Step — cases — case overcharged — samples — sample/control 6 — resistor absorbed power | approximation | 5.310620625905487251129857669339922840714623166765142993880290944646471E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/6/pR |
| rc Step — cases — case overcharged — samples — sample/control 6 — source-delivered power | approximation | -4.760110083166503017243316709632267121966328093036359013201820133553604E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/6/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 6 — stored energy | approximation | 1.317948722389755535656657146321629829866769629235397474811458400705963E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/6/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 6 — storage-energy change | approximation | -1.082051277610244464343342853678370170133230370764602525188541599294037E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/6/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 6 — cumulative resistor work | approximation | 2.533901151019029485388420224933168595648801087497538091819659393050505E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/6/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 6 — cumulative source-delivered work | approximation | -8.286611625083415158045008311850533105683502620148487160065756599889865E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/6/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 6 — transferred Charge | approximation | -1.035826453135426894755626038981316638210437827518560895008219574986233E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/6/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/7/u |
| rc Step — cases — case overcharged — samples — sample/control 7 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/7/t |
| rc Step — cases — case overcharged — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/7/E |
| rc Step — cases — case overcharged — samples — sample/control 7 — capacitor voltage | approximation | 8.695095773801780506722869034665484064058883413359620150735925549015611E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/7/vC |
| rc Step — cases — case overcharged — samples — sample/control 7 — associated branch current | approximation | -4.633971825345203378152460231103227093725889422397467671572836993437410E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/7/i |
| rc Step — cases — case overcharged — samples — sample/control 7 — resistor voltage | approximation | -6.950957738017805067228690346654840640588834133596201507359255490156114E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/7/vR |
| rc Step — cases — case overcharged — samples — sample/control 7 — voltage derivative | approximation | -1.390191547603561013445738069330968128117766826719240301471851098031223E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/7/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 7 — capacitor absorbed power | approximation | -4.029282883447560043746355303427860022411757215226315541752565307657071E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/7/pC |
| rc Step — cases — case overcharged — samples — sample/control 7 — resistor absorbed power | approximation | 3.221054231713973412243871185452783474310456773083414044942957129071437E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/7/pR |
| rc Step — cases — case overcharged — samples — sample/control 7 — source-delivered power | approximation | -3.707177460276162702521968184882581674980711537917974137258269594749928E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/7/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 7 — stored energy | approximation | 1.260078175259759735323374753874427709101478385495273908641937539226842E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/7/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 7 — storage-energy change | approximation | -1.139921824740240264676625246125572290898521614504726091358062460773158E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/7/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 7 — cumulative resistor work | approximation | 2.586140310873817331360569887030347079808905247339581315543092738439881E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/7/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 7 — cumulative source-delivered work | approximation | -8.813077936528585315405682574225375829176310897707679598037531869291703E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/7/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 7 — transferred Charge | approximation | -1.101634742066073164425710321778171978647038862213459949754691483661463E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/7/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/8/u |
| rc Step — cases — case overcharged — samples — sample/control 8 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/8/t |
| rc Step — cases — case overcharged — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/8/E |
| rc Step — cases — case overcharged — samples — sample/control 8 — capacitor voltage | approximation | 8.541341132946450767575997979889937613630526183638303525872635490616293E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/8/vC |
| rc Step — cases — case overcharged — samples — sample/control 8 — associated branch current | approximation | -3.608940886309671783839986532599584090870174557588690172484236604108623E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/8/i |
| rc Step — cases — case overcharged — samples — sample/control 8 — resistor voltage | approximation | -5.413411329464507675759979798899376136305261836383035258726354906162935E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/8/vR |
| rc Step — cases — case overcharged — samples — sample/control 8 — voltage derivative | approximation | -1.082682265892901535151995959779875227261052367276607051745270981232587E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/8/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 8 — capacitor absorbed power | approximation | -3.082519523860902016871648119660907189623201699974691815529788509305570E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/8/pC |
| rc Step — cases — case overcharged — samples — sample/control 8 — resistor absorbed power | approximation | 1.953668148131645897996588935812399169270620539037396775423992260186713E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/8/pR |
| rc Step — cases — case overcharged — samples — sample/control 8 — source-delivered power | approximation | -2.887152709047737427071989226079667272696139646070952137987389283286899E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/8/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 8 — stored energy | approximation | 1.215908472489382652765257600310181028224650200317807765504596111481478E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/8/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 8 — storage-energy change | approximation | -1.184091527510617347234742399689818971775349799682192234495403888518522E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/8/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 8 — cumulative resistor work | approximation | 2.617824962963375519216751943271356687434901153190731747281066860161999E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/8/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 8 — cumulative source-delivered work | approximation | -9.223090312142797953130672053626833030318596843631190597672972025023217E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/8/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 8 — transferred Charge | approximation | -1.152886289017849744141334006703354128789824605453898824709121503127902E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/8/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/9/u |
| rc Step — cases — case overcharged — samples — sample/control 9 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/9/t |
| rc Step — cases — case overcharged — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/9/E |
| rc Step — cases — case overcharged — samples — sample/control 9 — capacitor voltage | approximation | 8.421596898247457347132870756962792389073964293509111468595376365639532E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/9/vC |
| rc Step — cases — case overcharged — samples — sample/control 9 — associated branch current | approximation | -2.810645988316382314219138379751949260493095290060743123969175770930216E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/9/i |
| rc Step — cases — case overcharged — samples — sample/control 9 — resistor voltage | approximation | -4.215968982474573471328707569627923890739642935091114685953763656395324E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/9/vR |
| rc Step — cases — case overcharged — samples — sample/control 9 — voltage derivative | approximation | -8.431937964949146942657415139255847781479285870182229371907527312790648E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/9/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 9 — capacitor absorbed power | approximation | -2.367012753727690454000837469528818371290895085443488688257097290166791E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/9/pC |
| rc Step — cases — case overcharged — samples — sample/control 9 — resistor absorbed power | approximation | 1.184959630745846026255267657272589628964188533948941890817566734226183E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/9/pR |
| rc Step — cases — case overcharged — samples — sample/control 9 — source-delivered power | approximation | -2.248516790653105851375310703801559408394476232048594499175340616744173E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/9/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 9 — stored energy | approximation | 1.182054905276186574301070370999926111158800949603968746352477614339441E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/9/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 9 — storage-energy change | approximation | -1.217945094723813425698929629000073888841199050396031253647522385660559E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/9/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 9 — cumulative resistor work | approximation | 2.637042675898020516010284975234851925942561953317943119396227498311012E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/9/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 9 — cumulative source-delivered work | approximation | -9.542408271340113740979011314765886962469428550642369417078996358294580E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/9/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 9 — transferred Charge | approximation | -1.192801033917514217622376414345735870308678568830296177134874544786823E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/9/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/10/u |
| rc Step — cases — case overcharged — samples — sample/control 10 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/10/t |
| rc Step — cases — case overcharged — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/10/E |
| rc Step — cases — case overcharged — samples — sample/control 10 — capacitor voltage | approximation | 8.328339994495595180678114697868639231351216484061746595383033642060899E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/10/vC |
| rc Step — cases — case overcharged — samples — sample/control 10 — associated branch current | approximation | -2.188933296637301204520764652457594875674776560411643969220224280405994E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/10/i |
| rc Step — cases — case overcharged — samples — sample/control 10 — resistor voltage | approximation | -3.283399944955951806781146978686392313512164840617465953830336420608990E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/10/vR |
| rc Step — cases — case overcharged — samples — sample/control 10 — voltage derivative | approximation | -6.566799889911903613562293957372784627024329681234931907660672841217981E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/10/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 10 — capacitor absorbed power | approximation | -1.823018071966752612647396238479659092527550155287769419966105094433419E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/10/pC |
| rc Step — cases — case overcharged — samples — sample/control 10 — resistor absorbed power | approximation | 7.187143465691164903078451651358319198772890695845424458992567010862424E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/10/pR |
| rc Step — cases — case overcharged — samples — sample/control 10 — source-delivered power | approximation | -1.751146637309840963616611721966075900539821248329315175376179424324795E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/10/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 10 — stored energy | approximation | 1.156020784398581506073266865677810041493350951757093781550223779635622E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/10/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 10 — storage-energy change | approximation | -1.243979215601418493926733134322189958506649048242906218449776220364378E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/10/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 10 — cumulative resistor work | approximation | 2.648698808002438754408970537538270868669734439927053105519185249139511E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/10/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 10 — cumulative source-delivered work | approximation | -9.791093348011746184858360805683628716396756042502009078978576954504269E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/10/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 10 — transferred Charge | approximation | -1.223886668501468273107295100710453589549594505312751134872322119313034E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/10/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/11/u |
| rc Step — cases — case overcharged — samples — sample/control 11 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/11/t |
| rc Step — cases — case overcharged — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/11/E |
| rc Step — cases — case overcharged — samples — sample/control 11 — capacitor voltage | approximation | 8.255711444826830290809720102231806997234536380315073792872760654774062E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/11/vC |
| rc Step — cases — case overcharged — samples — sample/control 11 — associated branch current | approximation | -1.704742965512201938731467348212046648230242535433825285818404365160416E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/11/i |
| rc Step — cases — case overcharged — samples — sample/control 11 — resistor voltage | approximation | -2.557114448268302908097201022318069972345363803150737928727606547740624E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/11/vR |
| rc Step — cases — case overcharged — samples — sample/control 11 — voltage derivative | approximation | -5.114228896536605816194402044636139944690727606301475857455213095481248E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/11/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 11 — capacitor absorbed power | approximation | -1.407386601086711598915464040539992181607027699290401022475314223602898E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/11/pC |
| rc Step — cases — case overcharged — samples — sample/control 11 — resistor absorbed power | approximation | 4.359222867695004793029016197035486302283367094334079382059073147456551E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/11/pR |
| rc Step — cases — case overcharged — samples — sample/control 11 — source-delivered power | approximation | -1.363794372409761550985173878569637318584194028347060228654723492128333E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/11/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 11 — stored energy | approximation | 1.135946191004078495414182614644407404171447209857603197944917609559947E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/11/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 11 — storage-energy change | approximation | -1.264053808995921504585817385355592595828552790142396802055082390440053E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/11/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 11 — cumulative resistor work | approximation | 2.655768609497429154684094126174077950910958248930831468211518983798025E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/11/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 11 — cumulative source-delivered work | approximation | -9.984769480461785891174079727381848007374569652493136552339304920602500E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/11/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 11 — transferred Charge | approximation | -1.248096185057723236396759965922731000921821206561642069042413115075313E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/11/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/12/u |
| rc Step — cases — case overcharged — samples — sample/control 12 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/12/t |
| rc Step — cases — case overcharged — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/12/E |
| rc Step — cases — case overcharged — samples — sample/control 12 — capacitor voltage | approximation | 8.199148273471455771917369662600247106526798368753692862270510910424243E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/12/vC |
| rc Step — cases — case overcharged — samples — sample/control 12 — associated branch current | approximation | -1.327655156476371812782464417334980710178655791691285748470072736161618E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/12/i |
| rc Step — cases — case overcharged — samples — sample/control 12 — resistor voltage | approximation | -1.991482734714557719173696626002471065267983687536928622705109104242427E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/12/vR |
| rc Step — cases — case overcharged — samples — sample/control 12 — voltage derivative | approximation | -3.982965469429115438347393252004942130535967375073857245410218208484853E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/12/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 12 — capacitor absorbed power | approximation | -1.088564148398871940071786653130029025652327082265390679318763511662907E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/12/pC |
| rc Step — cases — case overcharged — samples — sample/control 12 — resistor absorbed power | approximation | 2.644002321777448984581511926204445750940244891236208054270532273361274E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/12/pR |
| rc Step — cases — case overcharged — samples — sample/control 12 — source-delivered power | approximation | -1.062124125181097450225971533867984568142924633353028598776058188929294E-2 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/12/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 12 — stored energy | approximation | 1.120433873506165901424110621341617006511547959557127148619037209181472E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/12/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 12 — storage-energy change | approximation | -1.279566126493834098575889378658382993488452040442872851380962790818528E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/12/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 12 — cumulative resistor work | approximation | 2.660056660862223044205212886851155552289316054438576146530990335983263E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/12/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 12 — cumulative source-delivered work | approximation | -1.013560460407611794155368089973267438259520434999015236727863757220202E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/12/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 12 — transferred Charge | approximation | -1.266950575509514742694210112466584297824400543748769045909829696525252E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/12/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/13/u |
| rc Step — cases — case overcharged — samples — sample/control 13 — physical SI time | approximation | 1.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/13/t |
| rc Step — cases — case overcharged — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/13/E |
| rc Step — cases — case overcharged — samples — sample/control 13 — capacitor voltage | approximation | 8.155096831326888039547599341070384573040576247744080582802783443972374E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/13/vC |
| rc Step — cases — case overcharged — samples — sample/control 13 — associated branch current | approximation | -1.033978875512586930317328940469230486937174984960537218685222959815825E-3 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/13/i |
| rc Step — cases — case overcharged — samples — sample/control 13 — resistor voltage | approximation | -1.550968313268880395475993410703845730405762477440805828027834439723738E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/13/vR |
| rc Step — cases — case overcharged — samples — sample/control 13 — voltage derivative | approximation | -3.101936626537760790951986821407691460811524954881611656055668879447475E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/13/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 13 — capacitor absorbed power | approximation | -8.432197851351636503592807879185060304030787928569947359781095669136249E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/13/pC |
| rc Step — cases — case overcharged — samples — sample/control 13 — resistor absorbed power | approximation | 1.603668472509410610541763554312164085333880488856496102993119906096480E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/13/pR |
| rc Step — cases — case overcharged — samples — sample/control 13 — source-delivered power | approximation | -8.271831004100695442538631523753843895497399879684297749481783678526601E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/13/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 13 — stored energy | approximation | 1.108426738805297496531995265174013927165487136187302279439823865035824E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/13/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 13 — storage-energy change | approximation | -1.291573261194702503468004734825986072834512863812697720560176134964176E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/13/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 13 — cumulative resistor work | approximation | 2.662657495485393140140312257780886256453331965444525426409183866901425E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/13/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 13 — cumulative source-delivered work | approximation | -1.025307511646163189453973509047897447189179667268245177919257748274034E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/13/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 13 — transferred Charge | approximation | -1.281634389557703986817466886309871808986474584085306472399072185342542E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/13/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/14/u |
| rc Step — cases — case overcharged — samples — sample/control 14 — physical SI time | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/14/t |
| rc Step — cases — case overcharged — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/14/E |
| rc Step — cases — case overcharged — samples — sample/control 14 — capacitor voltage | approximation | 8.120789533689274002959145169454479380286642128990628026685360892340179E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/14/vC |
| rc Step — cases — case overcharged — samples — sample/control 14 — associated branch current | approximation | -8.052635579284933530609677963631958685776141932708535112357392822678594E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/14/i |
| rc Step — cases — case overcharged — samples — sample/control 14 — resistor voltage | approximation | -1.207895336892740029591451694544793802866421289906280266853608923401789E-1 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/14/vR |
| rc Step — cases — case overcharged — samples — sample/control 14 — voltage derivative | approximation | -2.415790673785480059182903389089587605732842579812560533707217846803578E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/14/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 14 — capacitor absorbed power | approximation | -6.539375873087095220008076886575890428778110829093340499572968489811086E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/14/pC |
| rc Step — cases — case overcharged — samples — sample/control 14 — resistor absorbed power | approximation | 9.726740965914839552033451567032348015719728292651240968705423166821119E-5 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/14/pR |
| rc Step — cases — case overcharged — samples — sample/control 14 — source-delivered power | approximation | -6.442108463427946824487742370905566948620913546166828089885914258142875E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/14/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 14 — stored energy | approximation | 1.099120377507954271777906214810370310110164227604817088140313873536552E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/14/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 14 — storage-energy change | approximation | -1.300879622492045728222093785189629689889835772395182911859686126463448E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/14/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 14 — cumulative resistor work | approximation | 2.664234981425187956778658303774908579662736734593503856424490310874961E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/14/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 14 — cumulative source-delivered work | approximation | -1.034456124349526932544227954812138831923562098935832526217237095375952E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/14/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 14 — transferred Charge | approximation | -1.293070155436908665680284943515173539904452623669790657771546369219940E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/14/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/15/u |
| rc Step — cases — case overcharged — samples — sample/control 15 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/15/t |
| rc Step — cases — case overcharged — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/15/E |
| rc Step — cases — case overcharged — samples — sample/control 15 — capacitor voltage | approximation | 8.094070983424036432944604740401731757880270621092289615787061618591304E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/15/vC |
| rc Step — cases — case overcharged — samples — sample/control 15 — associated branch current | approximation | -6.271398894935762196306982693448783858684708072819307719137441239420238E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/15/i |
| rc Step — cases — case overcharged — samples — sample/control 15 — resistor voltage | approximation | -9.407098342403643294460474040173175788027062109228961578706161859130357E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/15/vR |
| rc Step — cases — case overcharged — samples — sample/control 15 — voltage derivative | approximation | -1.881419668480728658892094808034635157605412421845792315741232371826071E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/15/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 15 — capacitor absorbed power | approximation | -5.076114782097712005909799497535598521380975693715733882284750596106303E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/15/pC |
| rc Step — cases — case overcharged — samples — sample/control 15 — resistor absorbed power | approximation | 5.899566614910224886421334277657143443320923546028770697479760457011226E-5 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/15/pR |
| rc Step — cases — case overcharged — samples — sample/control 15 — source-delivered power | approximation | -5.017119115948609757045586154759027086947766458255446175309952991536190E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/15/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 15 — stored energy | approximation | 1.091899751411782471074055130797403230687488522046594616810653425635773E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/15/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 15 — storage-energy change | approximation | -1.308100248588217528925944869202596769312511477953405383189346574364227E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/15/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 15 — cumulative resistor work | approximation | 2.665191775012939110445061333097252380805836435780159473992296726552414E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/15/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 15 — cumulative source-delivered work | approximation | -1.041581071086923617881438735892871531231927834375389435790116901708986E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/15/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 15 — transferred Charge | approximation | -1.301976338858654522351798419866089414039909792969236794737646127136232E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/15/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/16/u |
| rc Step — cases — case overcharged — samples — sample/control 16 — physical SI time | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/16/t |
| rc Step — cases — case overcharged — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/16/E |
| rc Step — cases — case overcharged — samples — sample/control 16 — capacitor voltage | approximation | 8.073262555554936721174872085092964968847648270213902379078399709757002E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/16/vC |
| rc Step — cases — case overcharged — samples — sample/control 16 — associated branch current | approximation | -4.884170370329114744991472339530997923176551347593491938559980650466782E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/16/i |
| rc Step — cases — case overcharged — samples — sample/control 16 — resistor voltage | approximation | -7.326255555493672117487208509296496884764827021390237907839970975700173E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/16/vR |
| rc Step — cases — case overcharged — samples — sample/control 16 — voltage derivative | approximation | -1.465251111098734423497441701859299376952965404278047581567994195140035E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/16/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 16 — capacitor absorbed power | approximation | -3.943118976572893058800792711708090180601070425671627615972739266817334E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/16/pC |
| rc Step — cases — case overcharged — samples — sample/control 16 — resistor absorbed power | approximation | 3.578268030960126280761484008329184205982934759683406512475474644390832E-5 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/16/pR |
| rc Step — cases — case overcharged — samples — sample/control 16 — source-delivered power | approximation | -3.907336296263291795993177871624798338541241078074793550847984520373425E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/16/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 16 — stored energy | approximation | 1.086292804848757128803651593124998887964522445426032719583718476134644E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/16/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 16 — storage-energy change | approximation | -1.313707195151242871196348406875001112035477554573967280416281523865356E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/16/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 16 — cumulative resistor work | approximation | 2.665772099658926635096476295664584370615170932976745815038547798005569E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/16/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 16 — cumulative source-delivered work | approximation | -1.047129985185350207686700777308542674973960461276292698912426744064800E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/16/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 16 — transferred Charge | approximation | -1.308912481481687759608375971635678343717450576595365873640533430080999E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/16/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/17/u |
| rc Step — cases — case overcharged — samples — sample/control 17 — physical SI time | approximation | 2.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/17/t |
| rc Step — cases — case overcharged — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/17/E |
| rc Step — cases — case overcharged — samples — sample/control 17 — capacitor voltage | approximation | 8.057056935635997021093147783424006175999799667016960506707346155283753E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/17/vC |
| rc Step — cases — case overcharged — samples — sample/control 17 — associated branch current | approximation | -3.803795709066468072876518894933745066653311134464033780489743685583509E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/17/i |
| rc Step — cases — case overcharged — samples — sample/control 17 — resistor voltage | approximation | -5.705693563599702109314778342400617599979966701696050670734615528375264E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/17/vR |
| rc Step — cases — case overcharged — samples — sample/control 17 — voltage derivative | approximation | -1.141138712719940421862955668480123519995993340339210134146923105675053E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/17/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 17 — capacitor absorbed power | approximation | -3.064739859947643170233901348532283134634362137089699347204151193997505E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/17/pC |
| rc Step — cases — case overcharged — samples — sample/control 17 — resistor absorbed power | approximation | 2.170329269446871193268623258528708131171322951847232281235624553069726E-5 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/17/pR |
| rc Step — cases — case overcharged — samples — sample/control 17 — source-delivered power | approximation | -3.043036567253174458301215115946996053322648907571227024391794948466807E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/17/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 17 — stored energy | approximation | 1.081936107734668710738004457827864864636559194278318982595656532022827E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/17/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 17 — storage-energy change | approximation | -1.318063892265331289261995542172135135363440805721681017404343467977173E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/17/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 17 — cumulative resistor work | approximation | 2.666124084349304948868349510852034489633873835928704858596357760528399E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/17/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 17 — cumulative source-delivered work | approximation | -1.051451483830400794375160591086931686400053422128810531544707691924333E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/17/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 17 — transferred Charge | approximation | -1.314314354788000992968950738858664608000066777661013164430884614905416E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/17/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/18/u |
| rc Step — cases — case overcharged — samples — sample/control 18 — physical SI time | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/18/t |
| rc Step — cases — case overcharged — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/18/E |
| rc Step — cases — case overcharged — samples — sample/control 18 — capacitor voltage | approximation | 8.044435986152969225984572537147722111086157070023085320905658752533482E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/18/vC |
| rc Step — cases — case overcharged — samples — sample/control 18 — associated branch current | approximation | -2.962399076864615065638169143181474072410471334872354727043916835565458E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/18/i |
| rc Step — cases — case overcharged — samples — sample/control 18 — resistor voltage | approximation | -4.443598615296922598457253714772211108615707002308532090565875253348187E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/18/vR |
| rc Step — cases — case overcharged — samples — sample/control 18 — voltage derivative | approximation | -8.887197230593845196914507429544422217231414004617064181131750506696375E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/18/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 18 — capacitor absorbed power | approximation | -2.383082973927604537790283228223049532709406703342037280572144886601185E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/18/pC |
| rc Step — cases — case overcharged — samples — sample/control 18 — resistor absorbed power | approximation | 1.316371243591248527974791367787027478102963544415349893701141814881880E-5 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/18/pR |
| rc Step — cases — case overcharged — samples — sample/control 18 — source-delivered power | approximation | -2.369919261491692052510535314545179257928377067897883781635133468452367E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/18/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 18 — stored energy | approximation | 1.078549172255214908142418713023587238643261126094766469322184862554301E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/18/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 18 — storage-energy change | approximation | -1.321450827744785091857581286976412761356738873905233530677815137445699E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/18/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 18 — cumulative resistor work | approximation | 2.666337573855768854534672968824719909797140925780562829193241381212946E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/18/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 18 — cumulative source-delivered work | approximation | -1.054817070359208206404113990093940770377024781327177247758490999324405E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/18/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 18 — transferred Charge | approximation | -1.318521337949010258005142487617425962971280976658971559698113749155506E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/18/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/19/u |
| rc Step — cases — case overcharged — samples — sample/control 19 — physical SI time | approximation | 2.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/19/t |
| rc Step — cases — case overcharged — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/19/E |
| rc Step — cases — case overcharged — samples — sample/control 19 — capacitor voltage | approximation | 8.034606780812482536708286015829001563392665324790832170182826345069352E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/19/vC |
| rc Step — cases — case overcharged — samples — sample/control 19 — associated branch current | approximation | -2.307118720832169113885734388600104226177688319388811345521756337956787E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/19/i |
| rc Step — cases — case overcharged — samples — sample/control 19 — resistor voltage | approximation | -3.460678081248253670828601582900156339266532479083217018282634506935180E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/19/vR |
| rc Step — cases — case overcharged — samples — sample/control 19 — voltage derivative | approximation | -6.921356162496507341657203165800312678533064958166434036565269013870360E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/19/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 19 — capacitor absorbed power | approximation | -1.853679171853756687532181038277902598660869258062551588731288023179647E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/19/pC |
| rc Step — cases — case overcharged — samples — sample/control 19 — resistor absorbed power | approximation | 7.984195188021396423593527397819217718718602551502512313882952814218051E-6 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/19/pR |
| rc Step — cases — case overcharged — samples — sample/control 19 — source-delivered power | approximation | -1.845694976665735291108587510880083380942150655511049076417405070365429E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/19/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 19 — stored energy | approximation | 1.075915102037965396613268588039561631615674216450600668329538399400529E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/19/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 19 — storage-energy change | approximation | -1.324084897962034603386731411960438368384325783549399331670461600599471E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/19/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 19 — cumulative resistor work | approximation | 2.666467061786966131756076828481721186223698701602879103858819592846311E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/19/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 19 — cumulative source-delivered work | approximation | -1.057438191783337990211123729112266249761955913389111421284579641314840E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/19/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 19 — transferred Charge | approximation | -1.321797739729172487763904661390332812202444891736389276605724551643549E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/19/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/20/u |
| rc Step — cases — case overcharged — samples — sample/control 20 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/20/t |
| rc Step — cases — case overcharged — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/20/E |
| rc Step — cases — case overcharged — samples — sample/control 20 — capacitor voltage | approximation | 8.026951787996341868386544193692593696995398340109420341721222126290734E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/20/vC |
| rc Step — cases — case overcharged — samples — sample/control 20 — associated branch current | approximation | -1.796785866422791225769612912839579799693222673961356114748141752715606E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/20/i |
| rc Step — cases — case overcharged — samples — sample/control 20 — resistor voltage | approximation | -2.695178799634186838654419369259369699539834010942034172122212629073409E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/20/vR |
| rc Step — cases — case overcharged — samples — sample/control 20 — voltage derivative | approximation | -5.390357599268373677308838738518739399079668021884068344244425258146818E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/20/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 20 — capacitor absorbed power | approximation | -1.442271352312898031446153425264789238179956068648185155186147674775258E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/20/pC |
| rc Step — cases — case overcharged — samples — sample/control 20 — resistor absorbed power | approximation | 4.842659174665050830463094993125398425377929479100263387634272602773272E-6 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/20/pR |
| rc Step — cases — case overcharged — samples — sample/control 20 — source-delivered power | approximation | -1.437428693138232980615690330271663839754578139169084891798513402172485E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/20/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 20 — stored energy | approximation | 1.073865916780294494196821276055507799361503002186209841784128319359036E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/20/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 20 — storage-energy change | approximation | -1.326134083219705505803178723944492200638496997813790158215871680640964E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/20/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 20 — cumulative resistor work | approximation | 2.666545600187300040395905089291838531706032218429689160081975809851597E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/20/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 20 — cumulative source-delivered work | approximation | -1.059479523200975501763588215015308347467893775970821242207674099655804E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/20/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 20 — transferred Charge | approximation | -1.324349404001219377204485268769135434334867219963526552759592624569755E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/20/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/21/u |
| rc Step — cases — case overcharged — samples — sample/control 21 — physical SI time | approximation | 2.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/21/t |
| rc Step — cases — case overcharged — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/21/E |
| rc Step — cases — case overcharged — samples — sample/control 21 — capacitor voltage | approximation | 8.020990073596725537105974117365516427225319645141940926055418311748520E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/21/vC |
| rc Step — cases — case overcharged — samples — sample/control 21 — associated branch current | approximation | -1.399338239781702473731607824367761815021309676129395070361220783234689E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/21/i |
| rc Step — cases — case overcharged — samples — sample/control 21 — resistor voltage | approximation | -2.099007359672553710597411736551642722531964514194092605541831174852034E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/21/vR |
| rc Step — cases — case overcharged — samples — sample/control 21 — voltage derivative | approximation | -4.198014719345107421194823473103285445063929028388185211083662349704067E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/21/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 21 — capacitor absorbed power | approximation | -1.122407813089335009156743443185134839867883992822367334083164779311574E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/21/pC |
| rc Step — cases — case overcharged — samples — sample/control 21 — resistor absorbed power | approximation | 2.937221263973030171457183690925387850836251918851277794188152723822784E-6 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/21/pR |
| rc Step — cases — case overcharged — samples — sample/control 21 — source-delivered power | approximation | -1.119470591825361978985286259494209452017047740903516056288976626587751E-3 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/21/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 21 — stored energy | approximation | 1.072271362678953409137021740923365027396378996000981375142597020181415E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/21/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 21 — storage-energy change | approximation | -1.327728637321046590862978259076634972603621003999018624857402979818585E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/21/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 21 — cumulative resistor work | approximation | 2.666593236135067340912380237074393531970395760368695384721811962848571E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/21/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 21 — cumulative source-delivered work | approximation | -1.061069313707539856771740235369195619406581427962149086385221783533728E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/21/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 21 — transferred Charge | approximation | -1.326336642134424820964675294211494524258226784952686357981527229417160E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/21/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/22/u |
| rc Step — cases — case overcharged — samples — sample/control 22 — physical SI time | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/22/t |
| rc Step — cases — case overcharged — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/22/E |
| rc Step — cases — case overcharged — samples — sample/control 22 — capacitor voltage | approximation | 8.016347085753856267973858810738883073633562626603752797682721524302962E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/22/vC |
| rc Step — cases — case overcharged — samples — sample/control 22 — associated branch current | approximation | -1.089805716923751198257254049258871575570841773583519845514768286864138E-4 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/22/i |
| rc Step — cases — case overcharged — samples — sample/control 22 — resistor voltage | approximation | -1.634708575385626797385881073888307363356262660375279768272152430296207E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/22/vR |
| rc Step — cases — case overcharged — samples — sample/control 22 — voltage derivative | approximation | -3.269417150771253594771762147776614726712525320750559536544304860592413E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/22/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 22 — capacitor absorbed power | approximation | -8.736260882899604955991510279255592208916534772091398363561479347834194E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/22/pC |
| rc Step — cases — case overcharged — samples — sample/control 22 — resistor absorbed power | approximation | 1.781514750959536993347788518461960434980058342323959944333305292109222E-6 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/22/pR |
| rc Step — cases — case overcharged — samples — sample/control 22 — source-delivered power | approximation | -8.718445735390009586058032394070972604566734188668158764118146294913102E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/22/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 22 — stored energy | approximation | 1.071030343321239070302179052334998307870037483906856555948586573077353E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/22/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 22 — storage-energy change | approximation | -1.328969656678760929697820947665001692129962516093143444051413426922647E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/22/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 22 — cumulative resistor work | approximation | 2.666622128797892678241832971953705117655792165208108567668058334034364E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/22/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 22 — cumulative source-delivered work | approximation | -1.062307443798971661873637650469631180364383299572332587284607593519210E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/22/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 22 — transferred Charge | approximation | -1.327884304748714577342047063087038975455479124465415734105759491899013E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/22/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/23/u |
| rc Step — cases — case overcharged — samples — sample/control 23 — physical SI time | approximation | 2.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/23/t |
| rc Step — cases — case overcharged — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/23/E |
| rc Step — cases — case overcharged — samples — sample/control 23 — capacitor voltage | approximation | 8.012731123186038668271945672019127405383758911604229152010624424166358E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/23/vC |
| rc Step — cases — case overcharged — samples — sample/control 23 — associated branch current | approximation | -8.487415457359112181297114679418270255839274402819434673749616110905376E-5 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/23/i |
| rc Step — cases — case overcharged — samples — sample/control 23 — resistor voltage | approximation | -1.273112318603866827194567201912740538375891160422915201062442416635806E-2 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/23/vR |
| rc Step — cases — case overcharged — samples — sample/control 23 — voltage derivative | approximation | -2.546224637207733654389134403825481076751782320845830402124884833271613E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/23/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 23 — capacitor absorbed power | approximation | -6.800737799059162503148562523000308468457026747700549407439580272490993E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/23/pC |
| rc Step — cases — case overcharged — samples — sample/control 23 — resistor absorbed power | approximation | 1.080543317187275811087077946569226378560722544500166843988738376669149E-6 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/23/pR |
| rc Step — cases — case overcharged — samples — sample/control 23 — source-delivered power | approximation | -6.789932365887289745037691743534616204671419522255547738999692888724301E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/23/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 23 — stored energy | approximation | 1.070064334207903279728713230233300397834948778234155690953276484956970E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/23/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 23 — storage-energy change | approximation | -1.329935665792096720271286769766699602165051221765844309046723515043030E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/23/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 23 — cumulative resistor work | approximation | 2.666639653083736984771389489718002436007202648603054162495566948207250E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/23/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 23 — cumulative source-delivered work | approximation | -1.063271700483723021794147820794899358564330956905538892797166820222305E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/23/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 23 — transferred Charge | approximation | -1.329089625604653777242684775993624198205413696131923615996458525277881E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/23/transferredCharge |
| rc Step — cases — case overcharged — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/24/u |
| rc Step — cases — case overcharged — samples — sample/control 24 — physical SI time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/2/samples/24/t |
| rc Step — cases — case overcharged — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/2/samples/24/E |
| rc Step — cases — case overcharged — samples — sample/control 24 — capacitor voltage | approximation | 8.009915008706665433692180669723266671566025918342135780203514496025105E+0 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/24/vC |
| rc Step — cases — case overcharged — samples — sample/control 24 — associated branch current | approximation | -6.610005804443622461453779815511114377350612228090520135676330683403185E-5 | A70 significant digits in the stored approximation | rcStep/cases/2/samples/24/i |
| rc Step — cases — case overcharged — samples — sample/control 24 — resistor voltage | approximation | -9.915008706665433692180669723266671566025918342135780203514496025104777E-3 | V70 significant digits in the stored approximation | rcStep/cases/2/samples/24/vR |
| rc Step — cases — case overcharged — samples — sample/control 24 — voltage derivative | approximation | -1.983001741333086738436133944653334313205183668427156040702899205020955E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/2/samples/24/dvdt |
| rc Step — cases — case overcharged — samples — sample/control 24 — capacitor absorbed power | approximation | -5.294558470065114726238951647799617403012462037741630245048337619657481E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/24/pC |
| rc Step — cases — case overcharged — samples — sample/control 24 — resistor absorbed power | approximation | 6.553826510216757075927795390725901131972255269214136507273072934933209E-7 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/24/pR |
| rc Step — cases — case overcharged — samples — sample/control 24 — source-delivered power | approximation | -5.288004643554897969163023852408891501880489782472416108541064546722548E-4 | W70 significant digits in the stored approximation | rcStep/cases/2/samples/24/sourceDeliveredPower |
| rc Step — cases — case overcharged — samples — sample/control 24 — stored energy | approximation | 1.069312307445071669840517160541718793892889904621720178255064017208262E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/24/storedEnergy |
| rc Step — cases — case overcharged — samples — sample/control 24 — storage-energy change | approximation | -1.330687692554928330159482839458281206107110095378279821744935982791738E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/24/storedChange |
| rc Step — cases — case overcharged — samples — sample/control 24 — cumulative resistor work | approximation | 2.666650282100391124773976847178189851913836736028493631325398483984329E-3 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/24/resistorWork |
| rc Step — cases — case overcharged — samples — sample/control 24 — cumulative source-delivered work | approximation | -1.064022664344889217682085154740462220915726421775430458612396134393305E-2 | J70 significant digits in the stored approximation | rcStep/cases/2/samples/24/sourceDeliveredWork |
| rc Step — cases — case overcharged — samples — sample/control 24 — transferred Charge | approximation | -1.330028330431111522102606443425577776144658027219288073265495167991632E-3 | C70 significant digits in the stored approximation | rcStep/cases/2/samples/24/transferredCharge |
| rc Step — cases — case overcharged — limit Controls — capacitor voltage — status | metadata | finite | rcStep/cases/2/limitControls/vC/status | |
| rc Step — cases — case overcharged — limit Controls — capacitor voltage — value | rational | 8 | V | rcStep/cases/2/limitControls/vC/value |
| rc Step — cases — case overcharged — limit Controls — associated branch current — status | metadata | finite | rcStep/cases/2/limitControls/i/status | |
| rc Step — cases — case overcharged — limit Controls — associated branch current — value | rational | 0 | A | rcStep/cases/2/limitControls/i/value |
| rc Step — cases — case overcharged — limit Controls — resistor voltage — status | metadata | finite | rcStep/cases/2/limitControls/vR/status | |
| rc Step — cases — case overcharged — limit Controls — resistor voltage — value | rational | 0 | V | rcStep/cases/2/limitControls/vR/value |
| rc Step — cases — case overcharged — limit Controls — voltage derivative — status | metadata | finite | rcStep/cases/2/limitControls/dvdt/status | |
| rc Step — cases — case overcharged — limit Controls — voltage derivative — value | rational | 0 | V/s | rcStep/cases/2/limitControls/dvdt/value |
| rc Step — cases — case overcharged — limit Controls — capacitor absorbed power — status | metadata | finite | rcStep/cases/2/limitControls/pC/status | |
| rc Step — cases — case overcharged — limit Controls — capacitor absorbed power — value | rational | 0 | W | rcStep/cases/2/limitControls/pC/value |
| rc Step — cases — case overcharged — limit Controls — resistor absorbed power — status | metadata | finite | rcStep/cases/2/limitControls/pR/status | |
| rc Step — cases — case overcharged — limit Controls — resistor absorbed power — value | rational | 0 | W | rcStep/cases/2/limitControls/pR/value |
| rc Step — cases — case overcharged — limit Controls — source-delivered power — status | metadata | finite | rcStep/cases/2/limitControls/sourceDeliveredPower/status | |
| rc Step — cases — case overcharged — limit Controls — source-delivered power — value | rational | 0 | W | rcStep/cases/2/limitControls/sourceDeliveredPower/value |
| rc Step — cases — case overcharged — limit Controls — stored energy — status | metadata | finite | rcStep/cases/2/limitControls/storedEnergy/status | |
| rc Step — cases — case overcharged — limit Controls — stored energy — value | rational | 4/375 | J | rcStep/cases/2/limitControls/storedEnergy/value |
| rc Step — cases — case overcharged — limit Controls — storage-energy change — status | metadata | finite | rcStep/cases/2/limitControls/storedChange/status | |
| rc Step — cases — case overcharged — limit Controls — storage-energy change — value | rational | -1/75 | J | rcStep/cases/2/limitControls/storedChange/value |
| rc Step — cases — case overcharged — limit Controls — cumulative resistor work — status | metadata | finite | rcStep/cases/2/limitControls/resistorWork/status | |
| rc Step — cases — case overcharged — limit Controls — cumulative resistor work — value | rational | 1/375 | J | rcStep/cases/2/limitControls/resistorWork/value |
| rc Step — cases — case overcharged — limit Controls — cumulative source-delivered work — status | metadata | finite | rcStep/cases/2/limitControls/sourceDeliveredWork/status | |
| rc Step — cases — case overcharged — limit Controls — cumulative source-delivered work — value | rational | -4/375 | J | rcStep/cases/2/limitControls/sourceDeliveredWork/value |
| rc Step — cases — case overcharged — limit Controls — transferred Charge — status | metadata | finite | rcStep/cases/2/limitControls/transferredCharge/status | |
| rc Step — cases — case overcharged — limit Controls — transferred Charge — value | rational | -1/750 | C | rcStep/cases/2/limitControls/transferredCharge/value |
| rc Step — cases — case natural — id | metadata | natural | rcStep/cases/3/id | |
| rc Step — cases — case natural — source V | rational | 0 | V | rcStep/cases/3/sourceV |
| rc Step — cases — case natural — initial V | rational | 6 | V | rcStep/cases/3/initialV |
| rc Step — cases — case natural — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | rcStep/cases/3/initialExact/u |
| rc Step — cases — case natural — initial Exact — physical SI time | rational | 0 | s | rcStep/cases/3/initialExact/t |
| rc Step — cases — case natural — initial Exact — retained exponential | rational | 1 | dimensionless | rcStep/cases/3/initialExact/E |
| rc Step — cases — case natural — initial Exact — capacitor voltage | rational | 6 | V | rcStep/cases/3/initialExact/vC |
| rc Step — cases — case natural — initial Exact — associated branch current | rational | -1/25 | A | rcStep/cases/3/initialExact/i |
| rc Step — cases — case natural — initial Exact — resistor voltage | rational | -6 | V | rcStep/cases/3/initialExact/vR |
| rc Step — cases — case natural — initial Exact — voltage derivative | rational | -120 | V/s | rcStep/cases/3/initialExact/dvdt |
| rc Step — cases — case natural — initial Exact — capacitor absorbed power | rational | -6/25 | W | rcStep/cases/3/initialExact/pC |
| rc Step — cases — case natural — initial Exact — resistor absorbed power | rational | 6/25 | W | rcStep/cases/3/initialExact/pR |
| rc Step — cases — case natural — initial Exact — source-delivered power | rational | 0 | W | rcStep/cases/3/initialExact/sourceDeliveredPower |
| rc Step — cases — case natural — initial Exact — stored energy | rational | 3/500 | J | rcStep/cases/3/initialExact/storedEnergy |
| rc Step — cases — case natural — initial Exact — storage-energy change | rational | 0 | J | rcStep/cases/3/initialExact/storedChange |
| rc Step — cases — case natural — initial Exact — cumulative resistor work | rational | 0 | J | rcStep/cases/3/initialExact/resistorWork |
| rc Step — cases — case natural — initial Exact — cumulative source-delivered work | rational | 0 | J | rcStep/cases/3/initialExact/sourceDeliveredWork |
| rc Step — cases — case natural — initial Exact — transferred Charge | rational | 0 | C | rcStep/cases/3/initialExact/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/0/u |
| rc Step — cases — case natural — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/0/t |
| rc Step — cases — case natural — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/0/E |
| rc Step — cases — case natural — samples — sample/control 0 — capacitor voltage | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/0/vC |
| rc Step — cases — case natural — samples — sample/control 0 — associated branch current | approximation | -4.000000000000000000000000000000000000000000000000000000000000000000000E-2 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/0/i |
| rc Step — cases — case natural — samples — sample/control 0 — resistor voltage | approximation | -6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/0/vR |
| rc Step — cases — case natural — samples — sample/control 0 — voltage derivative | approximation | -1.200000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/0/dvdt |
| rc Step — cases — case natural — samples — sample/control 0 — capacitor absorbed power | approximation | -2.400000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/0/pC |
| rc Step — cases — case natural — samples — sample/control 0 — resistor absorbed power | approximation | 2.400000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/0/pR |
| rc Step — cases — case natural — samples — sample/control 0 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/0/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 0 — stored energy | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/0/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/0/storedChange |
| rc Step — cases — case natural — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/0/resistorWork |
| rc Step — cases — case natural — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/0/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 0 — transferred Charge | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/0/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/1/u |
| rc Step — cases — case natural — samples — sample/control 1 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/1/t |
| rc Step — cases — case natural — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/1/E |
| rc Step — cases — case natural — samples — sample/control 1 — capacitor voltage | approximation | 4.672804698428429209471021601869923883780633742556848845447904197609474E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/1/vC |
| rc Step — cases — case natural — samples — sample/control 1 — associated branch current | approximation | -3.115203132285619472980681067913282589187089161704565896965269465072982E-2 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/1/i |
| rc Step — cases — case natural — samples — sample/control 1 — resistor voltage | approximation | -4.672804698428429209471021601869923883780633742556848845447904197609474E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/1/vR |
| rc Step — cases — case natural — samples — sample/control 1 — voltage derivative | approximation | -9.345609396856858418942043203739847767561267485113697690895808395218947E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/1/dvdt |
| rc Step — cases — case natural — samples — sample/control 1 — capacitor absorbed power | approximation | -1.455673583310320216649118883978833088260603525169248693638941180964136E-1 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/1/pC |
| rc Step — cases — case natural — samples — sample/control 1 — resistor absorbed power | approximation | 1.455673583310320216649118883978833088260603525169248693638941180964136E-1 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/1/pR |
| rc Step — cases — case natural — samples — sample/control 1 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/1/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 1 — stored energy | approximation | 3.639183958275800541622797209947082720651508812923121734097352952410339E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/1/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 1 — storage-energy change | approximation | -2.360816041724199458377202790052917279348491187076878265902647047589661E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/1/storedChange |
| rc Step — cases — case natural — samples — sample/control 1 — cumulative resistor work | approximation | 2.360816041724199458377202790052917279348491187076878265902647047589661E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/1/resistorWork |
| rc Step — cases — case natural — samples — sample/control 1 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/1/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 1 — transferred Charge | approximation | -4.423984338571902635096594660433587054064554191477170515173652674635088E-4 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/1/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/2/u |
| rc Step — cases — case natural — samples — sample/control 2 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/2/t |
| rc Step — cases — case natural — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/2/E |
| rc Step — cases — case natural — samples — sample/control 2 — capacitor voltage | approximation | 3.639183958275800541622797209947082720651508812923121734097352952410339E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/2/vC |
| rc Step — cases — case natural — samples — sample/control 2 — associated branch current | approximation | -2.426122638850533694415198139964721813767672541948747822731568634940226E-2 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/2/i |
| rc Step — cases — case natural — samples — sample/control 2 — resistor voltage | approximation | -3.639183958275800541622797209947082720651508812923121734097352952410339E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/2/vR |
| rc Step — cases — case natural — samples — sample/control 2 — voltage derivative | approximation | -7.278367916551601083245594419894165441303017625846243468194705904820678E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/2/dvdt |
| rc Step — cases — case natural — samples — sample/control 2 — capacitor absorbed power | approximation | -8.829106588114615718292570483875060818699467144762428028188083240739076E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/2/pC |
| rc Step — cases — case natural — samples — sample/control 2 — resistor absorbed power | approximation | 8.829106588114615718292570483875060818699467144762428028188083240739076E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/2/pR |
| rc Step — cases — case natural — samples — sample/control 2 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/2/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 2 — stored energy | approximation | 2.207276647028653929573142620968765204674866786190607007047020810184769E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/2/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 2 — storage-energy change | approximation | -3.792723352971346070426857379031234795325133213809392992952979189815231E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/2/storedChange |
| rc Step — cases — case natural — samples — sample/control 2 — cumulative resistor work | approximation | 3.792723352971346070426857379031234795325133213809392992952979189815231E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/2/resistorWork |
| rc Step — cases — case natural — samples — sample/control 2 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/2/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 2 — transferred Charge | approximation | -7.869386805747331527924009300176390931161637290256260886342156825298870E-4 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/2/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/3/u |
| rc Step — cases — case natural — samples — sample/control 3 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/3/t |
| rc Step — cases — case natural — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/3/E |
| rc Step — cases — case natural — samples — sample/control 3 — capacitor voltage | approximation | 2.834199316446088242828279305659607477821221474818860094373947664847206E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/3/vC |
| rc Step — cases — case natural — samples — sample/control 3 — associated branch current | approximation | -1.889466210964058828552186203773071651880814316545906729582631776564804E-2 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/3/i |
| rc Step — cases — case natural — samples — sample/control 3 — resistor voltage | approximation | -2.834199316446088242828279305659607477821221474818860094373947664847206E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/3/vR |
| rc Step — cases — case natural — samples — sample/control 3 — voltage derivative | approximation | -5.668398632892176485656558611319214955642442949637720188747895329694411E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/3/dvdt |
| rc Step — cases — case natural — samples — sample/control 3 — capacitor absorbed power | approximation | -5.355123843562315894398731298336300512212119104665903889852047650247804E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/3/pC |
| rc Step — cases — case natural — samples — sample/control 3 — resistor absorbed power | approximation | 5.355123843562315894398731298336300512212119104665903889852047650247804E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/3/pR |
| rc Step — cases — case natural — samples — sample/control 3 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/3/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 3 — stored energy | approximation | 1.338780960890578973599682824584075128053029776166475972463011912561951E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/3/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 3 — storage-energy change | approximation | -4.661219039109421026400317175415924871946970223833524027536988087438049E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/3/storedChange |
| rc Step — cases — case natural — samples — sample/control 3 — cumulative resistor work | approximation | 4.661219039109421026400317175415924871946970223833524027536988087438049E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/3/resistorWork |
| rc Step — cases — case natural — samples — sample/control 3 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/3/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 3 — transferred Charge | approximation | -1.055266894517970585723906898113464174059592841727046635208684111717598E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/3/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/4/u |
| rc Step — cases — case natural — samples — sample/control 4 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/4/t |
| rc Step — cases — case natural — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/4/E |
| rc Step — cases — case natural — samples — sample/control 4 — capacitor voltage | approximation | 2.207276647028653929573142620968765204674866786190607007047020810184769E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/4/vC |
| rc Step — cases — case natural — samples — sample/control 4 — associated branch current | approximation | -1.471517764685769286382095080645843469783244524127071338031347206789846E-2 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/4/i |
| rc Step — cases — case natural — samples — sample/control 4 — resistor voltage | approximation | -2.207276647028653929573142620968765204674866786190607007047020810184769E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/4/vR |
| rc Step — cases — case natural — samples — sample/control 4 — voltage derivative | approximation | -4.414553294057307859146285241937530409349733572381214014094041620369538E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/4/dvdt |
| rc Step — cases — case natural — samples — sample/control 4 — capacitor absorbed power | approximation | -3.248046797678704605455987879339625681783157101829821155235812943697761E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/4/pC |
| rc Step — cases — case natural — samples — sample/control 4 — resistor absorbed power | approximation | 3.248046797678704605455987879339625681783157101829821155235812943697761E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/4/pR |
| rc Step — cases — case natural — samples — sample/control 4 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/4/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 4 — stored energy | approximation | 8.120116994196761513639969698349064204457892754574552888089532359244402E-4 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/4/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 4 — storage-energy change | approximation | -5.187988300580323848636003030165093579554210724542544711191046764075560E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/4/storedChange |
| rc Step — cases — case natural — samples — sample/control 4 — cumulative resistor work | approximation | 5.187988300580323848636003030165093579554210724542544711191046764075560E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/4/resistorWork |
| rc Step — cases — case natural — samples — sample/control 4 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/4/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 4 — transferred Charge | approximation | -1.264241117657115356808952459677078265108377737936464330984326396605077E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/4/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/5/u |
| rc Step — cases — case natural — samples — sample/control 5 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/5/t |
| rc Step — cases — case natural — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/5/E |
| rc Step — cases — case natural — samples — sample/control 5 — capacitor voltage | approximation | 1.719028781161140601949312559887025616758904753969506282530293267272832E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/5/vC |
| rc Step — cases — case natural — samples — sample/control 5 — associated branch current | approximation | -1.146019187440760401299541706591350411172603169313004188353528844848555E-2 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/5/i |
| rc Step — cases — case natural — samples — sample/control 5 — resistor voltage | approximation | -1.719028781161140601949312559887025616758904753969506282530293267272832E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/5/vR |
| rc Step — cases — case natural — samples — sample/control 5 — voltage derivative | approximation | -3.438057562322281203898625119774051233517809507939012565060586534545664E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/5/dvdt |
| rc Step — cases — case natural — samples — sample/control 5 — capacitor absorbed power | approximation | -1.970039966973571084068688187211835388107298904370479572298201852365394E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/5/pC |
| rc Step — cases — case natural — samples — sample/control 5 — resistor absorbed power | approximation | 1.970039966973571084068688187211835388107298904370479572298201852365394E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/5/pR |
| rc Step — cases — case natural — samples — sample/control 5 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/5/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 5 — stored energy | approximation | 4.925099917433927710171720468029588470268247260926198930745504630913485E-4 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/5/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 5 — storage-energy change | approximation | -5.507490008256607228982827953197041152973175273907380106925449536908651E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/5/storedChange |
| rc Step — cases — case natural — samples — sample/control 5 — cumulative resistor work | approximation | 5.507490008256607228982827953197041152973175273907380106925449536908651E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/5/resistorWork |
| rc Step — cases — case natural — samples — sample/control 5 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/5/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 5 — transferred Charge | approximation | -1.426990406279619799350229146704324794413698415343497905823235577575723E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/5/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/6/u |
| rc Step — cases — case natural — samples — sample/control 6 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/6/t |
| rc Step — cases — case natural — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/6/E |
| rc Step — cases — case natural — samples — sample/control 6 — capacitor voltage | approximation | 1.338780960890578973599682824584075128053029776166475972463011912561951E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/6/vC |
| rc Step — cases — case natural — samples — sample/control 6 — associated branch current | approximation | -8.925206405937193157331218830560500853686865174443173149753412750413007E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/6/i |
| rc Step — cases — case natural — samples — sample/control 6 — resistor voltage | approximation | -1.338780960890578973599682824584075128053029776166475972463011912561951E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/6/vR |
| rc Step — cases — case natural — samples — sample/control 6 — voltage derivative | approximation | -2.677561921781157947199365649168150256106059552332951944926023825123902E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/6/dvdt |
| rc Step — cases — case natural — samples — sample/control 6 — capacitor absorbed power | approximation | -1.194889640828734631504217975601482639160790212522157173623065462545456E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/6/pC |
| rc Step — cases — case natural — samples — sample/control 6 — resistor absorbed power | approximation | 1.194889640828734631504217975601482639160790212522157173623065462545456E-2 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/6/pR |
| rc Step — cases — case natural — samples — sample/control 6 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/6/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 6 — stored energy | approximation | 2.987224102071836578760544939003706597901975531305392934057663656363640E-4 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/6/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 6 — storage-energy change | approximation | -5.701277589792816342123945506099629340209802446869460706594233634363636E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/6/storedChange |
| rc Step — cases — case natural — samples — sample/control 6 — cumulative resistor work | approximation | 5.701277589792816342123945506099629340209802446869460706594233634363636E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/6/resistorWork |
| rc Step — cases — case natural — samples — sample/control 6 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/6/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 6 — transferred Charge | approximation | -1.553739679703140342133439058471974957315656741277841342512329362479350E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/6/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/7/u |
| rc Step — cases — case natural — samples — sample/control 7 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/7/t |
| rc Step — cases — case natural — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/7/E |
| rc Step — cases — case natural — samples — sample/control 7 — capacitor voltage | approximation | 1.042643660702670760084303551998226096088325120039430226103888323523417E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/7/vC |
| rc Step — cases — case natural — samples — sample/control 7 — associated branch current | approximation | -6.950957738017805067228690346654840640588834133596201507359255490156114E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/7/i |
| rc Step — cases — case natural — samples — sample/control 7 — resistor voltage | approximation | -1.042643660702670760084303551998226096088325120039430226103888323523417E+0 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/7/vR |
| rc Step — cases — case natural — samples — sample/control 7 — voltage derivative | approximation | -2.085287321405341520168607103996452192176650240078860452207776647046834E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/7/dvdt |
| rc Step — cases — case natural — samples — sample/control 7 — capacitor absorbed power | approximation | -7.247372021356440177548710167268762817198527739437681601121653540410734E-3 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/7/pC |
| rc Step — cases — case natural — samples — sample/control 7 — resistor absorbed power | approximation | 7.247372021356440177548710167268762817198527739437681601121653540410734E-3 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/7/pR |
| rc Step — cases — case natural — samples — sample/control 7 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/7/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 7 — stored energy | approximation | 1.811843005339110044387177541817190704299631934859420400280413385102684E-4 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/7/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 7 — storage-energy change | approximation | -5.818815699466088995561282245818280929570036806514057959971958661489732E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/7/storedChange |
| rc Step — cases — case natural — samples — sample/control 7 — cumulative resistor work | approximation | 5.818815699466088995561282245818280929570036806514057959971958661489732E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/7/resistorWork |
| rc Step — cases — case natural — samples — sample/control 7 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/7/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 7 — transferred Charge | approximation | -1.652452113099109746638565482667257967970558293320189924632037225492194E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/7/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/8/u |
| rc Step — cases — case natural — samples — sample/control 8 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/8/t |
| rc Step — cases — case natural — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/8/E |
| rc Step — cases — case natural — samples — sample/control 8 — capacitor voltage | approximation | 8.120116994196761513639969698349064204457892754574552888089532359244402E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/8/vC |
| rc Step — cases — case natural — samples — sample/control 8 — associated branch current | approximation | -5.413411329464507675759979798899376136305261836383035258726354906162935E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/8/i |
| rc Step — cases — case natural — samples — sample/control 8 — resistor voltage | approximation | -8.120116994196761513639969698349064204457892754574552888089532359244402E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/8/vR |
| rc Step — cases — case natural — samples — sample/control 8 — voltage derivative | approximation | -1.624023398839352302727993939669812840891578550914910577617906471848880E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/8/dvdt |
| rc Step — cases — case natural — samples — sample/control 8 — capacitor absorbed power | approximation | -4.395753333296203270492325105577898130858896212834142744703982585420104E-3 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/8/pC |
| rc Step — cases — case natural — samples — sample/control 8 — resistor absorbed power | approximation | 4.395753333296203270492325105577898130858896212834142744703982585420104E-3 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/8/pR |
| rc Step — cases — case natural — samples — sample/control 8 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/8/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 8 — stored energy | approximation | 1.098938333324050817623081276394474532714724053208535686175995646355026E-4 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/8/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 8 — storage-energy change | approximation | -5.890106166667594918237691872360552546728527594679146431382400435364497E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/8/storedChange |
| rc Step — cases — case natural — samples — sample/control 8 — cumulative resistor work | approximation | 5.890106166667594918237691872360552546728527594679146431382400435364497E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/8/resistorWork |
| rc Step — cases — case natural — samples — sample/control 8 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/8/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 8 — transferred Charge | approximation | -1.729329433526774616212001010055031193184736908180848237063682254691853E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/8/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/9/u |
| rc Step — cases — case natural — samples — sample/control 9 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/9/t |
| rc Step — cases — case natural — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/9/E |
| rc Step — cases — case natural — samples — sample/control 9 — capacitor voltage | approximation | 6.323953473711860206993061354441885836109464402636672028930645484592986E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/9/vC |
| rc Step — cases — case natural — samples — sample/control 9 — associated branch current | approximation | -4.215968982474573471328707569627923890739642935091114685953763656395324E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/9/i |
| rc Step — cases — case natural — samples — sample/control 9 — resistor voltage | approximation | -6.323953473711860206993061354441885836109464402636672028930645484592986E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/9/vR |
| rc Step — cases — case natural — samples — sample/control 9 — voltage derivative | approximation | -1.264790694742372041398612270888377167221892880527334405786129096918597E+1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/9/dvdt |
| rc Step — cases — case natural — samples — sample/control 9 — capacitor absorbed power | approximation | -2.666159169178153559074352228863326665169424201385119254339525152008912E-3 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/9/pC |
| rc Step — cases — case natural — samples — sample/control 9 — resistor absorbed power | approximation | 2.666159169178153559074352228863326665169424201385119254339525152008912E-3 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/9/pR |
| rc Step — cases — case natural — samples — sample/control 9 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/9/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 9 — stored energy | approximation | 6.665397922945383897685880572158316662923560503462798135848812880022281E-5 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/9/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 9 — storage-energy change | approximation | -5.933346020770546161023141194278416833370764394965372018641511871199777E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/9/storedChange |
| rc Step — cases — case natural — samples — sample/control 9 — cumulative resistor work | approximation | 5.933346020770546161023141194278416833370764394965372018641511871199777E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/9/resistorWork |
| rc Step — cases — case natural — samples — sample/control 9 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/9/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 9 — transferred Charge | approximation | -1.789201550876271326433564621518603805463017853245444265702311817180234E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/9/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/10/u |
| rc Step — cases — case natural — samples — sample/control 10 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/10/t |
| rc Step — cases — case natural — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/10/E |
| rc Step — cases — case natural — samples — sample/control 10 — capacitor voltage | approximation | 4.925099917433927710171720468029588470268247260926198930745504630913485E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/10/vC |
| rc Step — cases — case natural — samples — sample/control 10 — associated branch current | approximation | -3.283399944955951806781146978686392313512164840617465953830336420608990E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/10/i |
| rc Step — cases — case natural — samples — sample/control 10 — resistor voltage | approximation | -4.925099917433927710171720468029588470268247260926198930745504630913485E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/10/vR |
| rc Step — cases — case natural — samples — sample/control 10 — voltage derivative | approximation | -9.850199834867855420343440936059176940536494521852397861491009261826971E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/10/dvdt |
| rc Step — cases — case natural — samples — sample/control 10 — capacitor absorbed power | approximation | -1.617107279780512103192651621555621819723900406565220503273327577444045E-3 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/10/pC |
| rc Step — cases — case natural — samples — sample/control 10 — resistor absorbed power | approximation | 1.617107279780512103192651621555621819723900406565220503273327577444045E-3 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/10/pR |
| rc Step — cases — case natural — samples — sample/control 10 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/10/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 10 — stored energy | approximation | 4.042768199451280257981629053889054549309751016413051258183318943610114E-5 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/10/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 10 — storage-energy change | approximation | -5.959572318005487197420183709461109454506902489835869487418166810563899E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/10/storedChange |
| rc Step — cases — case natural — samples — sample/control 10 — cumulative resistor work | approximation | 5.959572318005487197420183709461109454506902489835869487418166810563899E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/10/resistorWork |
| rc Step — cases — case natural — samples — sample/control 10 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/10/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 10 — transferred Charge | approximation | -1.835830002752202409660942651065680384324391757969126702308483178969550E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/10/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/11/u |
| rc Step — cases — case natural — samples — sample/control 11 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/11/t |
| rc Step — cases — case natural — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/11/E |
| rc Step — cases — case natural — samples — sample/control 11 — capacitor voltage | approximation | 3.835671672402454362145801533477104958518045704726106893091409821610936E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/11/vC |
| rc Step — cases — case natural — samples — sample/control 11 — associated branch current | approximation | -2.557114448268302908097201022318069972345363803150737928727606547740624E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/11/i |
| rc Step — cases — case natural — samples — sample/control 11 — resistor voltage | approximation | -3.835671672402454362145801533477104958518045704726106893091409821610936E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/11/vR |
| rc Step — cases — case natural — samples — sample/control 11 — voltage derivative | approximation | -7.671343344804908724291603066954209917036091409452213786182819643221871E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/11/dvdt |
| rc Step — cases — case natural — samples — sample/control 11 — capacitor absorbed power | approximation | -9.808251452313760784315286443329844180137575962251678609632914581777240E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/11/pC |
| rc Step — cases — case natural — samples — sample/control 11 — resistor absorbed power | approximation | 9.808251452313760784315286443329844180137575962251678609632914581777240E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/11/pR |
| rc Step — cases — case natural — samples — sample/control 11 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/11/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 11 — stored energy | approximation | 2.452062863078440196078821610832461045034393990562919652408228645444310E-5 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/11/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 11 — storage-energy change | approximation | -5.975479371369215598039211783891675389549656060094370803475917713545557E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/11/storedChange |
| rc Step — cases — case natural — samples — sample/control 11 — cumulative resistor work | approximation | 5.975479371369215598039211783891675389549656060094370803475917713545557E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/11/resistorWork |
| rc Step — cases — case natural — samples — sample/control 11 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/11/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 11 — transferred Charge | approximation | -1.872144277586584854595139948884096501382731809842463103563619672612969E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/11/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/12/u |
| rc Step — cases — case natural — samples — sample/control 12 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/12/t |
| rc Step — cases — case natural — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/12/E |
| rc Step — cases — case natural — samples — sample/control 12 — capacitor voltage | approximation | 2.987224102071836578760544939003706597901975531305392934057663656363640E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/12/vC |
| rc Step — cases — case natural — samples — sample/control 12 — associated branch current | approximation | -1.991482734714557719173696626002471065267983687536928622705109104242427E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/12/i |
| rc Step — cases — case natural — samples — sample/control 12 — resistor voltage | approximation | -2.987224102071836578760544939003706597901975531305392934057663656363640E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/12/vR |
| rc Step — cases — case natural — samples — sample/control 12 — voltage derivative | approximation | -5.974448204143673157521089878007413195803951062610785868115327312727280E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/12/dvdt |
| rc Step — cases — case natural — samples — sample/control 12 — capacitor absorbed power | approximation | -5.949005223999260215308401833960002939615551005281468122108697615062866E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/12/pC |
| rc Step — cases — case natural — samples — sample/control 12 — resistor absorbed power | approximation | 5.949005223999260215308401833960002939615551005281468122108697615062866E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/12/pR |
| rc Step — cases — case natural — samples — sample/control 12 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/12/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 12 — stored energy | approximation | 1.487251305999815053827100458490000734903887751320367030527174403765717E-5 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/12/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 12 — storage-energy change | approximation | -5.985127486940001849461728995415099992650961122486796329694728255962343E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/12/storedChange |
| rc Step — cases — case natural — samples — sample/control 12 — cumulative resistor work | approximation | 5.985127486940001849461728995415099992650961122486796329694728255962343E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/12/resistorWork |
| rc Step — cases — case natural — samples — sample/control 12 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/12/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 12 — transferred Charge | approximation | -1.900425863264272114041315168699876446736600815623153568864744544787879E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/12/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/13/u |
| rc Step — cases — case natural — samples — sample/control 13 — physical SI time | approximation | 1.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/13/t |
| rc Step — cases — case natural — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/13/E |
| rc Step — cases — case natural — samples — sample/control 13 — capacitor voltage | approximation | 2.326452469903320593213990116055768595608643716161208742041751659585607E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/13/vC |
| rc Step — cases — case natural — samples — sample/control 13 — associated branch current | approximation | -1.550968313268880395475993410703845730405762477440805828027834439723738E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/13/i |
| rc Step — cases — case natural — samples — sample/control 13 — resistor voltage | approximation | -2.326452469903320593213990116055768595608643716161208742041751659585607E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/13/vR |
| rc Step — cases — case natural — samples — sample/control 13 — voltage derivative | approximation | -4.652904939806641186427980232111537191217287432322417484083503319171213E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/13/dvdt |
| rc Step — cases — case natural — samples — sample/control 13 — capacitor absorbed power | approximation | -3.608254063146173873718967997202369192001231099927116231734519788717079E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/13/pC |
| rc Step — cases — case natural — samples — sample/control 13 — resistor absorbed power | approximation | 3.608254063146173873718967997202369192001231099927116231734519788717079E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/13/pR |
| rc Step — cases — case natural — samples — sample/control 13 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/13/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 13 — stored energy | approximation | 9.020635157865434684297419993005922980003077749817790579336299471792698E-6 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/13/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 13 — storage-energy change | approximation | -5.990979364842134565315702580006994077019996922250182209420663700528207E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/13/storedChange |
| rc Step — cases — case natural — samples — sample/control 13 — cumulative resistor work | approximation | 5.990979364842134565315702580006994077019996922250182209420663700528207E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/13/resistorWork |
| rc Step — cases — case natural — samples — sample/control 13 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/13/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 13 — transferred Charge | approximation | -1.922451584336555980226200329464807713479711876127959708598608278013813E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/13/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/14/u |
| rc Step — cases — case natural — samples — sample/control 14 — physical SI time | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/14/t |
| rc Step — cases — case natural — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/14/E |
| rc Step — cases — case natural — samples — sample/control 14 — capacitor voltage | approximation | 1.811843005339110044387177541817190704299631934859420400280413385102684E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/14/vC |
| rc Step — cases — case natural — samples — sample/control 14 — associated branch current | approximation | -1.207895336892740029591451694544793802866421289906280266853608923401789E-3 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/14/i |
| rc Step — cases — case natural — samples — sample/control 14 — resistor voltage | approximation | -1.811843005339110044387177541817190704299631934859420400280413385102684E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/14/vR |
| rc Step — cases — case natural — samples — sample/control 14 — voltage derivative | approximation | -3.623686010678220088774355083634381408599263869718840800560826770205367E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/14/dvdt |
| rc Step — cases — case natural — samples — sample/control 14 — capacitor absorbed power | approximation | -2.188516717330838899207526602582278303536938865846529217958720212534752E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/14/pC |
| rc Step — cases — case natural — samples — sample/control 14 — resistor absorbed power | approximation | 2.188516717330838899207526602582278303536938865846529217958720212534752E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/14/pR |
| rc Step — cases — case natural — samples — sample/control 14 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/14/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 14 — stored energy | approximation | 5.471291793327097248018816506455695758842347164616323044896800531336879E-6 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/14/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 14 — storage-energy change | approximation | -5.994528708206672902751981183493544304241157652835383676955103199468663E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/14/storedChange |
| rc Step — cases — case natural — samples — sample/control 14 — cumulative resistor work | approximation | 5.994528708206672902751981183493544304241157652835383676955103199468663E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/14/resistorWork |
| rc Step — cases — case natural — samples — sample/control 14 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/14/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 14 — transferred Charge | approximation | -1.939605233155362998520427415272760309856678935504685986657319553829911E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/14/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/15/u |
| rc Step — cases — case natural — samples — sample/control 15 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/15/t |
| rc Step — cases — case natural — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/15/E |
| rc Step — cases — case natural — samples — sample/control 15 — capacitor voltage | approximation | 1.411064751360546494169071106025976368204059316384344236805924278869554E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/15/vC |
| rc Step — cases — case natural — samples — sample/control 15 — associated branch current | approximation | -9.407098342403643294460474040173175788027062109228961578706161859130357E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/15/i |
| rc Step — cases — case natural — samples — sample/control 15 — resistor voltage | approximation | -1.411064751360546494169071106025976368204059316384344236805924278869554E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/15/vR |
| rc Step — cases — case natural — samples — sample/control 15 — voltage derivative | approximation | -2.822129502721092988338142212051952736408118632768688473611848557739107E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/15/dvdt |
| rc Step — cases — case natural — samples — sample/control 15 — capacitor absorbed power | approximation | -1.327402488354800599444800212472857274747207797856473406932946102827526E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/15/pC |
| rc Step — cases — case natural — samples — sample/control 15 — resistor absorbed power | approximation | 1.327402488354800599444800212472857274747207797856473406932946102827526E-4 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/15/pR |
| rc Step — cases — case natural — samples — sample/control 15 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/15/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 15 — stored energy | approximation | 3.318506220887001498612000531182143186868019494641183517332365257068814E-6 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/15/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 15 — storage-energy change | approximation | -5.996681493779112998501387999468817856813131980505358816482667634742931E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/15/storedChange |
| rc Step — cases — case natural — samples — sample/control 15 — cumulative resistor work | approximation | 5.996681493779112998501387999468817856813131980505358816482667634742931E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/15/resistorWork |
| rc Step — cases — case natural — samples — sample/control 15 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/15/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 15 — transferred Charge | approximation | -1.952964508287981783527697629799134121059864689453855192106469190704348E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/15/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/16/u |
| rc Step — cases — case natural — samples — sample/control 16 — physical SI time | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/16/t |
| rc Step — cases — case natural — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/16/E |
| rc Step — cases — case natural — samples — sample/control 16 — capacitor voltage | approximation | 1.098938333324050817623081276394474532714724053208535686175995646355026E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/16/vC |
| rc Step — cases — case natural — samples — sample/control 16 — associated branch current | approximation | -7.326255555493672117487208509296496884764827021390237907839970975700173E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/16/i |
| rc Step — cases — case natural — samples — sample/control 16 — resistor voltage | approximation | -1.098938333324050817623081276394474532714724053208535686175995646355026E-1 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/16/vR |
| rc Step — cases — case natural — samples — sample/control 16 — voltage derivative | approximation | -2.197876666648101635246162552788949065429448106417071372351991292710052E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/16/dvdt |
| rc Step — cases — case natural — samples — sample/control 16 — capacitor absorbed power | approximation | -8.051103069660284131713339018740664463461603209287664653069817949879372E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/16/pC |
| rc Step — cases — case natural — samples — sample/control 16 — resistor absorbed power | approximation | 8.051103069660284131713339018740664463461603209287664653069817949879372E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/16/pR |
| rc Step — cases — case natural — samples — sample/control 16 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/16/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 16 — stored energy | approximation | 2.012775767415071032928334754685166115865400802321916163267454487469843E-6 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/16/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 16 — storage-energy change | approximation | -5.997987224232584928967071665245314833884134599197678083836732545512530E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/16/storedChange |
| rc Step — cases — case natural — samples — sample/control 16 — cumulative resistor work | approximation | 5.997987224232584928967071665245314833884134599197678083836732545512530E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/16/resistorWork |
| rc Step — cases — case natural — samples — sample/control 16 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/16/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 16 — transferred Charge | approximation | -1.963368722222531639412563957453517515576175864893048810460800145121499E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/16/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/17/u |
| rc Step — cases — case natural — samples — sample/control 17 — physical SI time | approximation | 2.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/17/t |
| rc Step — cases — case natural — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/17/E |
| rc Step — cases — case natural — samples — sample/control 17 — capacitor voltage | approximation | 8.558540345399553163972167513600926399969950052544076006101923292562895E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/17/vC |
| rc Step — cases — case natural — samples — sample/control 17 — associated branch current | approximation | -5.705693563599702109314778342400617599979966701696050670734615528375264E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/17/i |
| rc Step — cases — case natural — samples — sample/control 17 — resistor voltage | approximation | -8.558540345399553163972167513600926399969950052544076006101923292562895E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/17/vR |
| rc Step — cases — case natural — samples — sample/control 17 — voltage derivative | approximation | -1.711708069079910632794433502720185279993990010508815201220384658512579E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/17/dvdt |
| rc Step — cases — case natural — samples — sample/control 17 — capacitor absorbed power | approximation | -4.883240856255460184854402331689593295135476641656272632780155244406883E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/17/pC |
| rc Step — cases — case natural — samples — sample/control 17 — resistor absorbed power | approximation | 4.883240856255460184854402331689593295135476641656272632780155244406883E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/17/pR |
| rc Step — cases — case natural — samples — sample/control 17 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/17/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 17 — stored energy | approximation | 1.220810214063865046213600582922398323783869160414068158195038811101721E-6 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/17/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 17 — storage-energy change | approximation | -5.998779189785936134953786399417077601676216130839585931841804961188898E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/17/storedChange |
| rc Step — cases — case natural — samples — sample/control 17 — cumulative resistor work | approximation | 5.998779189785936134953786399417077601676216130839585931841804961188898E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/17/resistorWork |
| rc Step — cases — case natural — samples — sample/control 17 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/17/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 17 — transferred Charge | approximation | -1.971471532182001489453426108287996912000100166491519746646326922358124E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/17/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/18/u |
| rc Step — cases — case natural — samples — sample/control 18 — physical SI time | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/18/t |
| rc Step — cases — case natural — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/18/E |
| rc Step — cases — case natural — samples — sample/control 18 — capacitor voltage | approximation | 6.665397922945383897685880572158316662923560503462798135848812880022281E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/18/vC |
| rc Step — cases — case natural — samples — sample/control 18 — associated branch current | approximation | -4.443598615296922598457253714772211108615707002308532090565875253348187E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/18/i |
| rc Step — cases — case natural — samples — sample/control 18 — resistor voltage | approximation | -6.665397922945383897685880572158316662923560503462798135848812880022281E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/18/vR |
| rc Step — cases — case natural — samples — sample/control 18 — voltage derivative | approximation | -1.333079584589076779537176114431663332584712100692559627169762576004456E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/18/dvdt |
| rc Step — cases — case natural — samples — sample/control 18 — capacitor absorbed power | approximation | -2.961835298080309187943280577520811825731667974934537260827569083484231E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/18/pC |
| rc Step — cases — case natural — samples — sample/control 18 — resistor absorbed power | approximation | 2.961835298080309187943280577520811825731667974934537260827569083484231E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/18/pR |
| rc Step — cases — case natural — samples — sample/control 18 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/18/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 18 — stored energy | approximation | 7.404588245200772969858201443802029564329169937336343152068922708710577E-7 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/18/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 18 — storage-energy change | approximation | -5.999259541175479922703014179855619797043567083006266365684793107729129E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/18/storedChange |
| rc Step — cases — case natural — samples — sample/control 18 — cumulative resistor work | approximation | 5.999259541175479922703014179855619797043567083006266365684793107729129E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/18/resistorWork |
| rc Step — cases — case natural — samples — sample/control 18 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/18/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 18 — transferred Charge | approximation | -1.977782006923515387007713731426138944456921464988457339547170623733259E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/18/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/19/u |
| rc Step — cases — case natural — samples — sample/control 19 — physical SI time | approximation | 2.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/19/t |
| rc Step — cases — case natural — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/19/E |
| rc Step — cases — case natural — samples — sample/control 19 — capacitor voltage | approximation | 5.191017121872380506242902374350234508899798718624825527423951760402770E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/19/vC |
| rc Step — cases — case natural — samples — sample/control 19 — associated branch current | approximation | -3.460678081248253670828601582900156339266532479083217018282634506935180E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/19/i |
| rc Step — cases — case natural — samples — sample/control 19 — resistor voltage | approximation | -5.191017121872380506242902374350234508899798718624825527423951760402770E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/19/vR |
| rc Step — cases — case natural — samples — sample/control 19 — voltage derivative | approximation | -1.038203424374476101248580474870046901779959743724965105484790352080554E+0 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/19/dvdt |
| rc Step — cases — case natural — samples — sample/control 19 — capacitor absorbed power | approximation | -1.796443917304814195308543664509323986711685574088065270623664383199062E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/19/pC |
| rc Step — cases — case natural — samples — sample/control 19 — resistor absorbed power | approximation | 1.796443917304814195308543664509323986711685574088065270623664383199062E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/19/pR |
| rc Step — cases — case natural — samples — sample/control 19 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/19/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 19 — stored energy | approximation | 4.491109793262035488271359161273309966779213935220163176559160957997654E-7 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/19/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 19 — storage-energy change | approximation | -5.999550889020673796451172864083872669003322078606477983682344083904200E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/19/storedChange |
| rc Step — cases — case natural — samples — sample/control 19 — cumulative resistor work | approximation | 5.999550889020673796451172864083872669003322078606477983682344083904200E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/19/resistorWork |
| rc Step — cases — case natural — samples — sample/control 19 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/19/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 19 — transferred Charge | approximation | -1.982696609593758731645856992085499218303667337604583914908586827465324E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/19/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/20/u |
| rc Step — cases — case natural — samples — sample/control 20 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/20/t |
| rc Step — cases — case natural — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/20/E |
| rc Step — cases — case natural — samples — sample/control 20 — capacitor voltage | approximation | 4.042768199451280257981629053889054549309751016413051258183318943610114E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/20/vC |
| rc Step — cases — case natural — samples — sample/control 20 — associated branch current | approximation | -2.695178799634186838654419369259369699539834010942034172122212629073409E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/20/i |
| rc Step — cases — case natural — samples — sample/control 20 — resistor voltage | approximation | -4.042768199451280257981629053889054549309751016413051258183318943610114E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/20/vR |
| rc Step — cases — case natural — samples — sample/control 20 — voltage derivative | approximation | -8.085536398902560515963258107778109098619502032826102516366637887220227E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/20/dvdt |
| rc Step — cases — case natural — samples — sample/control 20 — capacitor absorbed power | approximation | -1.089598314299636436854196373453214645710034132797559262217711335623986E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/20/pC |
| rc Step — cases — case natural — samples — sample/control 20 — resistor absorbed power | approximation | 1.089598314299636436854196373453214645710034132797559262217711335623986E-5 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/20/pR |
| rc Step — cases — case natural — samples — sample/control 20 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/20/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 20 — stored energy | approximation | 2.723995785749091092135490933633036614275085331993898155544278339059965E-7 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/20/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 20 — storage-energy change | approximation | -5.999727600421425090890786450906636696338572491466800610184445572166094E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/20/storedChange |
| rc Step — cases — case natural — samples — sample/control 20 — cumulative resistor work | approximation | 5.999727600421425090890786450906636696338572491466800610184445572166094E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/20/resistorWork |
| rc Step — cases — case natural — samples — sample/control 20 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/20/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 20 — transferred Charge | approximation | -1.986524106001829065806727903153703151502300829945289829139388936854633E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/20/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/21/u |
| rc Step — cases — case natural — samples — sample/control 21 — physical SI time | approximation | 2.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/21/t |
| rc Step — cases — case natural — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/21/E |
| rc Step — cases — case natural — samples — sample/control 21 — capacitor voltage | approximation | 3.148511039508830565896117604827464083797946771291138908312746762278050E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/21/vC |
| rc Step — cases — case natural — samples — sample/control 21 — associated branch current | approximation | -2.099007359672553710597411736551642722531964514194092605541831174852034E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/21/i |
| rc Step — cases — case natural — samples — sample/control 21 — resistor voltage | approximation | -3.148511039508830565896117604827464083797946771291138908312746762278050E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/21/vR |
| rc Step — cases — case natural — samples — sample/control 21 — voltage derivative | approximation | -6.297022079017661131792235209654928167595893542582277816625493524556101E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/21/dvdt |
| rc Step — cases — case natural — samples — sample/control 21 — capacitor absorbed power | approximation | -6.608747843939317885778663304582122664381566817415375036923343628601264E-6 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/21/pC |
| rc Step — cases — case natural — samples — sample/control 21 — resistor absorbed power | approximation | 6.608747843939317885778663304582122664381566817415375036923343628601264E-6 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/21/pR |
| rc Step — cases — case natural — samples — sample/control 21 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/21/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 21 — stored energy | approximation | 1.652186960984829471444665826145530666095391704353843759230835907150316E-7 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/21/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 21 — storage-energy change | approximation | -5.999834781303901517052855533417385446933390460829564615624076916409285E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/21/storedChange |
| rc Step — cases — case natural — samples — sample/control 21 — cumulative resistor work | approximation | 5.999834781303901517052855533417385446933390460829564615624076916409285E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/21/resistorWork |
| rc Step — cases — case natural — samples — sample/control 21 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/21/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 21 — transferred Charge | approximation | -1.989504963201637231447012941317241786387340177429029536972290844125740E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/21/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/22/u |
| rc Step — cases — case natural — samples — sample/control 22 — physical SI time | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/22/t |
| rc Step — cases — case natural — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/22/E |
| rc Step — cases — case natural — samples — sample/control 22 — capacitor voltage | approximation | 2.452062863078440196078821610832461045034393990562919652408228645444310E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/22/vC |
| rc Step — cases — case natural — samples — sample/control 22 — associated branch current | approximation | -1.634708575385626797385881073888307363356262660375279768272152430296207E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/22/i |
| rc Step — cases — case natural — samples — sample/control 22 — resistor voltage | approximation | -2.452062863078440196078821610832461045034393990562919652408228645444310E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/22/vR |
| rc Step — cases — case natural — samples — sample/control 22 — voltage derivative | approximation | -4.904125726156880392157643221664922090068787981125839304816457290888620E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/22/dvdt |
| rc Step — cases — case natural — samples — sample/control 22 — capacitor absorbed power | approximation | -4.008408189658958235032524166539410978705131270228909874749936907245749E-6 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/22/pC |
| rc Step — cases — case natural — samples — sample/control 22 — resistor absorbed power | approximation | 4.008408189658958235032524166539410978705131270228909874749936907245749E-6 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/22/pR |
| rc Step — cases — case natural — samples — sample/control 22 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/22/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 22 — stored energy | approximation | 1.002102047414739558758131041634852744676282817557227468687484226811437E-7 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/22/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 22 — storage-energy change | approximation | -5.999899789795258526044124186895836514725532371718244277253131251577319E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/22/storedChange |
| rc Step — cases — case natural — samples — sample/control 22 — cumulative resistor work | approximation | 5.999899789795258526044124186895836514725532371718244277253131251577319E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/22/resistorWork |
| rc Step — cases — case natural — samples — sample/control 22 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/22/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 22 — transferred Charge | approximation | -1.991826457123071866013070594630558463183218686698123601158639237848519E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/22/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/23/u |
| rc Step — cases — case natural — samples — sample/control 23 — physical SI time | approximation | 2.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/23/t |
| rc Step — cases — case natural — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/23/E |
| rc Step — cases — case natural — samples — sample/control 23 — capacitor voltage | approximation | 1.909668477905800240791850802869110807563836740634372801593663624953710E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/23/vC |
| rc Step — cases — case natural — samples — sample/control 23 — associated branch current | approximation | -1.273112318603866827194567201912740538375891160422915201062442416635806E-4 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/23/i |
| rc Step — cases — case natural — samples — sample/control 23 — resistor voltage | approximation | -1.909668477905800240791850802869110807563836740634372801593663624953710E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/23/vR |
| rc Step — cases — case natural — samples — sample/control 23 — voltage derivative | approximation | -3.819336955811600481583701605738221615127673481268745603187327249907419E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/23/dvdt |
| rc Step — cases — case natural — samples — sample/control 23 — capacitor absorbed power | approximation | -2.431222463671370574945925379780759351761625725125375398974661347505586E-6 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/23/pC |
| rc Step — cases — case natural — samples — sample/control 23 — resistor absorbed power | approximation | 2.431222463671370574945925379780759351761625725125375398974661347505586E-6 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/23/pR |
| rc Step — cases — case natural — samples — sample/control 23 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/23/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 23 — stored energy | approximation | 6.078056159178426437364813449451898379404064312813438497436653368763964E-8 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/23/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 23 — storage-energy change | approximation | -5.999939219438408215735626351865505481016205959356871865615025633466312E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/23/storedChange |
| rc Step — cases — case natural — samples — sample/control 23 — cumulative resistor work | approximation | 5.999939219438408215735626351865505481016205959356871865615025633466312E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/23/resistorWork |
| rc Step — cases — case natural — samples — sample/control 23 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/23/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 23 — transferred Charge | approximation | -1.993634438406980665864027163990436297308120544197885423994687787916821E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/23/transferredCharge |
| rc Step — cases — case natural — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/24/u |
| rc Step — cases — case natural — samples — sample/control 24 — physical SI time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcStep/cases/3/samples/24/t |
| rc Step — cases — case natural — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rcStep/cases/3/samples/24/E |
| rc Step — cases — case natural — samples — sample/control 24 — capacitor voltage | approximation | 1.487251305999815053827100458490000734903887751320367030527174403765717E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/24/vC |
| rc Step — cases — case natural — samples — sample/control 24 — associated branch current | approximation | -9.915008706665433692180669723266671566025918342135780203514496025104777E-5 | A70 significant digits in the stored approximation | rcStep/cases/3/samples/24/i |
| rc Step — cases — case natural — samples — sample/control 24 — resistor voltage | approximation | -1.487251305999815053827100458490000734903887751320367030527174403765717E-2 | V70 significant digits in the stored approximation | rcStep/cases/3/samples/24/vR |
| rc Step — cases — case natural — samples — sample/control 24 — voltage derivative | approximation | -2.974502611999630107654200916980001469807775502640734061054348807531433E-1 | V/s70 significant digits in the stored approximation | rcStep/cases/3/samples/24/dvdt |
| rc Step — cases — case natural — samples — sample/control 24 — capacitor absorbed power | approximation | -1.474610964798770342083753962913327754693757435573180714136441410359972E-6 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/24/pC |
| rc Step — cases — case natural — samples — sample/control 24 — resistor absorbed power | approximation | 1.474610964798770342083753962913327754693757435573180714136441410359972E-6 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/24/pR |
| rc Step — cases — case natural — samples — sample/control 24 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcStep/cases/3/samples/24/sourceDeliveredPower |
| rc Step — cases — case natural — samples — sample/control 24 — stored energy | approximation | 3.686527411996925855209384907283319386734393588932951785341103525899930E-8 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/24/storedEnergy |
| rc Step — cases — case natural — samples — sample/control 24 — storage-energy change | approximation | -5.999963134725880030741447906150927166806132656064110670482146588964741E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/24/storedChange |
| rc Step — cases — case natural — samples — sample/control 24 — cumulative resistor work | approximation | 5.999963134725880030741447906150927166806132656064110670482146588964741E-3 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/24/resistorWork |
| rc Step — cases — case natural — samples — sample/control 24 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcStep/cases/3/samples/24/sourceDeliveredWork |
| rc Step — cases — case natural — samples — sample/control 24 — transferred Charge | approximation | -1.995042495646667283153909665138366664216987040828932109898242751987448E-3 | C70 significant digits in the stored approximation | rcStep/cases/3/samples/24/transferredCharge |
| rc Step — cases — case natural — limit Controls — capacitor voltage — status | metadata | finite | rcStep/cases/3/limitControls/vC/status | |
| rc Step — cases — case natural — limit Controls — capacitor voltage — value | rational | 0 | V | rcStep/cases/3/limitControls/vC/value |
| rc Step — cases — case natural — limit Controls — associated branch current — status | metadata | finite | rcStep/cases/3/limitControls/i/status | |
| rc Step — cases — case natural — limit Controls — associated branch current — value | rational | 0 | A | rcStep/cases/3/limitControls/i/value |
| rc Step — cases — case natural — limit Controls — resistor voltage — status | metadata | finite | rcStep/cases/3/limitControls/vR/status | |
| rc Step — cases — case natural — limit Controls — resistor voltage — value | rational | 0 | V | rcStep/cases/3/limitControls/vR/value |
| rc Step — cases — case natural — limit Controls — voltage derivative — status | metadata | finite | rcStep/cases/3/limitControls/dvdt/status | |
| rc Step — cases — case natural — limit Controls — voltage derivative — value | rational | 0 | V/s | rcStep/cases/3/limitControls/dvdt/value |
| rc Step — cases — case natural — limit Controls — capacitor absorbed power — status | metadata | finite | rcStep/cases/3/limitControls/pC/status | |
| rc Step — cases — case natural — limit Controls — capacitor absorbed power — value | rational | 0 | W | rcStep/cases/3/limitControls/pC/value |
| rc Step — cases — case natural — limit Controls — resistor absorbed power — status | metadata | finite | rcStep/cases/3/limitControls/pR/status | |
| rc Step — cases — case natural — limit Controls — resistor absorbed power — value | rational | 0 | W | rcStep/cases/3/limitControls/pR/value |
| rc Step — cases — case natural — limit Controls — source-delivered power — status | metadata | finite | rcStep/cases/3/limitControls/sourceDeliveredPower/status | |
| rc Step — cases — case natural — limit Controls — source-delivered power — value | rational | 0 | W | rcStep/cases/3/limitControls/sourceDeliveredPower/value |
| rc Step — cases — case natural — limit Controls — stored energy — status | metadata | finite | rcStep/cases/3/limitControls/storedEnergy/status | |
| rc Step — cases — case natural — limit Controls — stored energy — value | rational | 0 | J | rcStep/cases/3/limitControls/storedEnergy/value |
| rc Step — cases — case natural — limit Controls — storage-energy change — status | metadata | finite | rcStep/cases/3/limitControls/storedChange/status | |
| rc Step — cases — case natural — limit Controls — storage-energy change — value | rational | -3/500 | J | rcStep/cases/3/limitControls/storedChange/value |
| rc Step — cases — case natural — limit Controls — cumulative resistor work — status | metadata | finite | rcStep/cases/3/limitControls/resistorWork/status | |
| rc Step — cases — case natural — limit Controls — cumulative resistor work — value | rational | 3/500 | J | rcStep/cases/3/limitControls/resistorWork/value |
| rc Step — cases — case natural — limit Controls — cumulative source-delivered work — status | metadata | finite | rcStep/cases/3/limitControls/sourceDeliveredWork/status | |
| rc Step — cases — case natural — limit Controls — cumulative source-delivered work — value | rational | 0 | J | rcStep/cases/3/limitControls/sourceDeliveredWork/value |
| rc Step — cases — case natural — limit Controls — transferred Charge — status | metadata | finite | rcStep/cases/3/limitControls/transferredCharge/status | |
| rc Step — cases — case natural — limit Controls — transferred Charge — value | rational | -1/500 | C | rcStep/cases/3/limitControls/transferredCharge/value |
Complete original rl Step source values, units and controls (1571 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| rl Step — parameters — R | rational | 12 | ohm | rlStep/parameters/R |
| rl Step — parameters — L | rational | 3/10 | H | rlStep/parameters/L |
| rl Step — parameters — tau | rational | 1/40 | s | rlStep/parameters/tau |
| rl Step — cases — case reversedInitial — id | metadata | reversedInitial | rlStep/cases/0/id | |
| rl Step — cases — case reversedInitial — source V | rational | 6 | V | rlStep/cases/0/sourceV |
| rl Step — cases — case reversedInitial — initial A | rational | -1/4 | A | rlStep/cases/0/initialA |
| rl Step — cases — case reversedInitial — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | rlStep/cases/0/initialExact/u |
| rl Step — cases — case reversedInitial — initial Exact — physical SI time | rational | 0 | s | rlStep/cases/0/initialExact/t |
| rl Step — cases — case reversedInitial — initial Exact — retained exponential | rational | 1 | dimensionless | rlStep/cases/0/initialExact/E |
| rl Step — cases — case reversedInitial — initial Exact — associated branch current | rational | -1/4 | A | rlStep/cases/0/initialExact/i |
| rl Step — cases — case reversedInitial — initial Exact — inductor voltage | rational | 9 | V | rlStep/cases/0/initialExact/vL |
| rl Step — cases — case reversedInitial — initial Exact — resistor voltage | rational | -3 | V | rlStep/cases/0/initialExact/vR |
| rl Step — cases — case reversedInitial — initial Exact — current derivative | rational | 30 | A/s | rlStep/cases/0/initialExact/didt |
| rl Step — cases — case reversedInitial — initial Exact — inductor absorbed power | rational | -9/4 | W | rlStep/cases/0/initialExact/pL |
| rl Step — cases — case reversedInitial — initial Exact — resistor absorbed power | rational | 3/4 | W | rlStep/cases/0/initialExact/pR |
| rl Step — cases — case reversedInitial — initial Exact — source-delivered power | rational | -3/2 | W | rlStep/cases/0/initialExact/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — initial Exact — stored energy | rational | 3/320 | J | rlStep/cases/0/initialExact/storedEnergy |
| rl Step — cases — case reversedInitial — initial Exact — storage-energy change | rational | 0 | J | rlStep/cases/0/initialExact/storedChange |
| rl Step — cases — case reversedInitial — initial Exact — cumulative resistor work | rational | 0 | J | rlStep/cases/0/initialExact/resistorWork |
| rl Step — cases — case reversedInitial — initial Exact — cumulative source-delivered work | rational | 0 | J | rlStep/cases/0/initialExact/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/0/u |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/0/t |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/0/E |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — associated branch current | approximation | -2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/0/i |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — inductor voltage | approximation | 9.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/0/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — resistor voltage | approximation | -3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/0/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — current derivative | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/0/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — inductor absorbed power | approximation | -2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/0/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — resistor absorbed power | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/0/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — source-delivered power | approximation | -1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/0/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — stored energy | approximation | 9.375000000000000000000000000000000000000000000000000000000000000000000E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/0/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/0/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/0/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/0/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/1/u |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/1/t |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/1/E |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — associated branch current | approximation | -8.410058730355365118387770023374048547257921781960610568098802470118421E-2 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/1/i |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — inductor voltage | approximation | 7.009207047642643814206532402804885825670950613835273268171856296414211E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/1/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — resistor voltage | approximation | -1.009207047642643814206532402804885825670950613835273268171856296414211E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/1/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — current derivative | approximation | 2.336402349214214604735510800934961941890316871278424422723952098804737E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/1/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — inductor absorbed power | approximation | -5.894784292389537022223806597880251478974721076208753167735939232545263E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/1/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — resistor absorbed power | approximation | 8.487490541763179511911445838558223506199680070323868268766577504742100E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/1/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — source-delivered power | approximation | -5.046035238213219071032662014024429128354753069176366340859281482071053E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/1/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — stored energy | approximation | 1.060936317720397438988930729819777938274960008790483533595822188092762E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/1/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — storage-energy change | approximation | -8.314063682279602561011069270180222061725039991209516466404177811907238E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/1/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — cumulative resistor work | approximation | 2.179151777812650238592724305241294882611922664150432318552381517084869E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/1/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 1 — cumulative source-delivered work | approximation | -6.134911904466952322418344964938927179113117327059084147851796294822369E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/1/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/2/u |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/2/t |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/2/E |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — associated branch current | approximation | 4.510200521552493229715034875661465991856139838460978323783088094870761E-2 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/2/i |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — inductor voltage | approximation | 5.458775937413700812434195814920624080977263219384682601146029428615509E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/2/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — resistor voltage | approximation | 5.412240625862991875658041850793759190227367806153173988539705713844913E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/2/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — current derivative | approximation | 1.819591979137900270811398604973541360325754406461560867048676476205170E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/2/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — inductor absorbed power | approximation | 2.462017407996147354473124588704511852294064752279084176451163028498892E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/2/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — resistor absorbed power | approximation | 2.441029049353485833558963366923677428196191507975028178186898284235642E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/2/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — source-delivered power | approximation | 2.706120312931495937829020925396879595113683903076586994269852856922457E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/2/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — stored energy | approximation | 3.051286311691857291948704208654596785245239384968785222733622855294553E-4 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/2/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — storage-energy change | approximation | -9.069871368830814270805129579134540321475476061503121477726637714470545E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/2/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — cumulative resistor work | approximation | 2.304570586502074426232577265642341333691266303811653992052005572164403E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/2/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 2 — cumulative source-delivered work | approximation | -6.765300782328739844572552313492198987784209757691467485674632142306142E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/2/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/3/u |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/3/t |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/3/E |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — associated branch current | approximation | 1.457250854442389696464650867925490652723473156476424882032565418940993E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/3/i |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — inductor voltage | approximation | 4.251298974669132364242418958489411216731832212228290141560921497270809E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/3/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — resistor voltage | approximation | 1.748701025330867635757581041510588783268167787771709858439078502729191E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/3/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — current derivative | approximation | 1.417099658223044121414139652829803738910610737409430047186973832423603E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/3/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — inductor absorbed power | approximation | 6.195209063326648368215663015876210893062576079268596017595723470032094E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/3/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — resistor absorbed power | approximation | 2.548296063327689810572242191676733023278262859589953274599669043613864E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/3/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — source-delivered power | approximation | 8.743505126654338178787905207552943916340838938858549292195392513645957E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/3/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — stored energy | approximation | 3.185370079159612263215302739595916279097828574487441593249586304517330E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/3/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — storage-energy change | approximation | -6.189629920840387736784697260404083720902171425512558406750413695482670E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/3/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — cumulative resistor work | approximation | 3.080867104204542289814934241521723930050074078366185176261932411367777E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/3/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 3 — cumulative source-delivered work | approximation | -3.108762816635845446969763018882359790852097347146373230488481284114894E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/3/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/4/u |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/4/t |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/4/E |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — associated branch current | approximation | 2.240904191214182588033571723789043494156416517261741241191223987269039E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/4/i |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — inductor voltage | approximation | 3.310914970542980894359713931453147807012300179285910510570531215277153E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/4/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — resistor voltage | approximation | 2.689085029457019105640286068546852192987699820714089489429468784722847E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/4/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — current derivative | approximation | 1.103638323514326964786571310484382602337433393095303503523510405092384E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/4/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — inductor absorbed power | approximation | 7.419443234243547768953603746623041805046371547533180553751932172235815E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/4/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — resistor absorbed power | approximation | 6.025981913041547759247826596111219159892127556037266893395411751378418E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/4/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — source-delivered power | approximation | 1.344542514728509552820143034273426096493849910357044744714734392361423E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/4/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — stored energy | approximation | 7.532477391301934699059783245139023949865159445046583616744264689223023E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/4/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — storage-energy change | approximation | -1.842522608698065300940216754860976050134840554953416383255735310776977E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/4/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — cumulative resistor work | approximation | 5.728959740485326480436640898025323637788592796027297765387375501741396E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/4/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 4 — cumulative source-delivered work | approximation | 3.886437131787261179496424143164347587653752241073881382131640190964418E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/4/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/5/u |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — physical SI time | approximation | 3.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/5/t |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/5/E |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — associated branch current | approximation | 2.851214023548574247563359300141217979051369057538117146837133415908960E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/5/i |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — inductor voltage | approximation | 2.578543171741710902923968839830538425138357130954259423795439900909248E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/5/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — resistor voltage | approximation | 3.421456828258289097076031160169461574861642869045740576204560099090752E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/5/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — current derivative | approximation | 8.595143905805703009746562799435128083794523769847531412651466336364159E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/5/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — inductor absorbed power | approximation | 7.351978451595385840676658672619405096640007486229323321888506794768567E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/5/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — resistor absorbed power | approximation | 9.755305689696059644703497128227902777668206858999379559134293700685194E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/5/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — source-delivered power | approximation | 1.710728414129144548538015580084730787430821434522870288102280049545376E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/5/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — stored energy | approximation | 1.219413211212007455587937141028487847208525857374922444891786712585649E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/5/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — storage-energy change | approximation | 2.819132112120074555879371410284878472085258573749224448917867125856492E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/5/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — cumulative resistor work | approximation | 1.066265753465131173067023908759685184214420556317901834852513163550910E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/5/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 5 — cumulative source-delivered work | approximation | 1.348178964677138628654961049788173031422946413692824279744299876136560E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/5/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/6/u |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/6/t |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/6/E |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — associated branch current | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/6/i |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — inductor voltage | approximation | 2.008171441335868460399524236876112692079544664249713958694517868842926E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/6/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — resistor voltage | approximation | 3.991828558664131539600475763123887307920455335750286041305482131157074E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/6/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — current derivative | approximation | 6.693904804452894867998414122920375640265148880832379862315059562809755E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/6/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — inductor absorbed power | approximation | 6.680230091848526150892008128001393537758000848530002742657717730805537E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/6/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — resistor absorbed power | approximation | 1.327891270147213154711037068761804300184427583022142746386969292497983E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/6/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — source-delivered power | approximation | 1.995914279332065769800237881561943653960227667875143020652741065578537E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/6/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — stored energy | approximation | 1.659864087684016443388796335952255375230534478777678432983711615622479E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/6/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — storage-energy change | approximation | 7.223640876840164433887963359522553752305344787776784329837116156224788E-3 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/6/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — cumulative resistor work | approximation | 1.787850213985819132110608960142885489868896351534464015384435720431179E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/6/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 6 — cumulative source-delivered work | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/6/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/7/u |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — physical SI time | approximation | 4.375000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/7/t |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/7/E |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — associated branch current | approximation | 3.696695424121661549894620560002217379889593599950712217370139595595729E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/7/i |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — inductor voltage | approximation | 1.563965491054006140126455327997339144132487680059145339155832485285126E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/7/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — resistor voltage | approximation | 4.436034508945993859873544672002660855867512319940854660844167514714874E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/7/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — current derivative | approximation | 5.213218303513353800421517759991130480441625600197151130519441617617086E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/7/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — inductor absorbed power | approximation | 5.781504074263531900696701905442356178325352473578878745463697368185110E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/7/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — resistor absorbed power | approximation | 1.639866847046643739867102145457094810101220912612539455875714020538926E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/7/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — source-delivered power | approximation | 2.218017254472996929936772336001330427933756159970427330422083757357437E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/7/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — stored energy | approximation | 2.049833558808304674833877681821368512626526140765674319844642525673658E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/7/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — storage-energy change | approximation | 1.112333558808304674833877681821368512626526140765674319844642525673658E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/7/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — cumulative resistor work | approximation | 2.717623305009203000324191478175305417539083459308257354100148080932749E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/7/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 7 — cumulative source-delivered work | approximation | 3.829956863817507675158069159996673930165609600073931673944790606606407E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/7/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/8/u |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/8/t |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/8/E |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — associated branch current | approximation | 3.984985375725404810795003787706366974442763405678180888988808455094450E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/8/i |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — inductor voltage | approximation | 1.218017549129514227045995454752359630668683913186182933213429853886660E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/8/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — resistor voltage | approximation | 4.781982450870485772954004545247640369331316086813817066786570146113340E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/8/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — current derivative | approximation | 4.060058497098380756819984849174532102228946377287276444044766179622201E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/8/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — inductor absorbed power | approximation | 4.853782120658013965404010837818014304039355006071312019119154167283898E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/8/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — resistor absorbed power | approximation | 1.905613013369441489936601188842018754261722542799777331481369656328280E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/8/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — source-delivered power | approximation | 2.390991225435242886477002272623820184665658043406908533393285073056670E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/8/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — stored energy | approximation | 2.382016266711801862420751486052523442827153178499721664351712070410350E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/8/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — storage-energy change | approximation | 1.444516266711801862420751486052523442827153178499721664351712070410350E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/8/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — cumulative resistor work | approximation | 3.828005669700090921386742832387926095508701712983007002165075246947975E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/8/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 8 — cumulative source-delivered work | approximation | 5.272521936411892783807494318440449538335854891482728666516787317358325E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/8/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/9/u |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — physical SI time | approximation | 5.625000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/9/t |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/9/E |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — associated branch current | approximation | 4.209505815786017474125867330694764270486316949670415996383669314425877E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/9/i |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — inductor voltage | approximation | 9.485930210567790310489592031662828754164196603955008043395968226889479E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/9/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — resistor voltage | approximation | 5.051406978943220968951040796833717124583580339604499195660403177311052E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/9/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — current derivative | approximation | 3.161976736855930103496530677220942918054732201318336014465322742296493E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/9/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — inductor absorbed power | approximation | 3.993107838952539466755134451463603752503197745337939231414992664442233E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/9/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — resistor absorbed power | approximation | 2.126392705576356537800006953270498187041470395268455674688702322211303E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/9/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — source-delivered power | approximation | 2.525703489471610484475520398416858562291790169802249597830201588655526E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/9/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — stored energy | approximation | 2.657990881970445672250008691588122733801837994085569593360877902764128E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/9/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — storage-energy change | approximation | 1.720490881970445672250008691588122733801837994085569593360877902764128E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/9/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — cumulative resistor work | approximation | 5.090250394350528116561190312369730860468686581408806412063618125597056E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/9/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 9 — cumulative source-delivered work | approximation | 6.810741276320973788811199003957853594270524575494376005424496028361185E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/9/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/10/u |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/10/t |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/10/E |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — associated branch current | approximation | 4.384362510320759036228534941496301441216469092384225133656811921135814E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/10/i |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — inductor voltage | approximation | 7.387649876150891565257580702044382705402370891389298396118256946370228E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/10/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — resistor voltage | approximation | 5.261235012384910843474241929795561729459762910861070160388174305362977E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/10/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — current derivative | approximation | 2.462549958716963855085860234014794235134123630463099465372752315456743E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/10/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — inductor absorbed power | approximation | 3.239013515637176753605857082459672715903838456348180931513505092028976E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/10/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — resistor absorbed power | approximation | 2.306716154628737746376535256651813593139497609795716987042736643478591E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/10/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — source-delivered power | approximation | 2.630617506192455421737120964897780864729881455430535080194087152681489E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/10/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — stored energy | approximation | 2.883395193285922182970669070814766991424372012244646233803420804348239E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/10/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — storage-energy change | approximation | 1.945895193285922182970669070814766991424372012244646233803420804348239E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/10/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — cumulative resistor work | approximation | 6.477561041232939262686528516940780846750924349179016065711361313948040E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/10/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 10 — cumulative source-delivered work | approximation | 8.423456234518861445657197587755547838175296361423662299514782118296279E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/10/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/11/u |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — physical SI time | approximation | 6.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/11/t |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/11/E |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — associated branch current | approximation | 4.520541040949693204731774808315361880185244286909236638363573772298633E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/11/i |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — inductor voltage | approximation | 5.753507508603681543218702300215657437777068557089160339637114732416404E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/11/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — resistor voltage | approximation | 5.424649249139631845678129769978434256222293144291083966036288526758360E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/11/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — current derivative | approximation | 1.917835836201227181072900766738552479259022852363053446545704910805468E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/11/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — inductor absorbed power | approximation | 2.600896682205516249550483718889176851322164954606251708922631643595717E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/11/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — resistor absorbed power | approximation | 2.452234956349264297884016513100299442978930076684916812125881099019608E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/11/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — source-delivered power | approximation | 2.712324624569815922839064884989217128111146572145541983018144263379180E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/11/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — stored energy | approximation | 3.065293695436580372355020641375374303723662595856146015157351373774510E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/11/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — storage-energy change | approximation | 2.127793695436580372355020641375374303723662595856146015157351373774510E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/11/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — cumulative resistor work | approximation | 7.966394743138879820547317146151582875998470973779999027297287967777540E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/11/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 11 — cumulative source-delivered work | approximation | 1.009418843857546019290233778752695717972213356963614504245463934155205E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/11/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/12/u |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/12/t |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/12/E |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — associated branch current | approximation | 4.626596987241020427654931882624536675262253058586825883242792042954545E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/12/i |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — inductor voltage | approximation | 4.480836153107754868140817408505559896852963296958089401086495484545460E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/12/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — resistor voltage | approximation | 5.551916384689224513185918259149444010314703670304191059891350451545454E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/12/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — current derivative | approximation | 1.493612051035918289380272469501853298950987765652696467028831828181820E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/12/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — inductor absorbed power | approximation | 2.073102304628898240514859902672654865749794276455503409608940621849087E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/12/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — resistor absorbed power | approximation | 2.568647961881722432541473139307456518582372407506545188984781163587818E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/12/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — source-delivered power | approximation | 2.775958192344612256592959129574722005157351835152095529945675225772727E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/12/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — stored energy | approximation | 3.210809952352153040676841424134320648227965509383181486230976454484773E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/12/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — storage-energy change | approximation | 2.273309952352153040676841424134320648227965509383181486230976454484773E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/12/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — cumulative resistor work | approximation | 9.536794566786316317840760751928874338878654902736579688904835481083410E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/12/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 12 — cumulative source-delivered work | approximation | 1.181010451913846935851760217606319498710662041211976117513581193556818E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/12/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/13/u |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — physical SI time | approximation | 8.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/13/t |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/13/E |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — associated branch current | approximation | 4.709193441262084925848251235493028925548919535479848907244781042551799E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/13/i |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — inductor voltage | approximation | 3.489678704854980889820985174083652893412965574241813113062627489378410E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/13/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — resistor voltage | approximation | 5.651032129514501911017901482591634710658703442575818688693737251062159E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/13/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — current derivative | approximation | 1.163226234951660296606995058027884297804321858080604371020875829792803E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/13/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — inductor absorbed power | approximation | 1.643357206901504304712146612120509813181448162435456412513780375631537E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/13/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — resistor absorbed power | approximation | 2.661180344067100525037736080083766374011206905044363703095490587967926E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/13/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — source-delivered power | approximation | 2.825516064757250955508950741295817355329351721287909344346868625531080E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/13/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — stored energy | approximation | 3.326475430083875656297170100104707967514008631305454628869363234959907E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/13/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — storage-energy change | approximation | 2.388975430083875656297170100104707967514008631305454628869363234959907E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/13/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — cumulative resistor work | approximation | 1.117223440802299695493045304665574864416261206547477201026346520121239E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/13/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 13 — cumulative source-delivered work | approximation | 1.356120983810687261122762314676045661167662069678022663913282843617230E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/13/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/14/u |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/14/t |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/14/E |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — associated branch current | approximation | 4.773519624332611244451602807272851161962546008142572449964948326862165E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/14/i |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — inductor voltage | approximation | 2.717764508008665066580766312725786056449447902289130600420620077654025E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/14/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — resistor voltage | approximation | 5.728223549199133493341923368727421394355055209771086939957937992234597E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/14/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — current derivative | approximation | 9.059215026695550221935887709085953521498159674297102001402066925513418E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/14/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — inductor absorbed power | approximation | 1.297330221329402689250171470665266450937747545542631665955221032849473E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/14/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — resistor absorbed power | approximation | 2.734378752466626477745944537297184052083752850331280303383446892832351E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/14/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — source-delivered power | approximation | 2.864111774599566746670961684363710697177527604885543469978968996117299E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/14/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — stored energy | approximation | 3.417973440583283097182430671621480065104691062914100379229308616040439E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/14/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — storage-energy change | approximation | 2.480473440583283097182430671621480065104691062914100379229308616040439E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/14/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — cumulative resistor work | approximation | 1.285924712291780003614016511746924319195148992487204094582326889366631E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/14/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 14 — cumulative source-delivered work | approximation | 1.533972056350108313332259578909072325705618098778614132505257750970675E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/14/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/15/u |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — physical SI time | approximation | 9.375000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/15/t |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/15/E |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — associated branch current | approximation | 4.823616906079931688228866111746752953974492585451956970399259465141306E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/15/i |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — inductor voltage | approximation | 2.116597127040819741253606659038964552306088974576516355208886418304330E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/15/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — resistor voltage | approximation | 5.788340287295918025874639334096103544769391102542348364479111358169567E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/15/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — current derivative | approximation | 7.055323756802732470845355530129881841020296581921721184029621394347768E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/15/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — inductor absorbed power | approximation | 1.020965368535431103767418323543683165300779267973544863034454100010141E-1 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/15/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — resistor absorbed power | approximation | 2.792073606794415902560577834693683455854617624473819695936110269083769E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/15/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — source-delivered power | approximation | 2.894170143647959012937319667048051772384695551271174182239555679084783E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/15/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — stored energy | approximation | 3.490092008493019878200722293367104319818272030592274619920137836354712E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/15/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — storage-energy change | approximation | 2.552592008493019878200722293367104319818272030592274619920137836354712E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/15/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — cumulative resistor work | approximation | 1.458698263238708258945597853901276624921998909122978992448097296593333E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/15/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 15 — cumulative source-delivered work | approximation | 1.713957464088010246765670083237987056903826112182206454440111080228804E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/15/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/16/u |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/16/t |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/16/E |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — associated branch current | approximation | 4.862632708334493647797114840450690683410659493348933039228000544205622E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/16/i |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — inductor voltage | approximation | 1.648407499986076226434621914591711799072086079812803529263993469532539E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/16/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — resistor voltage | approximation | 5.835159250001392377356537808540828820092791392018719647073600653046746E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/16/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — current derivative | approximation | 5.494691666620254088115406381972372663573620266042678430879978231775129E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/16/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — inductor absorbed power | approximation | 8.015600226096185640968671913056477807325572808802802077952378717822337E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/16/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — resistor absorbed power | approximation | 2.837423622739734332268582185139849631973139967921331802757276539345150E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/16/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — source-delivered power | approximation | 2.917579625000696188678268904270414410046395696009359823536800326523373E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/16/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — stored energy | approximation | 3.546779528424667915335727731424812039966424959901664753446595674181437E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/16/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — storage-energy change | approximation | 2.609279528424667915335727731424812039966424959901664753446595674181437E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/16/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — cumulative resistor work | approximation | 1.634677140907359161296860000789915193491758580007493568771140350951013E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/16/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 16 — cumulative source-delivered work | approximation | 1.895605093749825952830432773932396397488401075997660044115799918369157E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/16/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/17/u |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — physical SI time | approximation | 1.062500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/17/t |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/17/E |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — associated branch current | approximation | 4.893018245682505585450347906079988420000375624343199049923725958842964E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/17/i |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — inductor voltage | approximation | 1.283781051809932974595825127040138959995492507881611400915288493884434E-1 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/17/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — resistor voltage | approximation | 5.871621894819006702540417487295986104000450749211838859908471150611557E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/17/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — current derivative | approximation | 4.279270172699776581986083756800463199984975026272038003050961646281448E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/17/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — inductor absorbed power | approximation | 6.281564109967480055280095569621924988551777258861474336779500603173228E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/17/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — resistor absorbed power | approximation | 2.872995306309828550717407787951773802114707602017304686586440569274046E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/17/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — source-delivered power | approximation | 2.935810947409503351270208743647993052000225374605919429954235575305778E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/17/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — stored energy | approximation | 3.591244132887285688396759734939717252643384502521630858233050711592558E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/17/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — storage-energy change | approximation | 2.653744132887285688396759734939717252643384502521630858233050711592558E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/17/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — cumulative resistor work | approximation | 1.813172849858895593342771840594030011735605206096357056688136035014300E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/17/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 17 — cumulative source-delivered work | approximation | 2.078547263147624162182447814088001736999943656348520142511441106173555E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/17/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/18/u |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/18/t |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/18/E |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — associated branch current | approximation | 4.916682525963182701278926492848021041713455493706715023301889838999721E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/18/i |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — inductor voltage | approximation | 9.998096884418075846528820858237474994385340755194197203773219320033421E-2 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/18/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — resistor voltage | approximation | 5.900019031155819241534711791417625250056146592448058027962267806799666E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/18/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — current derivative | approximation | 3.332698961472691948842940286079158331461780251731399067924406440011140E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/18/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — inductor absorbed power | approximation | 4.915746824450529227353505662875964664593967215802064741425834279543717E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/18/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — resistor absorbed power | approximation | 2.900852047333404328493820839080052978382133624066008366566875560604396E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/18/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — source-delivered power | approximation | 2.950009515577909620767355895708812625028073296224029013981133903399833E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/18/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — stored energy | approximation | 3.626065059166755410617276048850066222977667030082510458208594450755495E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/18/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — storage-energy change | approximation | 2.688565059166755410617276048850066222977667030082510458208594450755495E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/18/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — cumulative resistor work | approximation | 1.993641115188847053746433421187790221445214972935741700683857079074492E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/18/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 18 — cumulative source-delivered work | approximation | 2.262497621105522594808161026072796843742981675943992746504716524150042E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/18/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/19/u |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — physical SI time | approximation | 1.187500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/19/t |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/19/E |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — associated branch current | approximation | 4.935112285976595243671963720320622068638752516017189680907200602994965E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/19/i |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — inductor voltage | approximation | 7.786525682808570759364353561525351763349698077937238291135927640604155E-2 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/19/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — resistor voltage | approximation | 5.922134743171914292406356464384746482366503019220627617088640723593958E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/19/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — current derivative | approximation | 2.595508560936190253121451187175117254449899359312412763711975880201385E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/19/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — inductor absorbed power | approximation | 3.842737856230087480439123990198351144548582882197392309831673259524604E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/19/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — resistor absorbed power | approximation | 2.922639993023656271398786992290389729737765680788339885446003629201733E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/19/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — source-delivered power | approximation | 2.961067371585957146203178232192373241183251509610313808544320361796979E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/19/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — stored energy | approximation | 3.653299991279570339248483740362987162172207100985424856807504536502166E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/19/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — storage-energy change | approximation | 2.715799991279570339248483740362987162172207100985424856807504536502166E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/19/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — cumulative resistor work | approximation | 2.175653157975553679524357067915607973486966412498879062183169455900539E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/19/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 19 — cumulative source-delivered work | approximation | 2.447233157103510713449205441951906689704187122597421547863919909550755E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/19/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/20/u |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/20/t |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/20/E |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — associated branch current | approximation | 4.949465397506858996775229636826386818133628112294836859272708513204874E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/20/i |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — inductor voltage | approximation | 6.064152299176920386972443580833581823964626524619576887274978415415170E-2 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/20/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — resistor voltage | approximation | 5.939358477008230796130275564191664181760353734753804231127250215845848E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/20/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — current derivative | approximation | 2.021384099725640128990814526944527274654875508206525629091659471805057E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/20/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — inductor absorbed power | approximation | 3.001431196998782918699697517413419250071718552324857089387616076393161E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/20/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — resistor absorbed power | approximation | 2.939664926534127568878140806921697898379459681853653544669748947158993E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/20/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — source-delivered power | approximation | 2.969679238504115398065137782095832090880176867376902115563625107922924E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/20/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — stored energy | approximation | 3.674581158167659461097676008652122372974324602317066930837186183948741E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/20/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — storage-energy change | approximation | 2.737081158167659461097676008652122372974324602317066930837186183948741E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/20/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — cumulative resistor work | approximation | 2.358872074557205204373947953610829739982523322924067778025375104624395E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/20/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 20 — cumulative source-delivered work | approximation | 2.632580190373971150483715554476041977279955783155774471109093723019269E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/20/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/21/u |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — physical SI time | approximation | 1.312500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/21/t |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/21/E |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — associated branch current | approximation | 4.960643612006139617926298529939656698952525665358860763646090665471524E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/21/i |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — inductor voltage | approximation | 4.722766559263245848844176407241196125696920156936708362469120143417076E-2 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/21/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — resistor voltage | approximation | 5.952772334407367541511558235927588038743030798430632916375308798565829E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/21/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — current derivative | approximation | 1.574255519754415282948058802413732041898973385645569454156373381139025E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/21/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — inductor absorbed power | approximation | 2.342796176320543592868335713076460842854886921794373438943213167753097E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/21/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — resistor absorbed power | approximation | 2.952958205440478334827095760833029410942966529997372723798222267605384E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/21/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — source-delivered power | approximation | 2.976386167203683770755779117963794019371515399215316458187654399282915E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/21/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — stored energy | approximation | 3.691197756800597918533869701041286763678708162496715904747777834506730E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/21/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — storage-energy change | approximation | 2.753697756800597918533869701041286763678708162496715904747777834506730E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/21/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — cumulative resistor work | approximation | 2.543033682519019265457668250404922818789250333946499294978308616728598E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/21/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 21 — cumulative source-delivered work | approximation | 2.818403458199079057311055220509051495157121150196170885453086400179271E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/21/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/22/u |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/22/t |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/22/E |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — associated branch current | approximation | 4.969349214211519497549014729864594236937070075117963504344897141931946E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/22/i |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — inductor voltage | approximation | 3.678094294617660294118232416248691567551590985844379478612342968166465E-2 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/22/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — resistor voltage | approximation | 5.963219057053823397058817675837513084324484090141556205213876570318335E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/22/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — current derivative | approximation | 1.226031431539220098039410805416230522517196995281459826204114322722155E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/22/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — inductor absorbed power | approximation | 1.827773499275414327023087233905953690398187311224670930283437286531604E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/22/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — resistor absorbed power | approximation | 2.963331793534157555259177965579697005258260171958531393304103912293852E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/22/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — source-delivered power | approximation | 2.981609528526911698529408837918756542162242045070778102606938285159168E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/22/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — stored energy | approximation | 3.704164741917696944073972456974621256572825214948164241630129890367315E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/22/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — storage-energy change | approximation | 2.766664741917696944073972456974621256572825214948164241630129890367315E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/22/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — cumulative resistor work | approximation | 2.727931143676502380960250544822848738802156967237489050185252439673477E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/22/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 22 — cumulative source-delivered work | approximation | 3.004597617868272075367647790520310864459439488732305474348265428710208E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/22/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/23/u |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — physical SI time | approximation | 1.437500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/23/t |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/23/E |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — associated branch current | approximation | 4.976129144026177496990101864964136114905452040742070339980079204688079E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/23/i |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — inductor voltage | approximation | 2.864502716858700361187776204303666211345755110951559202390495437430565E-2 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/23/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — resistor voltage | approximation | 5.971354972831412996388122237956963337886542448890484407976095045625694E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/23/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — current derivative | approximation | 9.548342389529001203959254014345554037819183703171864007968318124768548E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/23/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — inductor absorbed power | approximation | 1.425413545250274450851852687021199719996047983123864482885631483675423E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/23/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — resistor absorbed power | approximation | 2.971423350963203753685542592108269671743310744614003559159191207976093E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/23/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — source-delivered power | approximation | 2.985677486415706498194061118978481668943271224445242203988047522812847E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/23/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — stored energy | approximation | 3.714279188704004692106928240135337089679138430767504448948989009970116E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/23/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — storage-energy change | approximation | 2.776779188704004692106928240135337089679138430767504448948989009970116E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/23/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — cumulative resistor work | approximation | 2.913402709525672906240791896241845873796268350811939004108089218299777E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/23/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 23 — cumulative source-delivered work | approximation | 3.191080628396073375451484720255379582764182193888689449002988119296788E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/23/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/24/u |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/0/samples/24/t |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/0/samples/24/E |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — associated branch current | approximation | 4.981409358675002311827161244268874990813701403108495412118410319952929E-1 | A70 significant digits in the stored approximation | rlStep/cases/0/samples/24/i |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — inductor voltage | approximation | 2.230876958999722580740650687735001102355831626980550545790761605648575E-2 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/24/vL |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — resistor voltage | approximation | 5.977691230410002774192593493122649988976441683730194494542092383943514E+0 | V70 significant digits in the stored approximation | rlStep/cases/0/samples/24/vR |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — current derivative | approximation | 7.436256529999075269135502292450003674519438756601835152635872018828583E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/0/samples/24/didt |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — inductor absorbed power | approximation | 1.111291136161364748783214785846806816867839620702725702136872061357650E-2 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/24/pL |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — resistor absorbed power | approximation | 2.977732703843387739608464598702856926319542445658069990249677471358181E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/24/pR |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — source-delivered power | approximation | 2.988845615205001387096296746561324994488220841865097247271046191971757E+0 | W70 significant digits in the stored approximation | rlStep/cases/0/samples/24/sourceDeliveredPower |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — stored energy | approximation | 3.722165879804234674510580748378571157899428057072587487812096839197726E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/24/storedEnergy |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — storage-energy change | approximation | 2.784665879804234674510580748378571157899428057072587487812096839197726E-2 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/24/storedChange |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — cumulative resistor work | approximation | 3.099322008218326185774867738521811635588001983826466939401028768087288E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/24/resistorWork |
| rl Step — cases — case reversedInitial — samples — sample/control 24 — cumulative source-delivered work | approximation | 3.377788596198749653225925813359668751377944789533725688182238452007061E-1 | J70 significant digits in the stored approximation | rlStep/cases/0/samples/24/sourceDeliveredWork |
| rl Step — cases — case reversedInitial — limit Controls — associated branch current — status | metadata | finite | rlStep/cases/0/limitControls/i/status | |
| rl Step — cases — case reversedInitial — limit Controls — associated branch current — value | rational | 1/2 | A | rlStep/cases/0/limitControls/i/value |
| rl Step — cases — case reversedInitial — limit Controls — inductor voltage — status | metadata | finite | rlStep/cases/0/limitControls/vL/status | |
| rl Step — cases — case reversedInitial — limit Controls — inductor voltage — value | rational | 0 | V | rlStep/cases/0/limitControls/vL/value |
| rl Step — cases — case reversedInitial — limit Controls — resistor voltage — status | metadata | finite | rlStep/cases/0/limitControls/vR/status | |
| rl Step — cases — case reversedInitial — limit Controls — resistor voltage — value | rational | 6 | V | rlStep/cases/0/limitControls/vR/value |
| rl Step — cases — case reversedInitial — limit Controls — current derivative — status | metadata | finite | rlStep/cases/0/limitControls/didt/status | |
| rl Step — cases — case reversedInitial — limit Controls — current derivative — value | rational | 0 | A/s | rlStep/cases/0/limitControls/didt/value |
| rl Step — cases — case reversedInitial — limit Controls — inductor absorbed power — status | metadata | finite | rlStep/cases/0/limitControls/pL/status | |
| rl Step — cases — case reversedInitial — limit Controls — inductor absorbed power — value | rational | 0 | W | rlStep/cases/0/limitControls/pL/value |
| rl Step — cases — case reversedInitial — limit Controls — resistor absorbed power — status | metadata | finite | rlStep/cases/0/limitControls/pR/status | |
| rl Step — cases — case reversedInitial — limit Controls — resistor absorbed power — value | rational | 3 | W | rlStep/cases/0/limitControls/pR/value |
| rl Step — cases — case reversedInitial — limit Controls — source-delivered power — status | metadata | finite | rlStep/cases/0/limitControls/sourceDeliveredPower/status | |
| rl Step — cases — case reversedInitial — limit Controls — source-delivered power — value | rational | 3 | W | rlStep/cases/0/limitControls/sourceDeliveredPower/value |
| rl Step — cases — case reversedInitial — limit Controls — stored energy — status | metadata | finite | rlStep/cases/0/limitControls/storedEnergy/status | |
| rl Step — cases — case reversedInitial — limit Controls — stored energy — value | rational | 3/80 | J | rlStep/cases/0/limitControls/storedEnergy/value |
| rl Step — cases — case reversedInitial — limit Controls — storage-energy change — status | metadata | finite | rlStep/cases/0/limitControls/storedChange/status | |
| rl Step — cases — case reversedInitial — limit Controls — storage-energy change — value | rational | 9/320 | J | rlStep/cases/0/limitControls/storedChange/value |
| rl Step — cases — case reversedInitial — limit Controls — cumulative resistor work — status | metadata | positive-infinity | rlStep/cases/0/limitControls/resistorWork/status | |
| rl Step — cases — case reversedInitial — limit Controls — cumulative resistor work — value | null | null — see the explicit limit/status/reason in this source record | rlStep/cases/0/limitControls/resistorWork/value | |
| rl Step — cases — case reversedInitial — limit Controls — cumulative resistor work — unit | metadata | J | rlStep/cases/0/limitControls/resistorWork/unit | |
| rl Step — cases — case reversedInitial — limit Controls — cumulative resistor work — reason | metadata | nonzero steady current dissipates ongoing work | rlStep/cases/0/limitControls/resistorWork/reason | |
| rl Step — cases — case reversedInitial — limit Controls — cumulative source-delivered work — status | metadata | positive-infinity | rlStep/cases/0/limitControls/sourceDeliveredWork/status | |
| rl Step — cases — case reversedInitial — limit Controls — cumulative source-delivered work — value | null | null — see the explicit limit/status/reason in this source record | rlStep/cases/0/limitControls/sourceDeliveredWork/value | |
| rl Step — cases — case reversedInitial — limit Controls — cumulative source-delivered work — unit | metadata | J | rlStep/cases/0/limitControls/sourceDeliveredWork/unit | |
| rl Step — cases — case reversedInitial — limit Controls — cumulative source-delivered work — reason | metadata | nonzero steady source power continues indefinitely | rlStep/cases/0/limitControls/sourceDeliveredWork/reason | |
| rl Step — cases — case zeroInitial — id | metadata | zeroInitial | rlStep/cases/1/id | |
| rl Step — cases — case zeroInitial — source V | rational | 6 | V | rlStep/cases/1/sourceV |
| rl Step — cases — case zeroInitial — initial A | rational | 0 | A | rlStep/cases/1/initialA |
| rl Step — cases — case zeroInitial — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | rlStep/cases/1/initialExact/u |
| rl Step — cases — case zeroInitial — initial Exact — physical SI time | rational | 0 | s | rlStep/cases/1/initialExact/t |
| rl Step — cases — case zeroInitial — initial Exact — retained exponential | rational | 1 | dimensionless | rlStep/cases/1/initialExact/E |
| rl Step — cases — case zeroInitial — initial Exact — associated branch current | rational | 0 | A | rlStep/cases/1/initialExact/i |
| rl Step — cases — case zeroInitial — initial Exact — inductor voltage | rational | 6 | V | rlStep/cases/1/initialExact/vL |
| rl Step — cases — case zeroInitial — initial Exact — resistor voltage | rational | 0 | V | rlStep/cases/1/initialExact/vR |
| rl Step — cases — case zeroInitial — initial Exact — current derivative | rational | 20 | A/s | rlStep/cases/1/initialExact/didt |
| rl Step — cases — case zeroInitial — initial Exact — inductor absorbed power | rational | 0 | W | rlStep/cases/1/initialExact/pL |
| rl Step — cases — case zeroInitial — initial Exact — resistor absorbed power | rational | 0 | W | rlStep/cases/1/initialExact/pR |
| rl Step — cases — case zeroInitial — initial Exact — source-delivered power | rational | 0 | W | rlStep/cases/1/initialExact/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — initial Exact — stored energy | rational | 0 | J | rlStep/cases/1/initialExact/storedEnergy |
| rl Step — cases — case zeroInitial — initial Exact — storage-energy change | rational | 0 | J | rlStep/cases/1/initialExact/storedChange |
| rl Step — cases — case zeroInitial — initial Exact — cumulative resistor work | rational | 0 | J | rlStep/cases/1/initialExact/resistorWork |
| rl Step — cases — case zeroInitial — initial Exact — cumulative source-delivered work | rational | 0 | J | rlStep/cases/1/initialExact/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/0/u |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/0/t |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/0/E |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — associated branch current | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/0/i |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — inductor voltage | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/0/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — resistor voltage | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/0/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — current derivative | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/0/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — inductor absorbed power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/0/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — resistor absorbed power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/0/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/0/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — stored energy | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/0/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/0/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/0/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/0/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/1/u |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/1/t |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/1/E |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — associated branch current | approximation | 1.105996084642975658774148665108396763516138547869292628793413168658772E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/1/i |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — inductor voltage | approximation | 4.672804698428429209471021601869923883780633742556848845447904197609474E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/1/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — resistor voltage | approximation | 1.327195301571570790528978398130076116219366257443151154552095802390526E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/1/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — current derivative | approximation | 1.557601566142809736490340533956641294593544580852282948482634732536491E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/1/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — inductor absorbed power | approximation | 5.168103700763143339241121959614205815645624648168635556752756225995673E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/1/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — resistor absorbed power | approximation | 1.467872807094710613403770031036174765451206639047120216007722785956959E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/1/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — source-delivered power | approximation | 6.635976507857853952644891990650380581096831287215755772760479011952632E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/1/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — stored energy | approximation | 1.834841008868388266754712538795218456814008298808900270009653482446199E-3 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/1/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — storage-energy change | approximation | 1.834841008868388266754712538795218456814008298808900270009653482446199E-3 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/1/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — cumulative resistor work | approximation | 3.252177214869768516330574845788300904439134831517102980891489876722223E-4 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/1/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 1 — cumulative source-delivered work | approximation | 2.160058730355365118387770023374048547257921781960610568098802470118421E-3 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/1/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/2/u |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/2/t |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/2/E |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — associated branch current | approximation | 1.967346701436832881981002325044097732790409322564065221585539206324717E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/2/i |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — inductor voltage | approximation | 3.639183958275800541622797209947082720651508812923121734097352952410339E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/2/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — resistor voltage | approximation | 2.360816041724199458377202790052917279348491187076878265902647047589661E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/2/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — current derivative | approximation | 1.213061319425266847207599069982360906883836270974373911365784317470113E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/2/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — inductor absorbed power | approximation | 7.159536556235733060248272944891587579883210133662573635251660711127851E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/2/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — resistor absorbed power | approximation | 4.644543652385264231637741005372998816859245801721817694261574526820454E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/2/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — source-delivered power | approximation | 1.180408020862099729188601395026458639674245593538439132951323523794830E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/2/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — stored energy | approximation | 5.805679565481580289547176256716248521074057252152272117826968158525567E-3 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/2/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — storage-energy change | approximation | 5.805679565481580289547176256716248521074057252152272117826968158525567E-3 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/2/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — cumulative resistor work | approximation | 2.184119912965926480737788867622285487069802909386749558389943746603672E-3 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/2/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 2 — cumulative source-delivered work | approximation | 7.989799478447506770284965124338534008143860161539021676216911905129239E-3 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/2/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/3/u |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/3/t |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/3/E |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — associated branch current | approximation | 2.638167236294926464309767245283660435148982104317616588021710279293995E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/3/i |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — inductor voltage | approximation | 2.834199316446088242828279305659607477821221474818860094373947664847206E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/3/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — resistor voltage | approximation | 3.165800683553911757171720694340392522178778525181139905626052335152794E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/3/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — current derivative | approximation | 9.447331054820294142760931018865358259404071582729533647913158882824019E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/3/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — inductor absorbed power | approximation | 7.477091777777546346142982405377661748840958493261920609554678761426273E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/3/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — resistor absorbed power | approximation | 8.351911639992012439715621066324300862052934132643778918575582914337698E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/3/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — source-delivered power | approximation | 1.582900341776955878585860347170196261089389262590569952813026167576397E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/3/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — stored energy | approximation | 1.043988954999001554964452633290537607756616766580472364821947864292212E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/3/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — storage-energy change | approximation | 1.043988954999001554964452633290537607756616766580472364821947864292212E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/3/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — cumulative resistor work | approximation | 6.237601905586087485708964987839717395199100769431027531454867167667948E-3 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/3/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 3 — cumulative source-delivered work | approximation | 1.667749145557610303535349132074509347276526843523575117967434581059007E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/3/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/4/u |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/4/t |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/4/E |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — associated branch current | approximation | 3.160602794142788392022381149192695662770944344841160827460815991512693E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/4/i |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — inductor voltage | approximation | 2.207276647028653929573142620968765204674866786190607007047020810184769E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/4/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — resistor voltage | approximation | 3.792723352971346070426857379031234795325133213809392992952979189815231E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/4/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — current derivative | approximation | 7.357588823428846431910475403229217348916222620635356690156736033949230E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/4/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — inductor absorbed power | approximation | 6.976324738044888891045728255669293921145387553665758591190337871301644E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/4/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — resistor absorbed power | approximation | 1.198729202681184146108855863948688005548027851538120637357455807777451E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/4/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — source-delivered power | approximation | 1.896361676485673035213428689515617397662566606904696496476489594907616E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/4/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — stored energy | approximation | 1.498411503351480182636069829935860006935034814422650796696819759721814E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/4/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — storage-energy change | approximation | 1.498411503351480182636069829935860006935034814422650796696819759721814E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/4/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — cumulative resistor work | approximation | 1.260684305434337229330358446275096498908548668315607962111956253009147E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/4/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 4 — cumulative source-delivered work | approximation | 2.759095808785817411966428276210956505843583482738258758808776012730961E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/4/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/5/u |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — physical SI time | approximation | 3.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/5/t |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/5/E |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — associated branch current | approximation | 3.567476015699049498375572866760811986034246038358744764558088943939307E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/5/i |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — inductor voltage | approximation | 1.719028781161140601949312559887025616758904753969506282530293267272832E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/5/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — resistor voltage | approximation | 4.280971218838859398050687440112974383241095246030493717469706732727168E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/5/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — current derivative | approximation | 5.730095937203802006497708532956752055863015846565020941767644224242773E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/5/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — inductor absorbed power | approximation | 6.132593947088739154660702565420333848660400139384431947278714020907416E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/5/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — resistor absorbed power | approximation | 1.527226214710555783559273463514453806754507609076803664006981964272842E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/5/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — source-delivered power | approximation | 2.140485609419429699025343720056487191620547623015246858734853366363584E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/5/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — stored energy | approximation | 1.909032768388194729449091829393067258443134511346004580008727455341053E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/5/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — storage-energy change | approximation | 1.909032768388194729449091829393067258443134511346004580008727455341053E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/5/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — cumulative resistor work | approximation | 2.114753208063231022987548870465714762505496431115878273154139128749987E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/5/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 5 — cumulative source-delivered work | approximation | 4.023785976451425752436640699858782020948630942461882853162866584091040E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/5/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/6/u |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/6/t |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/6/E |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — associated branch current | approximation | 3.884349199257850855333597646179937393289141853194603356280823406198374E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/6/i |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — inductor voltage | approximation | 1.338780960890578973599682824584075128053029776166475972463011912561951E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/6/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — resistor voltage | approximation | 4.661219039109421026400317175415924871946970223833524027536988087438049E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/6/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — current derivative | approximation | 4.462603202968596578665609415280250426843432587221586574876706375206503E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/6/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — inductor absorbed power | approximation | 5.200292753416976578618141653418522341314161115179683395286227734627935E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/6/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — resistor absorbed power | approximation | 1.810580244213012855338344422366110201842069000398793674239871270256231E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/6/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — source-delivered power | approximation | 2.330609519554710513200158587707962435973485111916762013768494043719025E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/6/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — stored energy | approximation | 2.263225305266266069172930527957637752302586250498492092799839087820289E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/6/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — storage-energy change | approximation | 2.263225305266266069172930527957637752302586250498492092799839087820289E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/6/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — cumulative resistor work | approximation | 3.160250895846957647826673002772456157763700969709602872778925802882150E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/6/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 6 — cumulative source-delivered work | approximation | 5.423476201113223716999603530730093910066287220208094965578764890702439E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/6/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/7/u |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — physical SI time | approximation | 4.375000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/7/t |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/7/E |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — associated branch current | approximation | 4.131130282747774366596413706668144919926395733300474811580093063730486E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/7/i |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — inductor voltage | approximation | 1.042643660702670760084303551998226096088325120039430226103888323523417E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/7/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — resistor voltage | approximation | 4.957356339297329239915696448001773903911674879960569773896111676476583E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/7/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — current derivative | approximation | 3.475478869008902533614345173327420320294417066798100753679627745078057E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/7/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — inductor absorbed power | approximation | 4.307296800843798778227928989082535128291809632767440930379234925065744E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/7/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — resistor absorbed power | approximation | 2.047948489564284742135055325092633439126656476703540793910132345731717E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/7/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — source-delivered power | approximation | 2.478678169648664619957848224000886951955837439980284886948055838238291E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/7/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — stored energy | approximation | 2.559935611955355927668819156365791798908320595879425992387665432164646E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/7/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — storage-energy change | approximation | 2.559935611955355927668819156365791798908320595879425992387665432164646E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/7/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — cumulative resistor work | approximation | 4.368368963922982522436560283631990821202085804169861790242194972239625E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/7/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 7 — cumulative source-delivered work | approximation | 6.928304575878338450105379439997782620110406400049287782629860404404271E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/7/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/8/u |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/8/t |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/8/E |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — associated branch current | approximation | 4.323323583816936540530002525137577982961842270452120592659205636729633E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/8/i |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — inductor voltage | approximation | 8.120116994196761513639969698349064204457892754574552888089532359244402E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/8/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — resistor voltage | approximation | 5.187988300580323848636003030165093579554210724542544711191046764075560E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/8/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — current derivative | approximation | 2.706705664732253837879989899449688068152630918191517629363177453081467E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/8/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — inductor absorbed power | approximation | 3.510589330436355348008444210977294835871584350683008600956768356444688E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/8/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — resistor absorbed power | approximation | 2.242935217246526389517157093984817306189946927202971495499846546393311E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/8/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — source-delivered power | approximation | 2.593994150290161924318001515082546789777105362271272355595523382037780E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/8/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — stored energy | approximation | 2.803669021558157986896446367481021632737433659003714369374808182991639E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/8/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — storage-energy change | approximation | 2.803669021558157986896446367481021632737433659003714369374808182991639E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/8/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — cumulative resistor work | approximation | 5.711345602716437202308549844812611392819802935318104741636383361913911E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/8/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 8 — cumulative source-delivered work | approximation | 8.515014624274595189204996212293633025557236594321819111011191544905550E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/8/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/9/u |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — physical SI time | approximation | 5.625000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/9/t |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/9/E |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — associated branch current | approximation | 4.473003877190678316083911553796509513657544633113610664255779542950585E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/9/i |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — inductor voltage | approximation | 6.323953473711860206993061354441885836109464402636672028930645484592986E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/9/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — resistor voltage | approximation | 5.367604652628813979300693864555811416389053559736332797106935451540701E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/9/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — current derivative | approximation | 2.107984491237286735664353784813961945369821467545557342976881828197662E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/9/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — inductor absorbed power | approximation | 2.828706840708660908612236648613027084908554176145196107672882098295379E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/9/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — resistor absorbed power | approximation | 2.400931642243540898789123267416602999703671362253646787786179515940813E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/9/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — source-delivered power | approximation | 2.683802326314406989650346932277905708194526779868166398553467725770351E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/9/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — stored energy | approximation | 3.001164552804426123486404084270753749629589202817058484732724394926016E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/9/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — storage-energy change | approximation | 3.001164552804426123486404084270753749629589202817058484732724394926016E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/9/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — cumulative resistor work | approximation | 7.164329631409556402387728585034481979884093847512525518883606290648107E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/9/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 9 — cumulative source-delivered work | approximation | 1.016549418421398252587413266930523572951368305032958400361633068557412E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/9/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/10/u |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/10/t |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/10/E |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — associated branch current | approximation | 4.589575006880506024152356627664200960810979394922816755771207947423876E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/10/i |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — inductor voltage | approximation | 4.925099917433927710171720468029588470268247260926198930745504630913485E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/10/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — resistor voltage | approximation | 5.507490008256607228982827953197041152973175273907380106925449536908651E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/10/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — current derivative | approximation | 1.641699972477975903390573489343196156756082420308732976915168210304495E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/10/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — inductor absorbed power | approximation | 2.260411548744399842186778781320341507668636079642446902463586368276237E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/10/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — resistor absorbed power | approximation | 2.527703849253863630272736098466486425719724028989445363216366131626702E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/10/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — source-delivered power | approximation | 2.753745004128303614491413976598520576486587636953690053462724768454326E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/10/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — stored energy | approximation | 3.159629811567329537840920123083108032149655036236806704020457664533378E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/10/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — storage-energy change | approximation | 3.159629811567329537840920123083108032149655036236806704020457664533378E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/10/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — cumulative resistor work | approximation | 8.706007678111911425930544935420590526633875871378968162322730414330808E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/10/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 10 — cumulative source-delivered work | approximation | 1.186563748967924096377146505850369855878353090761577486634318807886419E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/10/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/11/u |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — physical SI time | approximation | 6.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/11/t |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/11/E |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — associated branch current | approximation | 4.680360693966462136487849872210241253456829524606157758909049181532422E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/11/i |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — inductor voltage | approximation | 3.835671672402454362145801533477104958518045704726106893091409821610936E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/11/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — resistor voltage | approximation | 5.616432832759754563785419846652289504148195429527389310690859017838906E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/11/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — current derivative | approximation | 1.278557224134151454048600511159034986172681901575368964363803273870312E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/11/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — inductor absorbed power | approximation | 1.795232693047305171268959686196929427007303152834907463925293478533252E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/11/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — resistor absorbed power | approximation | 2.628693147075146764765813954706451809373367399480203908952900161066128E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/11/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — source-delivered power | approximation | 2.808216416379877281892709923326144752074097714763694655345429508919453E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/11/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — stored energy | approximation | 3.285866433843933455957267443383064761716709249350254886191125201332660E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/11/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — storage-energy change | approximation | 3.285866433843933455957267443383064761716709249350254886191125201332660E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/11/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — cumulative resistor work | approximation | 1.031859252520637333931095774830157335809804646374050847544530102636871E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/11/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 11 — cumulative source-delivered work | approximation | 1.360445895905030679526822519168463811981475571309076336163642622770137E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/11/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/12/u |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/12/t |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/12/E |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — associated branch current | approximation | 4.751064658160680285103287921749691116841502039057883922161861361969697E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/12/i |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — inductor voltage | approximation | 2.987224102071836578760544939003706597901975531305392934057663656363640E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/12/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — resistor voltage | approximation | 5.701277589792816342123945506099629340209802446869460706594233634363636E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/12/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — current derivative | approximation | 9.957413673572788595868483130012355326339918437684643113525545521212134E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/12/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — inductor absorbed power | approximation | 1.419249485735927536688917446577353262205793378086678115502473107993534E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/12/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — resistor absorbed power | approximation | 2.708713846322815417393081008392079343884321885626062541746869506382465E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/12/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — source-delivered power | approximation | 2.850638794896408171061972753049814670104901223434730353297116817181818E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/12/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — stored energy | approximation | 3.385892307903519271741351260490099179855402357032578177183586882978081E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/12/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — storage-energy change | approximation | 3.385892307903519271741351260490099179855402357032578177183586882978081E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/12/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — cumulative resistor work | approximation | 1.198751070485546030060371685688536414488234458438059593957362107406737E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/12/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 12 — cumulative source-delivered work | approximation | 1.537340301275897957234506811737546332473774694141317411675720795704546E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/12/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/13/u |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — physical SI time | approximation | 8.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/13/t |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/13/E |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — associated branch current | approximation | 4.806128960841389950565500823662019283699279690319899271496520695034533E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/13/i |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — inductor voltage | approximation | 2.326452469903320593213990116055768595608643716161208742041751659585607E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/13/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — resistor voltage | approximation | 5.767354753009667940678600988394423140439135628383879125795824834041439E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/13/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — current derivative | approximation | 7.754841566344401977379967053519228652028812387204029140139172198618689E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/13/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — inductor absorbed power | approximation | 1.118123059162333123185507958062854682904306469331515418124194332433840E-1 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/13/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — resistor absorbed power | approximation | 2.771865070588600658020749698390926101929137167258788021085492983777336E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/13/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — source-delivered power | approximation | 2.883677376504833970339300494197211570219567814191939562897912417020720E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/13/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — stored energy | approximation | 3.464831338235750822525937122988657627411421459073485026356866229721670E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/13/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — storage-energy change | approximation | 3.464831338235750822525937122988657627411421459073485026356866229721670E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/13/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — cumulative resistor work | approximation | 1.370097522050216425162581164151831344703965900544666606639835272772653E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/13/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 13 — cumulative source-delivered work | approximation | 1.716580655873791507415174876450697107445108046452015109275521895744820E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/13/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/14/u |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/14/t |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/14/E |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — associated branch current | approximation | 4.849013082888407496301068538181900774641697338761714966643298884574776E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/14/i |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — inductor voltage | approximation | 1.811843005339110044387177541817190704299631934859420400280413385102684E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/14/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — resistor voltage | approximation | 5.818815699466088995561282245818280929570036806514057959971958661489732E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/14/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — current derivative | approximation | 6.039476684463700147957258472723969014332106449531401334268044617008945E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/14/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — inductor absorbed power | approximation | 8.785650437029195359534946883763168733556042316066285849157226898946574E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/14/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — resistor absorbed power | approximation | 2.821551345362752544185291654071508777449457980096366121494407061755400E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/14/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — source-delivered power | approximation | 2.909407849733044497780641122909140464785018403257028979985979330744866E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/14/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — stored energy | approximation | 3.526939181703440680231614567589385971811822475120457651868008827194250E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/14/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — storage-energy change | approximation | 3.526939181703440680231614567589385971811822475120457651868008827194250E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/14/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — cumulative resistor work | approximation | 1.544954119396394807531678262513776286622563151673696989816704284594359E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/14/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 14 — cumulative source-delivered work | approximation | 1.897648037566738875554839719272714883803745399185742755003505167313784E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/14/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/15/u |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — physical SI time | approximation | 9.375000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/15/t |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/15/E |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — associated branch current | approximation | 4.882411270719954458819244074497835302649661723634637980266172976760871E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/15/i |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — inductor voltage | approximation | 1.411064751360546494169071106025976368204059316384344236805924278869554E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/15/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — resistor voltage | approximation | 5.858893524863945350583092889397402363179594068361565576319407572113045E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/15/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — current derivative | approximation | 4.703549171201821647230237020086587894013531054614480789353080929565179E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/15/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — inductor absorbed power | approximation | 6.889398445758382395914755503570774681676895607189662008163003131494327E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/15/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — resistor absorbed power | approximation | 2.860552777974388851332398889662993434773028078108886168078073754741579E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/15/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — source-delivered power | approximation | 2.929446762431972675291546444698701181589797034180782788159703786056522E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/15/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — stored energy | approximation | 3.575690972467986064165498612078741793466285097636107710097592193426974E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/15/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — storage-energy change | approximation | 3.575690972467986064165498612078741793466285097636107710097592193426974E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/15/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — cumulative resistor work | approximation | 1.722569212145208224760563527617450525255922231691193531950314834143172E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/15/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 15 — cumulative source-delivered work | approximation | 2.080138309392006831177113388825324704602550741454804302960074053485869E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/15/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/16/u |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/16/t |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/16/E |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — associated branch current | approximation | 4.908421805556329098531409893633793788940439662232622026152000362803748E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/16/i |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — inductor voltage | approximation | 1.098938333324050817623081276394474532714724053208535686175995646355026E-1 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/16/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — resistor voltage | approximation | 5.890106166667594918237691872360552546728527594679146431382400435364497E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/16/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — current derivative | approximation | 3.663127777746836058743604254648248442382413510695118953919985487850086E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/16/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — inductor absorbed power | approximation | 5.394052878249500536468989644238114357780350225926582622716605507401637E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/16/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — resistor absorbed power | approximation | 2.891112554551302453754156039737895129786460295080307389464034162608232E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/16/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — source-delivered power | approximation | 2.945053083333797459118845936180276273364263797339573215691200217682249E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/16/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — stored energy | approximation | 3.613890693189128067192695049672368912233075368850384236830042703260290E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/16/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — storage-energy change | approximation | 3.613890693189128067192695049672368912233075368850384236830042703260290E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/16/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — cumulative resistor work | approximation | 1.902347659847637828501019010987694040435626513780068272394195675253409E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/16/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 16 — cumulative source-delivered work | approximation | 2.263736729166550635220288515954930931658934050665106696077199945579438E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/16/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/17/u |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — physical SI time | approximation | 1.062500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/17/t |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/17/E |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — associated branch current | approximation | 4.928678830455003723633565270719992280000250416228799366615817305895309E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/17/i |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — inductor voltage | approximation | 8.558540345399553163972167513600926399969950052544076006101923292562895E-2 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/17/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — resistor voltage | approximation | 5.914414596546004468360278324863990736000300499474559239938980767074371E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/17/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — current derivative | approximation | 2.852846781799851054657389171200308799989983350848025335367307764187632E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/17/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — inductor absorbed power | approximation | 4.218229661996583329675403727654343283795781568251334595141209705726362E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/17/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — resistor absorbed power | approximation | 2.915025001653036400883385125155451935162192434054766274018078286479922E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/17/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — source-delivered power | approximation | 2.957207298273002234180139162431995368000150249737279619969490383537186E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/17/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — stored energy | approximation | 3.643781252066295501104231406444314918952740542568457842522597858099902E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/17/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — storage-energy change | approximation | 3.643781252066295501104231406444314918952740542568457842522597858099902E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/17/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — cumulative resistor work | approximation | 2.083820050225119891344542068747569666104688383308834310755367618305713E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/17/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 17 — cumulative source-delivered work | approximation | 2.448198175431749441454965209392001157999962437565680095007627404115704E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/17/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/18/u |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/18/t |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/18/E |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — associated branch current | approximation | 4.944455017308788467519284328565347361142303662471143348867926559333148E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/18/i |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — inductor voltage | approximation | 6.665397922945383897685880572158316662923560503462798135848812880022281E-2 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/18/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — resistor voltage | approximation | 5.933346020770546161023141194278416833370764394965372018641511871199777E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/18/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — current derivative | approximation | 2.221799307648461299228626857386105554307853501154266045282937626674094E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/18/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — inductor absorbed power | approximation | 3.295676020246688083993649278860148183640134402044717352164061826467588E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/18/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — resistor absorbed power | approximation | 2.933716250182806199671634104350606934848980853462238835799115317335213E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/18/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — source-delivered power | approximation | 2.966673010385273080511570597139208416685382197482686009320755935599889E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/18/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — stored energy | approximation | 3.667145312728507749589542630438258668561226066827798544748894146669016E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/18/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — storage-energy change | approximation | 3.667145312728507749589542630438258668561226066827798544748894146669016E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/18/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — cumulative resistor work | approximation | 2.266617216130830954913153087671372028972531843946548643194921601433126E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/18/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 18 — cumulative source-delivered work | approximation | 2.633331747403681729872107350715197895828654450629328497669811016100028E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/18/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/19/u |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — physical SI time | approximation | 1.187500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/19/t |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/19/E |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — associated branch current | approximation | 4.956741523984396829114642480213748045759168344011459787271467068663310E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/19/i |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — inductor voltage | approximation | 5.191017121872380506242902374350234508899798718624825527423951760402770E-2 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/19/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — resistor voltage | approximation | 5.948089828781276194937570976256497654911002012813751744725760482395972E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/19/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — current derivative | approximation | 1.730339040624126835414300791450078169633266239541608509141317253467590E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/19/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — inductor absorbed power | approximation | 2.573053011969880075680094391368750704616003289636311947829180075411397E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/19/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — resistor absorbed power | approximation | 2.948314384270939296711984544214561320409340973510512752884588440443872E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/19/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — source-delivered power | approximation | 2.974044914390638097468785488128248827455501006406875872362880241197986E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/19/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — stored energy | approximation | 3.685392980338674120889980680268201650511676216888140941105735550554840E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/19/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — storage-energy change | approximation | 3.685392980338674120889980680268201650511676216888140941105735550554840E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/19/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — cumulative resistor work | approximation | 2.450449473368473063543805559941117628084957126709466937798706384645019E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/19/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 19 — cumulative source-delivered work | approximation | 2.818988771402340475632803627967937793136124748398281031909279939700503E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/19/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/20/u |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/20/t |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/20/E |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — associated branch current | approximation | 4.966310265004572664516819757884257878755752074863224572848472342136582E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/20/i |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — inductor voltage | approximation | 4.042768199451280257981629053889054549309751016413051258183318943610114E-2 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/20/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — resistor voltage | approximation | 5.959572318005487197420183709461109454506902489835869487418166810563899E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/20/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — current derivative | approximation | 1.347589399817093419327209684629684849769917005471017086061106314536705E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/20/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — inductor absorbed power | approximation | 2.007764120796894673530137072276362091583500081546556138313938080109757E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/20/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — resistor absorbed power | approximation | 2.959708517794774651974790484007791106337616244102469182325944024480852E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/20/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — source-delivered power | approximation | 2.979786159002743598710091854730554727253451244917934743709083405281949E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/20/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — stored energy | approximation | 3.699635647243468314968488105009738882922020305128086477907430030601065E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/20/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — storage-energy change | approximation | 3.699635647243468314968488105009738882922020305128086477907430030601065E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/20/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — cumulative resistor work | approximation | 2.635089895524967268825628225816387429894435158257707666281986145619406E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/20/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 20 — cumulative source-delivered work | approximation | 3.005053460249314100322477036317361318186637188770516314072729148679513E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/20/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/21/u |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — physical SI time | approximation | 1.312500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/21/t |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/21/E |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — associated branch current | approximation | 4.973762408004093078617532353293104465968350443572573842430727110314350E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/21/i |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — inductor voltage | approximation | 3.148511039508830565896117604827464083797946771291138908312746762278050E-2 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/21/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — resistor voltage | approximation | 5.968514889604911694341038823951725359162020532287088610916872532377219E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/21/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — current derivative | approximation | 1.049503679836276855298705868275821361265982257097046302770915587426017E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/21/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — inductor absorbed power | approximation | 1.565994584949491135590835473283004388568496427123800235360219201603274E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/21/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — resistor absorbed power | approximation | 2.968597498952960935814611057243032635695325301872306303104834074172577E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/21/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — source-delivered power | approximation | 2.984257444802455847170519411975862679581010266143544305458436266188610E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/21/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — stored energy | approximation | 3.710746873691201169768263821553790794619156627340382878881042592715721E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/21/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — storage-energy change | approximation | 3.710746873691201169768263821553790794619156627340382878881042592715721E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/21/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — cumulative resistor work | approximation | 2.820360951430265921230543764850655250642831770730075635747286674181275E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/21/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 21 — cumulative source-delivered work | approximation | 3.191435638799386038207370147006034330104747433464113923635390933452848E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/21/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/22/u |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/22/t |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/22/E |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — associated branch current | approximation | 4.979566142807679665032676486576396157958046716745309002896598094621297E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/22/i |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — inductor voltage | approximation | 2.452062863078440196078821610832461045034393990562919652408228645444310E-2 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/22/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — resistor voltage | approximation | 5.975479371369215598039211783891675389549656060094370803475917713545557E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/22/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — current derivative | approximation | 8.173542876928133986929405369441536816781313301876398841360762151481033E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/22/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — inductor absorbed power | approximation | 1.221020921302146400245620150208056258793815581193673688860676901588098E-2 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/22/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — resistor absorbed power | approximation | 2.975529476471586335017149690443757132186889874235248664849352087756897E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/22/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — source-delivered power | approximation | 2.987739685684607799019605891945837694774828030047185401737958856772778E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/22/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — stored energy | approximation | 3.719411845589482918771437113054696415233612342794060831061690109696122E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/22/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — storage-energy change | approximation | 3.719411845589482918771437113054696415233612342794060831061690109696122E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/22/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — cumulative resistor work | approximation | 3.006123894019899758367954815708070934782931758208797566459341274837193E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/22/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 22 — cumulative source-delivered work | approximation | 3.378065078578848050245098527013540576306292992488203649565510285806805E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/22/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/23/u |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — physical SI time | approximation | 1.437500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/23/t |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/23/E |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — associated branch current | approximation | 4.984086096017451664660067909976090743270301360494713559986719469792052E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/23/i |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — inductor voltage | approximation | 1.909668477905800240791850802869110807563836740634372801593663624953710E-2 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/23/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — resistor voltage | approximation | 5.980903315220941997592081491971308891924361632593656271984063363750463E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/23/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — current derivative | approximation | 6.365561593019334135972836009563702691879455802114576005312212083179032E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/23/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — inductor absorbed power | approximation | 9.517952108733109071772429947098294545922163381607796815481134857924729E-3 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/23/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — resistor absorbed power | approximation | 2.980933705501737889724268316038556151416258652915220339176550547017307E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/23/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — source-delivered power | approximation | 2.990451657610470998796040745985654445962180816296828135992031681875231E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/23/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — stored energy | approximation | 3.726167131877172362155335395048195189270323316144025423970688183771633E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/23/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — storage-energy change | approximation | 3.726167131877172362155335395048195189270323316144025423970688183771633E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/23/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — cumulative resistor work | approximation | 3.192270372409665014085456273998766869582422464311390423604923261154029E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/23/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 23 — cumulative source-delivered work | approximation | 3.564887085597382250300989813503586388509454795925792966001992079531192E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/23/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/24/u |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/1/samples/24/t |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/1/samples/24/E |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — associated branch current | approximation | 4.987606239116668207884774162845916660542467602072330274745606879968619E-1 | A70 significant digits in the stored approximation | rlStep/cases/1/samples/24/i |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — inductor voltage | approximation | 1.487251305999815053827100458490000734903887751320367030527174403765717E-2 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/24/vL |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — resistor voltage | approximation | 5.985127486940001849461728995415099992650961122486796329694728255962343E+0 | V70 significant digits in the stored approximation | rlStep/cases/1/samples/24/vR |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — current derivative | approximation | 4.957504353332716846090334861633335783012959171067890101757248012552388E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/1/samples/24/didt |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — inductor absorbed power | approximation | 7.417823892939090639859455367913587077585766788657170393709166501199083E-3 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/24/pL |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — resistor absorbed power | approximation | 2.985145919577061834091005042339636409247894794454740994453654961479972E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/24/pR |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — source-delivered power | approximation | 2.992563743470000924730864497707549996325480561243398164847364127981171E+0 | W70 significant digits in the stored approximation | rlStep/cases/1/samples/24/sourceDeliveredPower |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — stored energy | approximation | 3.731432399471327292613756302924545511559868493068426243067068701849965E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/24/storedEnergy |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — storage-energy change | approximation | 3.731432399471327292613756302924545511559868493068426243067068701849965E-2 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/24/storedChange |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — cumulative resistor work | approximation | 3.378715824185367039555908245280657949762643010382307834481452097819711E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/24/resistorWork |
| rl Step — cases — case zeroInitial — samples — sample/control 24 — cumulative source-delivered work | approximation | 3.751859064132499768817283875573112500918629859689150458788158968004707E-1 | J70 significant digits in the stored approximation | rlStep/cases/1/samples/24/sourceDeliveredWork |
| rl Step — cases — case zeroInitial — limit Controls — associated branch current — status | metadata | finite | rlStep/cases/1/limitControls/i/status | |
| rl Step — cases — case zeroInitial — limit Controls — associated branch current — value | rational | 1/2 | A | rlStep/cases/1/limitControls/i/value |
| rl Step — cases — case zeroInitial — limit Controls — inductor voltage — status | metadata | finite | rlStep/cases/1/limitControls/vL/status | |
| rl Step — cases — case zeroInitial — limit Controls — inductor voltage — value | rational | 0 | V | rlStep/cases/1/limitControls/vL/value |
| rl Step — cases — case zeroInitial — limit Controls — resistor voltage — status | metadata | finite | rlStep/cases/1/limitControls/vR/status | |
| rl Step — cases — case zeroInitial — limit Controls — resistor voltage — value | rational | 6 | V | rlStep/cases/1/limitControls/vR/value |
| rl Step — cases — case zeroInitial — limit Controls — current derivative — status | metadata | finite | rlStep/cases/1/limitControls/didt/status | |
| rl Step — cases — case zeroInitial — limit Controls — current derivative — value | rational | 0 | A/s | rlStep/cases/1/limitControls/didt/value |
| rl Step — cases — case zeroInitial — limit Controls — inductor absorbed power — status | metadata | finite | rlStep/cases/1/limitControls/pL/status | |
| rl Step — cases — case zeroInitial — limit Controls — inductor absorbed power — value | rational | 0 | W | rlStep/cases/1/limitControls/pL/value |
| rl Step — cases — case zeroInitial — limit Controls — resistor absorbed power — status | metadata | finite | rlStep/cases/1/limitControls/pR/status | |
| rl Step — cases — case zeroInitial — limit Controls — resistor absorbed power — value | rational | 3 | W | rlStep/cases/1/limitControls/pR/value |
| rl Step — cases — case zeroInitial — limit Controls — source-delivered power — status | metadata | finite | rlStep/cases/1/limitControls/sourceDeliveredPower/status | |
| rl Step — cases — case zeroInitial — limit Controls — source-delivered power — value | rational | 3 | W | rlStep/cases/1/limitControls/sourceDeliveredPower/value |
| rl Step — cases — case zeroInitial — limit Controls — stored energy — status | metadata | finite | rlStep/cases/1/limitControls/storedEnergy/status | |
| rl Step — cases — case zeroInitial — limit Controls — stored energy — value | rational | 3/80 | J | rlStep/cases/1/limitControls/storedEnergy/value |
| rl Step — cases — case zeroInitial — limit Controls — storage-energy change — status | metadata | finite | rlStep/cases/1/limitControls/storedChange/status | |
| rl Step — cases — case zeroInitial — limit Controls — storage-energy change — value | rational | 3/80 | J | rlStep/cases/1/limitControls/storedChange/value |
| rl Step — cases — case zeroInitial — limit Controls — cumulative resistor work — status | metadata | positive-infinity | rlStep/cases/1/limitControls/resistorWork/status | |
| rl Step — cases — case zeroInitial — limit Controls — cumulative resistor work — value | null | null — see the explicit limit/status/reason in this source record | rlStep/cases/1/limitControls/resistorWork/value | |
| rl Step — cases — case zeroInitial — limit Controls — cumulative resistor work — unit | metadata | J | rlStep/cases/1/limitControls/resistorWork/unit | |
| rl Step — cases — case zeroInitial — limit Controls — cumulative resistor work — reason | metadata | nonzero steady current dissipates ongoing work | rlStep/cases/1/limitControls/resistorWork/reason | |
| rl Step — cases — case zeroInitial — limit Controls — cumulative source-delivered work — status | metadata | positive-infinity | rlStep/cases/1/limitControls/sourceDeliveredWork/status | |
| rl Step — cases — case zeroInitial — limit Controls — cumulative source-delivered work — value | null | null — see the explicit limit/status/reason in this source record | rlStep/cases/1/limitControls/sourceDeliveredWork/value | |
| rl Step — cases — case zeroInitial — limit Controls — cumulative source-delivered work — unit | metadata | J | rlStep/cases/1/limitControls/sourceDeliveredWork/unit | |
| rl Step — cases — case zeroInitial — limit Controls — cumulative source-delivered work — reason | metadata | nonzero steady source power continues indefinitely | rlStep/cases/1/limitControls/sourceDeliveredWork/reason | |
| rl Step — cases — case overcurrent — id | metadata | overcurrent | rlStep/cases/2/id | |
| rl Step — cases — case overcurrent — source V | rational | 6 | V | rlStep/cases/2/sourceV |
| rl Step — cases — case overcurrent — initial A | rational | 1 | A | rlStep/cases/2/initialA |
| rl Step — cases — case overcurrent — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | rlStep/cases/2/initialExact/u |
| rl Step — cases — case overcurrent — initial Exact — physical SI time | rational | 0 | s | rlStep/cases/2/initialExact/t |
| rl Step — cases — case overcurrent — initial Exact — retained exponential | rational | 1 | dimensionless | rlStep/cases/2/initialExact/E |
| rl Step — cases — case overcurrent — initial Exact — associated branch current | rational | 1 | A | rlStep/cases/2/initialExact/i |
| rl Step — cases — case overcurrent — initial Exact — inductor voltage | rational | -6 | V | rlStep/cases/2/initialExact/vL |
| rl Step — cases — case overcurrent — initial Exact — resistor voltage | rational | 12 | V | rlStep/cases/2/initialExact/vR |
| rl Step — cases — case overcurrent — initial Exact — current derivative | rational | -20 | A/s | rlStep/cases/2/initialExact/didt |
| rl Step — cases — case overcurrent — initial Exact — inductor absorbed power | rational | -6 | W | rlStep/cases/2/initialExact/pL |
| rl Step — cases — case overcurrent — initial Exact — resistor absorbed power | rational | 12 | W | rlStep/cases/2/initialExact/pR |
| rl Step — cases — case overcurrent — initial Exact — source-delivered power | rational | 6 | W | rlStep/cases/2/initialExact/sourceDeliveredPower |
| rl Step — cases — case overcurrent — initial Exact — stored energy | rational | 3/20 | J | rlStep/cases/2/initialExact/storedEnergy |
| rl Step — cases — case overcurrent — initial Exact — storage-energy change | rational | 0 | J | rlStep/cases/2/initialExact/storedChange |
| rl Step — cases — case overcurrent — initial Exact — cumulative resistor work | rational | 0 | J | rlStep/cases/2/initialExact/resistorWork |
| rl Step — cases — case overcurrent — initial Exact — cumulative source-delivered work | rational | 0 | J | rlStep/cases/2/initialExact/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/0/u |
| rl Step — cases — case overcurrent — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/0/t |
| rl Step — cases — case overcurrent — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/0/E |
| rl Step — cases — case overcurrent — samples — sample/control 0 — associated branch current | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/0/i |
| rl Step — cases — case overcurrent — samples — sample/control 0 — inductor voltage | approximation | -6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/0/vL |
| rl Step — cases — case overcurrent — samples — sample/control 0 — resistor voltage | approximation | 1.200000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/0/vR |
| rl Step — cases — case overcurrent — samples — sample/control 0 — current derivative | approximation | -2.000000000000000000000000000000000000000000000000000000000000000000000E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/0/didt |
| rl Step — cases — case overcurrent — samples — sample/control 0 — inductor absorbed power | approximation | -6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/0/pL |
| rl Step — cases — case overcurrent — samples — sample/control 0 — resistor absorbed power | approximation | 1.200000000000000000000000000000000000000000000000000000000000000000000E+1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/0/pR |
| rl Step — cases — case overcurrent — samples — sample/control 0 — source-delivered power | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/0/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 0 — stored energy | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/0/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/0/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/0/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/0/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/1/u |
| rl Step — cases — case overcurrent — samples — sample/control 1 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/1/t |
| rl Step — cases — case overcurrent — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/1/E |
| rl Step — cases — case overcurrent — samples — sample/control 1 — associated branch current | approximation | 8.894003915357024341225851334891603236483861452130707371206586831341228E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/1/i |
| rl Step — cases — case overcurrent — samples — sample/control 1 — inductor voltage | approximation | -4.672804698428429209471021601869923883780633742556848845447904197609474E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/1/vL |
| rl Step — cases — case overcurrent — samples — sample/control 1 — resistor voltage | approximation | 1.067280469842842920947102160186992388378063374255684884544790419760947E+1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/1/vR |
| rl Step — cases — case overcurrent — samples — sample/control 1 — current derivative | approximation | -1.557601566142809736490340533956641294593544580852282948482634732536491E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/1/didt |
| rl Step — cases — case overcurrent — samples — sample/control 1 — inductor absorbed power | approximation | -4.155994328352114875546909405908503302216071277739985289772628575009906E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/1/pL |
| rl Step — cases — case overcurrent — samples — sample/control 1 — resistor absorbed power | approximation | 9.492396677566329480282420206843465244106388149018409712496580673814643E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/1/pR |
| rl Step — cases — case overcurrent — samples — sample/control 1 — source-delivered power | approximation | 5.336402349214214604735510800934961941890316871278424422723952098804737E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/1/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 1 — stored energy | approximation | 1.186549584695791185035302525855433155513298518627301214062072584226830E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/1/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 1 — storage-energy change | approximation | -3.134504153042088149646974741445668444867014813726987859379274157731696E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/1/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 1 — cumulative resistor work | approximation | 6.668498280006551637808197739108263590141222635530926802569393910719854E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/1/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 1 — cumulative source-delivered work | approximation | 3.533994126964463488161222997662595145274207821803938943190119752988158E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/1/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/2/u |
| rl Step — cases — case overcurrent — samples — sample/control 2 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/2/t |
| rl Step — cases — case overcurrent — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/2/E |
| rl Step — cases — case overcurrent — samples — sample/control 2 — associated branch current | approximation | 8.032653298563167118018997674955902267209590677435934778414460793675283E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/2/i |
| rl Step — cases — case overcurrent — samples — sample/control 2 — inductor voltage | approximation | -3.639183958275800541622797209947082720651508812923121734097352952410339E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/2/vL |
| rl Step — cases — case overcurrent — samples — sample/control 2 — resistor voltage | approximation | 9.639183958275800541622797209947082720651508812923121734097352952410339E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/2/vR |
| rl Step — cases — case overcurrent — samples — sample/control 2 — current derivative | approximation | -1.213061319425266847207599069982360906883836270974373911365784317470113E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/2/didt |
| rl Step — cases — case overcurrent — samples — sample/control 2 — inductor absorbed power | approximation | -2.923230302652227235597969915457923962663187799556864370572186881297554E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/2/pL |
| rl Step — cases — case overcurrent — samples — sample/control 2 — resistor absorbed power | approximation | 7.742822281790127506409368520431465322988942206018425237620863357502724E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/2/pR |
| rl Step — cases — case overcurrent — samples — sample/control 2 — source-delivered power | approximation | 4.819591979137900270811398604973541360325754406461560867048676476205170E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/2/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 2 — stored energy | approximation | 9.678527852237659383011710650539331653736177757523031547026079196878405E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/2/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 2 — storage-energy change | approximation | -5.321472147762340616988289349460668346263822242476968452973920803121595E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/2/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 2 — cumulative resistor work | approximation | 1.202249219991758993995979283702681494544943622632306628535222961260867E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/2/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 2 — cumulative source-delivered work | approximation | 6.701020052155249322971503487566146599185613983846097832378308809487076E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/2/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/3/u |
| rl Step — cases — case overcurrent — samples — sample/control 3 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/3/t |
| rl Step — cases — case overcurrent — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/3/E |
| rl Step — cases — case overcurrent — samples — sample/control 3 — associated branch current | approximation | 7.361832763705073535690232754716339564851017895682383411978289720706005E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/3/i |
| rl Step — cases — case overcurrent — samples — sample/control 3 — inductor voltage | approximation | -2.834199316446088242828279305659607477821221474818860094373947664847206E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/3/vL |
| rl Step — cases — case overcurrent — samples — sample/control 3 — resistor voltage | approximation | 8.834199316446088242828279305659607477821221474818860094373947664847206E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/3/vR |
| rl Step — cases — case overcurrent — samples — sample/control 3 — current derivative | approximation | -9.447331054820294142760931018865358259404071582729533647913158882824019E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/3/didt |
| rl Step — cases — case overcurrent — samples — sample/control 3 — inductor absorbed power | approximation | -2.086490138668333608213981065121841302937125625492668033418479788704578E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/3/pL |
| rl Step — cases — case overcurrent — samples — sample/control 3 — resistor absorbed power | approximation | 6.503589796891377729628120717951645041847736362902098080605453621128181E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/3/pR |
| rl Step — cases — case overcurrent — samples — sample/control 3 — source-delivered power | approximation | 4.417099658223044121414139652829803738910610737409430047186973832423603E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/3/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 3 — stored energy | approximation | 8.129487246114222162035150897439556302309670453627622600756817026410226E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/3/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 3 — storage-energy change | approximation | -6.870512753885777837964849102560443697690329546372377399243182973589774E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/3/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 3 — cumulative resistor work | approximation | 1.645276360832816753442949997048593435041380270284880228127574839253077E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/3/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 3 — cumulative source-delivered work | approximation | 9.582250854442389696464650867925490652723473156476424882032565418940993E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/3/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/4/u |
| rl Step — cases — case overcurrent — samples — sample/control 4 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/4/t |
| rl Step — cases — case overcurrent — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/4/E |
| rl Step — cases — case overcurrent — samples — sample/control 4 — associated branch current | approximation | 6.839397205857211607977618850807304337229055655158839172539184008487307E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/4/i |
| rl Step — cases — case overcurrent — samples — sample/control 4 — inductor voltage | approximation | -2.207276647028653929573142620968765204674866786190607007047020810184769E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/4/vL |
| rl Step — cases — case overcurrent — samples — sample/control 4 — resistor voltage | approximation | 8.207276647028653929573142620968765204674866786190607007047020810184769E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/4/vR |
| rl Step — cases — case overcurrent — samples — sample/control 4 — current derivative | approximation | -7.357588823428846431910475403229217348916222620635356690156736033949230E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/4/didt |
| rl Step — cases — case overcurrent — samples — sample/control 4 — inductor absorbed power | approximation | -1.509644173224165040468569795401835812560328030824031147927987023054605E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/4/pL |
| rl Step — cases — case overcurrent — samples — sample/control 4 — resistor absorbed power | approximation | 5.613282496738492005255141105886218414897761423919334651451497428146989E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/4/pR |
| rl Step — cases — case overcurrent — samples — sample/control 4 — source-delivered power | approximation | 4.103638323514326964786571310484382602337433393095303503523510405092384E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/4/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 4 — stored energy | approximation | 7.016603120923115006568926382357773018622201779899168314314371785183736E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/4/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 4 — storage-energy change | approximation | -7.983396879076884993431073617642226981377798220100831685685628214816264E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/4/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 4 — cumulative resistor work | approximation | 2.022430107029106758146464534143127047553421473736257292687685220208530E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/4/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 4 — cumulative source-delivered work | approximation | 1.224090419121418258803357172378904349415641651726174124119122398726904E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/4/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/5/u |
| rl Step — cases — case overcurrent — samples — sample/control 5 — physical SI time | approximation | 3.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/5/t |
| rl Step — cases — case overcurrent — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/5/E |
| rl Step — cases — case overcurrent — samples — sample/control 5 — associated branch current | approximation | 6.432523984300950501624427133239188013965753961641255235441911056060693E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/5/i |
| rl Step — cases — case overcurrent — samples — sample/control 5 — inductor voltage | approximation | -1.719028781161140601949312559887025616758904753969506282530293267272832E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/5/vL |
| rl Step — cases — case overcurrent — samples — sample/control 5 — resistor voltage | approximation | 7.719028781161140601949312559887025616758904753969506282530293267272832E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/5/vR |
| rl Step — cases — case overcurrent — samples — sample/control 5 — current derivative | approximation | -5.730095937203802006497708532956752055863015846565020941767644224242773E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/5/didt |
| rl Step — cases — case overcurrent — samples — sample/control 5 — inductor absorbed power | approximation | -1.105769386452266686483242303344992231892864740031063087802421865182090E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/5/pL |
| rl Step — cases — case overcurrent — samples — sample/control 5 — resistor absorbed power | approximation | 4.965283777032836987457898583288505040272317117015816229067568498818506E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/5/pR |
| rl Step — cases — case overcurrent — samples — sample/control 5 — source-delivered power | approximation | 3.859514390580570300974656279943512808379452376984753141265146633636416E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/5/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 5 — stored energy | approximation | 6.206604721291046234322373229110631300340396396269770286334460623523133E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/5/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 5 — storage-energy change | approximation | -8.793395278708953765677626770889368699659603603730229713665539376476867E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/5/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 5 — cumulative resistor work | approximation | 2.351960930225752801324098607103058667871097266126834686050267279238583E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/5/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 5 — cumulative source-delivered work | approximation | 1.472621402354857424756335930014121797905136905753811714683713341590896E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/5/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/6/u |
| rl Step — cases — case overcurrent — samples — sample/control 6 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/6/t |
| rl Step — cases — case overcurrent — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/6/E |
| rl Step — cases — case overcurrent — samples — sample/control 6 — associated branch current | approximation | 6.115650800742149144666402353820062606710858146805396643719176593801626E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/6/i |
| rl Step — cases — case overcurrent — samples — sample/control 6 — inductor voltage | approximation | -1.338780960890578973599682824584075128053029776166475972463011912561951E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/6/vL |
| rl Step — cases — case overcurrent — samples — sample/control 6 — resistor voltage | approximation | 7.338780960890578973599682824584075128053029776166475972463011912561951E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/6/vR |
| rl Step — cases — case overcurrent — samples — sample/control 6 — current derivative | approximation | -4.462603202968596578665609415280250426843432587221586574876706375206503E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/6/didt |
| rl Step — cases — case overcurrent — samples — sample/control 6 — inductor absorbed power | approximation | -8.187516855488813157378686592422228939216136646485076329343891390991575E-1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/6/pL |
| rl Step — cases — case overcurrent — samples — sample/control 6 — resistor absorbed power | approximation | 4.488142165994170802537710071534260457948128552731745619165895095380133E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/6/pR |
| rl Step — cases — case overcurrent — samples — sample/control 6 — source-delivered power | approximation | 3.669390480445289486799841412292037564026514888083237986231505956280975E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/6/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 6 — stored energy | approximation | 5.610177707492713503172137589417825572435160690914682023957368869225166E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/6/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 6 — storage-energy change | approximation | -9.389822292507286496827862410582174427564839309085317976042631130774834E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/6/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 6 — cumulative resistor work | approximation | 2.646634609139406277982825887985208051749855208887722301046386624007239E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/6/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 6 — cumulative source-delivered work | approximation | 1.707652379888677628300039646926990608993371277979190503442123510929756E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/6/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/7/u |
| rl Step — cases — case overcurrent — samples — sample/control 7 — physical SI time | approximation | 4.375000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/7/t |
| rl Step — cases — case overcurrent — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/7/E |
| rl Step — cases — case overcurrent — samples — sample/control 7 — associated branch current | approximation | 5.868869717252225633403586293331855080073604266699525188419906936269514E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/7/i |
| rl Step — cases — case overcurrent — samples — sample/control 7 — inductor voltage | approximation | -1.042643660702670760084303551998226096088325120039430226103888323523417E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/7/vL |
| rl Step — cases — case overcurrent — samples — sample/control 7 — resistor voltage | approximation | 7.042643660702670760084303551998226096088325120039430226103888323523417E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/7/vR |
| rl Step — cases — case overcurrent — samples — sample/control 7 — current derivative | approximation | -3.475478869008902533614345173327420320294417066798100753679627745078057E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/7/didt |
| rl Step — cases — case overcurrent — samples — sample/control 7 — inductor absorbed power | approximation | -6.119139806182908822615106530899725832591441567626861330659648310168427E-1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/7/pL |
| rl Step — cases — case overcurrent — samples — sample/control 7 — resistor absorbed power | approximation | 4.133235810969626262303662429089085631303306716782401246117908992778551E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/7/pR |
| rl Step — cases — case overcurrent — samples — sample/control 7 — source-delivered power | approximation | 3.521321830351335380042151775999113048044162560019715113051944161761709E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/7/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 7 — stored energy | approximation | 5.166544763712032827879578036361357039129133395978001557647386240973189E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/7/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 7 — storage-energy change | approximation | -9.833455236287967172120421963638642960870866604021998442352613759026811E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/7/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 7 — cumulative resistor work | approximation | 2.915515066040962872201504252364086034076046020397271065972275335462254E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/7/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 7 — cumulative source-delivered work | approximation | 1.932169542412166154989462056000221737988959359995071221737013959559573E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/7/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/8/u |
| rl Step — cases — case overcurrent — samples — sample/control 8 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/8/t |
| rl Step — cases — case overcurrent — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/8/E |
| rl Step — cases — case overcurrent — samples — sample/control 8 — associated branch current | approximation | 5.676676416183063459469997474862422017038157729547879407340794363270367E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/8/i |
| rl Step — cases — case overcurrent — samples — sample/control 8 — inductor voltage | approximation | -8.120116994196761513639969698349064204457892754574552888089532359244402E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/8/vL |
| rl Step — cases — case overcurrent — samples — sample/control 8 — resistor voltage | approximation | 6.812011699419676151363996969834906420445789275457455288808953235924440E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/8/vR |
| rl Step — cases — case overcurrent — samples — sample/control 8 — current derivative | approximation | -2.706705664732253837879989899449688068152630918191517629363177453081467E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/8/didt |
| rl Step — cases — case overcurrent — samples — sample/control 8 — inductor absorbed power | approximation | -4.609527663760406165631525487371769368586308403891544287132764002799714E-1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/8/pL |
| rl Step — cases — case overcurrent — samples — sample/control 8 — resistor absorbed power | approximation | 3.866958616085878692245151033654630147081525478117882073117753018242192E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/8/pR |
| rl Step — cases — case overcurrent — samples — sample/control 8 — source-delivered power | approximation | 3.406005849709838075681998484917453210222894637728727644404476617962220E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/8/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 8 — stored energy | approximation | 4.833698270107348365306438792068287683851906847647352591397191272802739E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/8/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 8 — storage-energy change | approximation | -1.016630172989265163469356120793171231614809315235264740860280872719726E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/8/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 8 — cumulative resistor work | approximation | 3.165128710561805644548856499563807929059085655803082829759161718229171E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/8/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 8 — cumulative source-delivered work | approximation | 2.148498537572540481079500378770636697444276340567818088898880845509445E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/8/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/9/u |
| rl Step — cases — case overcurrent — samples — sample/control 9 — physical SI time | approximation | 5.625000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/9/t |
| rl Step — cases — case overcurrent — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/9/E |
| rl Step — cases — case overcurrent — samples — sample/control 9 — associated branch current | approximation | 5.526996122809321683916088446203490486342455366886389335744220457049415E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/9/i |
| rl Step — cases — case overcurrent — samples — sample/control 9 — inductor voltage | approximation | -6.323953473711860206993061354441885836109464402636672028930645484592986E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/9/vL |
| rl Step — cases — case overcurrent — samples — sample/control 9 — resistor voltage | approximation | 6.632395347371186020699306135444188583610946440263667202893064548459299E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/9/vR |
| rl Step — cases — case overcurrent — samples — sample/control 9 — current derivative | approximation | -2.107984491237286735664353784813961945369821467545557342976881828197662E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/9/didt |
| rl Step — cases — case overcurrent — samples — sample/control 9 — inductor absorbed power | approximation | -3.495246633003199298380824705828858751200910226491475921257763386297607E-1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/9/pL |
| rl Step — cases — case overcurrent — samples — sample/control 9 — resistor absorbed power | approximation | 3.665722336985912940187735538304980166925564242780981193572308612859410E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/9/pR |
| rl Step — cases — case overcurrent — samples — sample/control 9 — source-delivered power | approximation | 3.316197673685593010349653067722094291805473220131833601446532274229649E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/9/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 9 — stored energy | approximation | 4.582152921232391175234669422881225208656955303476226491965385766074262E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/9/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 9 — storage-energy change | approximation | -1.041784707876760882476533057711877479134304469652377350803461423392574E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/9/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 9 — cumulative resistor work | approximation | 3.400235289455362629889119790781353906182936164619418950441828354835161E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/9/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 9 — cumulative source-delivered work | approximation | 2.358450581578601747412586733069476427048631694967041599638366931442588E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/9/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/10/u |
| rl Step — cases — case overcurrent — samples — sample/control 10 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/10/t |
| rl Step — cases — case overcurrent — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/10/E |
| rl Step — cases — case overcurrent — samples — sample/control 10 — associated branch current | approximation | 5.410424993119493975847643372335799039189020605077183244228792052576124E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/10/i |
| rl Step — cases — case overcurrent — samples — sample/control 10 — inductor voltage | approximation | -4.925099917433927710171720468029588470268247260926198930745504630913485E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/10/vL |
| rl Step — cases — case overcurrent — samples — sample/control 10 — resistor voltage | approximation | 6.492509991743392771017172046802958847026824726092619893074550463091349E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/10/vR |
| rl Step — cases — case overcurrent — samples — sample/control 10 — current derivative | approximation | -1.641699972477975903390573489343196156756082420308732976915168210304495E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/10/didt |
| rl Step — cases — case overcurrent — samples — sample/control 10 — inductor absorbed power | approximation | -2.664688368689527867984941686709246962599611181283752028281918262637248E-1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/10/pL |
| rl Step — cases — case overcurrent — samples — sample/control 10 — resistor absorbed power | approximation | 3.512723832740649172307080192072404119773373481174685149365467057809399E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/10/pR |
| rl Step — cases — case overcurrent — samples — sample/control 10 — source-delivered power | approximation | 3.246254995871696385508586023401479423513412363046309946537275231545674E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/10/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 10 — stored energy | approximation | 4.390904790925811465383850240090505149716716851468356436706833822261749E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/10/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 10 — storage-energy change | approximation | -1.060909520907418853461614975990949485028328314853164356329316617773825E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/10/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 10 — cumulative resistor work | approximation | 3.624345771939494757084468470140579629149975224091586869694997809887407E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/10/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 10 — cumulative source-delivered work | approximation | 2.563436251032075903622853494149630144121646909238422513365681192113581E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/10/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/11/u |
| rl Step — cases — case overcurrent — samples — sample/control 11 — physical SI time | approximation | 6.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/11/t |
| rl Step — cases — case overcurrent — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/11/E |
| rl Step — cases — case overcurrent — samples — sample/control 11 — associated branch current | approximation | 5.319639306033537863512150127789758746543170475393842241090950818467578E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/11/i |
| rl Step — cases — case overcurrent — samples — sample/control 11 — inductor voltage | approximation | -3.835671672402454362145801533477104958518045704726106893091409821610936E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/11/vL |
| rl Step — cases — case overcurrent — samples — sample/control 11 — resistor voltage | approximation | 6.383567167240245436214580153347710495851804570472610689309140982161094E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/11/vR |
| rl Step — cases — case overcurrent — samples — sample/control 11 — current derivative | approximation | -1.278557224134151454048600511159034986172681901575368964363803273870312E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/11/didt |
| rl Step — cases — case overcurrent — samples — sample/control 11 — inductor absorbed power | approximation | -2.040438979355149190876841847280175531510742551891199429166116343077683E-1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/11/pL |
| rl Step — cases — case overcurrent — samples — sample/control 11 — resistor absorbed power | approximation | 3.395827481555637637194974261401872801076976540425425287571182125388315E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/11/pR |
| rl Step — cases — case overcurrent — samples — sample/control 11 — source-delivered power | approximation | 3.191783583620122718107290076673855247925902285236305344654570491080547E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/11/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 11 — stored energy | approximation | 4.244784351944547046493717826752341001346220675531781609463977656735394E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/11/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 11 — storage-energy change | approximation | -1.075521564805545295350628217324765899865377932446821839053602234326461E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/11/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 11 — cumulative resistor work | approximation | 3.840075668900514615823805698156302087883902361137745502889959611556324E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/11/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 11 — cumulative source-delivered work | approximation | 2.764554104094969320473177480831536188018524428690923663836357377229863E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/11/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/12/u |
| rl Step — cases — case overcurrent — samples — sample/control 12 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/12/t |
| rl Step — cases — case overcurrent — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/12/E |
| rl Step — cases — case overcurrent — samples — sample/control 12 — associated branch current | approximation | 5.248935341839319714896712078250308883158497960942116077838138638030303E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/12/i |
| rl Step — cases — case overcurrent — samples — sample/control 12 — inductor voltage | approximation | -2.987224102071836578760544939003706597901975531305392934057663656363640E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/12/vL |
| rl Step — cases — case overcurrent — samples — sample/control 12 — resistor voltage | approximation | 6.298722410207183657876054493900370659790197553130539293405766365636364E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/12/vR |
| rl Step — cases — case overcurrent — samples — sample/control 12 — current derivative | approximation | -9.957413673572788595868483130012355326339918437684643113525545521212134E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/12/didt |
| rl Step — cases — case overcurrent — samples — sample/control 12 — inductor absorbed power | approximation | -1.567974616335909042071627492426353335696182153218714818555190548370106E-1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/12/pL |
| rl Step — cases — case overcurrent — samples — sample/control 12 — resistor absorbed power | approximation | 3.306158666737182733145189996192820663464716991887141128558402237655193E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/12/pR |
| rl Step — cases — case overcurrent — samples — sample/control 12 — source-delivered power | approximation | 3.149361205103591828938027246950185329895098776565269646702883182818182E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/12/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 12 — stored energy | approximation | 4.132698333421478416431487495241025829330896239858926410698002797068991E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/12/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 12 — storage-energy change | approximation | -1.086730166657852158356851250475897417066910376014107358930199720293101E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/12/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 12 — cumulative resistor work | approximation | 4.049389865381954201122344438738351084593135681872789947254478924588555E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/12/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 12 — cumulative source-delivered work | approximation | 2.962659698724102042765493188262453667526225305858682588324279204295454E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/12/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/13/u |
| rl Step — cases — case overcurrent — samples — sample/control 13 — physical SI time | approximation | 8.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/13/t |
| rl Step — cases — case overcurrent — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/13/E |
| rl Step — cases — case overcurrent — samples — sample/control 13 — associated branch current | approximation | 5.193871039158610049434499176337980716300720309680100728503479304965467E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/13/i |
| rl Step — cases — case overcurrent — samples — sample/control 13 — inductor voltage | approximation | -2.326452469903320593213990116055768595608643716161208742041751659585607E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/13/vL |
| rl Step — cases — case overcurrent — samples — sample/control 13 — resistor voltage | approximation | 6.232645246990332059321399011605576859560864371616120874204175165958561E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/13/vR |
| rl Step — cases — case overcurrent — samples — sample/control 13 — current derivative | approximation | -7.754841566344401977379967053519228652028812387204029140139172198618689E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/13/didt |
| rl Step — cases — case overcurrent — samples — sample/control 13 — inductor absorbed power | approximation | -1.208329410740987470028482157992913912704337246829693323917557327151767E-1 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/13/pL |
| rl Step — cases — case overcurrent — samples — sample/control 13 — resistor absorbed power | approximation | 3.237155564569264776663547721602079821050865910491029769493843315694457E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/13/pR |
| rl Step — cases — case overcurrent — samples — sample/control 13 — source-delivered power | approximation | 3.116322623495166029660699505802788429780432185808060437102087582979280E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/13/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 13 — stored energy | approximation | 4.046444455711580970829434652002599776313582388113787211867304144618071E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/13/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 13 — storage-energy change | approximation | -1.095355554428841902917056534799740022368641761188621278813269585538193E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/13/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 13 — cumulative resistor work | approximation | 4.253774898555050395501881658349042914923533714736606169537747689793373E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/13/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 13 — cumulative source-delivered work | approximation | 3.158419344126208492584825123549302892554891953547984890724478104255180E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/13/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/14/u |
| rl Step — cases — case overcurrent — samples — sample/control 14 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/14/t |
| rl Step — cases — case overcurrent — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/14/E |
| rl Step — cases — case overcurrent — samples — sample/control 14 — associated branch current | approximation | 5.150986917111592503698931461818099225358302661238285033356701115425224E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/14/i |
| rl Step — cases — case overcurrent — samples — sample/control 14 — inductor voltage | approximation | -1.811843005339110044387177541817190704299631934859420400280413385102684E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/14/vL |
| rl Step — cases — case overcurrent — samples — sample/control 14 — resistor voltage | approximation | 6.181184300533911004438717754181719070429963193485942040028041338510268E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/14/vR |
| rl Step — cases — case overcurrent — samples — sample/control 14 — current derivative | approximation | -6.039476684463700147957258472723969014332106449531401334268044617008945E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/14/didt |
| rl Step — cases — case overcurrent — samples — sample/control 14 — inductor absorbed power | approximation | -9.332779616361905084336828534408738309440277032527918153646906952080262E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/14/pL |
| rl Step — cases — case overcurrent — samples — sample/control 14 — resistor absorbed power | approximation | 3.183919946430574553062727162434946918309384367068250201550489738775937E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/14/pR |
| rl Step — cases — case overcurrent — samples — sample/control 14 — source-delivered power | approximation | 3.090592150266955502219358877090859535214981596742971020014020669255134E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/14/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 14 — stored energy | approximation | 3.979899933038218191328408953043683647886730458835312751938112173469921E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/14/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 14 — storage-energy change | approximation | -1.102010006696178180867159104695631635211326954116468724806188782653008E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/14/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 14 — cumulative resistor work | approximation | 4.454361969129439305312319385422916751407581554930725969802683615339224E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/14/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 14 — cumulative source-delivered work | approximation | 3.352351962433261124445160280727285116196254600814257244996494832686216E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/14/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/15/u |
| rl Step — cases — case overcurrent — samples — sample/control 15 — physical SI time | approximation | 9.375000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/15/t |
| rl Step — cases — case overcurrent — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/15/E |
| rl Step — cases — case overcurrent — samples — sample/control 15 — associated branch current | approximation | 5.117588729280045541180755925502164697350338276365362019733827023239129E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/15/i |
| rl Step — cases — case overcurrent — samples — sample/control 15 — inductor voltage | approximation | -1.411064751360546494169071106025976368204059316384344236805924278869554E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/15/vL |
| rl Step — cases — case overcurrent — samples — sample/control 15 — resistor voltage | approximation | 6.141106475136054649416907110602597636820405931638434423680592427886955E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/15/vR |
| rl Step — cases — case overcurrent — samples — sample/control 15 — current derivative | approximation | -4.703549171201821647230237020086587894013531054614480789353080929565179E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/15/didt |
| rl Step — cases — case overcurrent — samples — sample/control 15 — inductor absorbed power | approximation | -7.221249067847082545775955556688989000363697556653780359896239657201208E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/15/pL |
| rl Step — cases — case overcurrent — samples — sample/control 15 — resistor absorbed power | approximation | 3.142765728246498150166213110868188708413839941385755015439258610515490E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/15/pR |
| rl Step — cases — case overcurrent — samples — sample/control 15 — source-delivered power | approximation | 3.070553237568027324708453555301298818410202965819217211840296213943478E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/15/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 15 — stored energy | approximation | 3.928457160308122687707766388585235885517299926732193769299073263144362E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/15/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 15 — storage-energy change | approximation | -1.107154283969187731229223361141476411448270007326780623070092673685564E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/15/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 15 — cumulative resistor work | approximation | 4.652015974577180900052109972316151706845719265871976320110018620199694E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/15/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 15 — cumulative source-delivered work | approximation | 3.544861690607993168822886611174675295397449258545195697039925946514131E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/15/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/16/u |
| rl Step — cases — case overcurrent — samples — sample/control 16 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/16/t |
| rl Step — cases — case overcurrent — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/16/E |
| rl Step — cases — case overcurrent — samples — sample/control 16 — associated branch current | approximation | 5.091578194443670901468590106366206211059560337767377973847999637196252E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/16/i |
| rl Step — cases — case overcurrent — samples — sample/control 16 — inductor voltage | approximation | -1.098938333324050817623081276394474532714724053208535686175995646355026E-1 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/16/vL |
| rl Step — cases — case overcurrent — samples — sample/control 16 — resistor voltage | approximation | 6.109893833332405081762308127639447453271472405320853568617599564635503E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/16/vR |
| rl Step — cases — case overcurrent — samples — sample/control 16 — current derivative | approximation | -3.663127777746836058743604254648248442382413510695118953919985487850086E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/16/didt |
| rl Step — cases — case overcurrent — samples — sample/control 16 — inductor absorbed power | approximation | -5.595330454991007639761823119706630969366890306158774239043350956148622E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/16/pL |
| rl Step — cases — case overcurrent — samples — sample/control 16 — resistor absorbed power | approximation | 3.110900221216112617278772295016790036329405105722014526699233291879238E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/16/pR |
| rl Step — cases — case overcurrent — samples — sample/control 16 — source-delivered power | approximation | 3.054946916666202540881154063819723726635736202660426784308799782317751E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/16/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 16 — stored energy | approximation | 3.888625276520140771598465368770987545411756382152518158374041614849047E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/16/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 16 — storage-energy change | approximation | -1.111137472347985922840153463122901245458824361784748184162595838515095E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/16/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 16 — cumulative resistor work | approximation | 4.847400743181435287619864947167970313799890311119641488085395892935657E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/16/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 16 — cumulative source-delivered work | approximation | 3.736263270833449364779711484045069068341065949334893303922800054420562E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/16/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/17/u |
| rl Step — cases — case overcurrent — samples — sample/control 17 — physical SI time | approximation | 1.062500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/17/t |
| rl Step — cases — case overcurrent — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/17/E |
| rl Step — cases — case overcurrent — samples — sample/control 17 — associated branch current | approximation | 5.071321169544996276366434729280007719999749583771200633384182694104691E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/17/i |
| rl Step — cases — case overcurrent — samples — sample/control 17 — inductor voltage | approximation | -8.558540345399553163972167513600926399969950052544076006101923292562895E-2 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/17/vL |
| rl Step — cases — case overcurrent — samples — sample/control 17 — resistor voltage | approximation | 6.085585403453995531639721675136009263999699500525440760061019232925629E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/17/vR |
| rl Step — cases — case overcurrent — samples — sample/control 17 — current derivative | approximation | -2.852846781799851054657389171200308799989983350848025335367307764187632E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/17/didt |
| rl Step — cases — case overcurrent — samples — sample/control 17 — inductor absorbed power | approximation | -4.340310683402969834296763785946583116174168484292741410960713586836534E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/17/pL |
| rl Step — cases — case overcurrent — samples — sample/control 17 — resistor absorbed power | approximation | 3.086195808561027464162828475427470463161591435105647794140116752331180E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/17/pR |
| rl Step — cases — case overcurrent — samples — sample/control 17 — source-delivered power | approximation | 3.042792701726997765819860837568004631999849750262720380030509616462814E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/17/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 17 — stored energy | approximation | 3.857744760701284330203535594284338078951989293882059742675145940413975E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/17/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 17 — storage-energy change | approximation | -1.114225523929871566979646440571566192104801070611794025732485405958603E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/17/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 17 — cumulative resistor work | approximation | 5.041027348498122125524681231179565034104838633046113930724858001842899E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/17/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 17 — cumulative source-delivered work | approximation | 3.926801824568250558545034790607998842000037562434319904992372595884296E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/17/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/18/u |
| rl Step — cases — case overcurrent — samples — sample/control 18 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/18/t |
| rl Step — cases — case overcurrent — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/18/E |
| rl Step — cases — case overcurrent — samples — sample/control 18 — associated branch current | approximation | 5.055544982691211532480715671434652638857696337528856651132073440666852E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/18/i |
| rl Step — cases — case overcurrent — samples — sample/control 18 — inductor voltage | approximation | -6.665397922945383897685880572158316662923560503462798135848812880022281E-2 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/18/vL |
| rl Step — cases — case overcurrent — samples — sample/control 18 — resistor voltage | approximation | 6.066653979229453838976858805721583166629235605034627981358488128800223E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/18/vR |
| rl Step — cases — case overcurrent — samples — sample/control 18 — current derivative | approximation | -2.221799307648461299228626857386105554307853501154266045282937626674094E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/18/didt |
| rl Step — cases — case overcurrent — samples — sample/control 18 — inductor absorbed power | approximation | -3.369721902698695813692231293298168479283426101418080783684751053554693E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/18/pL |
| rl Step — cases — case overcurrent — samples — sample/control 18 — resistor absorbed power | approximation | 3.067024208641713877625351715793773268107452063531494798516091574935658E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/18/pR |
| rl Step — cases — case overcurrent — samples — sample/control 18 — source-delivered power | approximation | 3.033326989614726919488429402860791583314617802517313990679244064400111E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/18/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 18 — stored energy | approximation | 3.833780260802142347031689644742216585134315079414368498145114468669573E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/18/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 18 — storage-energy change | approximation | -1.116621973919785765296831035525778341486568492058563150185488553133043E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/18/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 18 — cumulative resistor work | approximation | 5.233290226516104035424723684810580445657914041429234652515677537033015E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/18/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 18 — cumulative source-delivered work | approximation | 4.116668252596318270127892649284802104171345549370671502330188983899972E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/18/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/19/u |
| rl Step — cases — case overcurrent — samples — sample/control 19 — physical SI time | approximation | 1.187500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/19/t |
| rl Step — cases — case overcurrent — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/19/E |
| rl Step — cases — case overcurrent — samples — sample/control 19 — associated branch current | approximation | 5.043258476015603170885357519786251954240831655988540212728532931336690E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/19/i |
| rl Step — cases — case overcurrent — samples — sample/control 19 — inductor voltage | approximation | -5.191017121872380506242902374350234508899798718624825527423951760402770E-2 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/19/vL |
| rl Step — cases — case overcurrent — samples — sample/control 19 — resistor voltage | approximation | 6.051910171218723805062429023743502345088997987186248255274239517604028E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/19/vR |
| rl Step — cases — case overcurrent — samples — sample/control 19 — current derivative | approximation | -1.730339040624126835414300791450078169633266239541608509141317253467590E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/19/didt |
| rl Step — cases — case overcurrent — samples — sample/control 19 — inductor absorbed power | approximation | -2.617964109902500430562807982981483804283795428988513579594771684991373E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/19/pL |
| rl Step — cases — case overcurrent — samples — sample/control 19 — resistor absorbed power | approximation | 3.052134726708386906836842591701566010587336947883009263433067475651928E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/19/pR |
| rl Step — cases — case overcurrent — samples — sample/control 19 — source-delivered power | approximation | 3.025955085609361902531214511871751172544498993593124127637119758802014E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/19/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 19 — stored energy | approximation | 3.815168408385483633546053239626957513234171184853761579291334344564909E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/19/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 19 — storage-energy change | approximation | -1.118483159161451636645394676037304248676582881514623842070866565543509E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/19/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 19 — cumulative resistor work | approximation | 5.424494387759111161012591048069366455540458133116342810161586625843006E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/19/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 19 — cumulative source-delivered work | approximation | 4.306011228597659524367196372032062206863875251601718968090720060299497E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/19/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/20/u |
| rl Step — cases — case overcurrent — samples — sample/control 20 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/20/t |
| rl Step — cases — case overcurrent — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/20/E |
| rl Step — cases — case overcurrent — samples — sample/control 20 — associated branch current | approximation | 5.033689734995427335483180242115742121244247925136775427151527657863418E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/20/i |
| rl Step — cases — case overcurrent — samples — sample/control 20 — inductor voltage | approximation | -4.042768199451280257981629053889054549309751016413051258183318943610114E-2 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/20/vL |
| rl Step — cases — case overcurrent — samples — sample/control 20 — resistor voltage | approximation | 6.040427681994512802579816290538890545493097510164130512581833189436101E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/20/vR |
| rl Step — cases — case overcurrent — samples — sample/control 20 — current derivative | approximation | -1.347589399817093419327209684629684849769917005471017086061106314536705E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/20/didt |
| rl Step — cases — case overcurrent — samples — sample/control 20 — inductor absorbed power | approximation | -2.035004078654385584451491981612692457726250934866495119869380863500357E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/20/pL |
| rl Step — cases — case overcurrent — samples — sample/control 20 — resistor absorbed power | approximation | 3.040563881783800257134423065085572197323811264430730207489610403353054E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/20/pR |
| rl Step — cases — case overcurrent — samples — sample/control 20 — source-delivered power | approximation | 3.020213840997256401289908145269445272746548755082065256290916594718051E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/20/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 20 — stored energy | approximation | 3.800704852229750321418028831356965246654764080538412759362013004191318E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/20/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 20 — storage-energy change | approximation | -1.119929514777024967858197116864303475334523591946158724063798699580868E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/20/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 20 — cumulative resistor work | approximation | 5.614876054527710867535720080546942157147886403175642409991069550901356E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/20/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 20 — cumulative source-delivered work | approximation | 4.494946539750685899677522963682638681813362811229483685927270851320487E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/20/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/21/u |
| rl Step — cases — case overcurrent — samples — sample/control 21 — physical SI time | approximation | 1.312500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/21/t |
| rl Step — cases — case overcurrent — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/21/E |
| rl Step — cases — case overcurrent — samples — sample/control 21 — associated branch current | approximation | 5.026237591995906921382467646706895534031649556427426157569272889685650E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/21/i |
| rl Step — cases — case overcurrent — samples — sample/control 21 — inductor voltage | approximation | -3.148511039508830565896117604827464083797946771291138908312746762278050E-2 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/21/vL |
| rl Step — cases — case overcurrent — samples — sample/control 21 — resistor voltage | approximation | 6.031485110395088305658961176048274640837979467712911389083127467622781E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/21/vR |
| rl Step — cases — case overcurrent — samples — sample/control 21 — current derivative | approximation | -1.049503679836276855298705868275821361265982257097046302770915587426017E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/21/didt |
| rl Step — cases — case overcurrent — samples — sample/control 21 — inductor absorbed power | approximation | -1.582516454559339430305282131544459695229450344167338672952527560674777E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/21/pL |
| rl Step — cases — case overcurrent — samples — sample/control 21 — resistor absorbed power | approximation | 3.031567719743137547132533409339581917371284237298129081271089009418138E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/21/pR |
| rl Step — cases — case overcurrent — samples — sample/control 21 — source-delivered power | approximation | 3.015742555197544152829480588024137320418989733856455694541563733811390E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/21/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 21 — stored energy | approximation | 3.789459649678921933915666761674477396714105296622661351588861261772673E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/21/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 21 — storage-energy change | approximation | -1.121054035032107806608433323832552260328589470337733864841113873822733E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/21/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 21 — cumulative resistor work | approximation | 5.804618396232721768401063176826517930223842036873619941205722940369885E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/21/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 21 — cumulative source-delivered work | approximation | 4.683564361200613961792629852993965669895252566535886076364609066547152E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/21/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/22/u |
| rl Step — cases — case overcurrent — samples — sample/control 22 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/22/t |
| rl Step — cases — case overcurrent — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/22/E |
| rl Step — cases — case overcurrent — samples — sample/control 22 — associated branch current | approximation | 5.020433857192320334967323513423603842041953283254690997103401905378703E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/22/i |
| rl Step — cases — case overcurrent — samples — sample/control 22 — inductor voltage | approximation | -2.452062863078440196078821610832461045034393990562919652408228645444310E-2 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/22/vL |
| rl Step — cases — case overcurrent — samples — sample/control 22 — resistor voltage | approximation | 6.024520628630784401960788216108324610450343939905629196524082286454443E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/22/vR |
| rl Step — cases — case overcurrent — samples — sample/control 22 — current derivative | approximation | -8.173542876928133986929405369441536816781313301876398841360762151481033E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/22/didt |
| rl Step — cases — case overcurrent — samples — sample/control 22 — inductor absorbed power | approximation | -1.231041941776293795833201460624404786240578409369245963547551743856212E-2 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/22/pL |
| rl Step — cases — case overcurrent — samples — sample/control 22 — resistor absorbed power | approximation | 3.024570733733155138938726122660406353087577754046507057897516660665784E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/22/pR |
| rl Step — cases — case overcurrent — samples — sample/control 22 — source-delivered power | approximation | 3.012260314315392200980394108054162305225171969952814598262041143227222E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/22/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 22 — stored energy | approximation | 3.780713417166443923673407653325507941359472192558133822371895825832230E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/22/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 22 — storage-energy change | approximation | -1.121928658283355607632659234667449205864052780744186617762810417416777E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/22/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 22 — cumulative resistor work | approximation | 5.993863579704507557387560707653908629557759788255982968197300131609972E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/22/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 22 — cumulative source-delivered work | approximation | 4.871934921421151949754901472986459423693707007511796350434489714193195E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/22/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/23/u |
| rl Step — cases — case overcurrent — samples — sample/control 23 — physical SI time | approximation | 1.437500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/23/t |
| rl Step — cases — case overcurrent — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/23/E |
| rl Step — cases — case overcurrent — samples — sample/control 23 — associated branch current | approximation | 5.015913903982548335339932090023909256729698639505286440013280530207948E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/23/i |
| rl Step — cases — case overcurrent — samples — sample/control 23 — inductor voltage | approximation | -1.909668477905800240791850802869110807563836740634372801593663624953710E-2 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/23/vL |
| rl Step — cases — case overcurrent — samples — sample/control 23 — resistor voltage | approximation | 6.019096684779058002407918508028691108075638367406343728015936636249537E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/23/vR |
| rl Step — cases — case overcurrent — samples — sample/control 23 — current derivative | approximation | -6.365561593019334135972836009563702691879455802114576005312212083179032E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/23/didt |
| rl Step — cases — case overcurrent — samples — sample/control 23 — inductor absorbed power | approximation | -9.578732670324893336146078081592813529716204024735931200455501391612368E-3 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/23/pL |
| rl Step — cases — case overcurrent — samples — sample/control 23 — resistor absorbed power | approximation | 3.019127075059853894540105332095938367567535387727907795208423819516381E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/23/pR |
| rl Step — cases — case overcurrent — samples — sample/control 23 — source-delivered power | approximation | 3.009548342389529001203959254014345554037819183703171864007968318124769E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/23/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 23 — stored energy | approximation | 3.773908843824817368175131665119922959459419234659884744010529774395476E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/23/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 23 — storage-energy change | approximation | -1.122609115617518263182486833488007704054058076534011525598947022560452E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/23/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 23 — cumulative resistor work | approximation | 6.182722030020136012881497019984421315544603280608218559596954943029260E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/23/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 23 — cumulative source-delivered work | approximation | 5.060112914402617749699010186496413611490545204074207033998007920468808E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/23/sourceDeliveredWork |
| rl Step — cases — case overcurrent — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/24/u |
| rl Step — cases — case overcurrent — samples — sample/control 24 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/2/samples/24/t |
| rl Step — cases — case overcurrent — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/2/samples/24/E |
| rl Step — cases — case overcurrent — samples — sample/control 24 — associated branch current | approximation | 5.012393760883331792115225837154083339457532397927669725254393120031381E-1 | A70 significant digits in the stored approximation | rlStep/cases/2/samples/24/i |
| rl Step — cases — case overcurrent — samples — sample/control 24 — inductor voltage | approximation | -1.487251305999815053827100458490000734903887751320367030527174403765717E-2 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/24/vL |
| rl Step — cases — case overcurrent — samples — sample/control 24 — resistor voltage | approximation | 6.014872513059998150538271004584900007349038877513203670305271744037657E+0 | V70 significant digits in the stored approximation | rlStep/cases/2/samples/24/vR |
| rl Step — cases — case overcurrent — samples — sample/control 24 — current derivative | approximation | -4.957504353332716846090334861633335783012959171067890101757248012552388E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/2/samples/24/didt |
| rl Step — cases — case overcurrent — samples — sample/control 24 — inductor absorbed power | approximation | -7.454689167059059898411549216986420271453110724546499911562577536458082E-3 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/24/pL |
| rl Step — cases — case overcurrent — samples — sample/control 24 — resistor absorbed power | approximation | 3.014890945697058135167547051509436423945972549481148335064198449555287E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/24/pR |
| rl Step — cases — case overcurrent — samples — sample/control 24 — source-delivered power | approximation | 3.007436256529999075269135502292450003674519438756601835152635872018829E+0 | W70 significant digits in the stored approximation | rlStep/cases/2/samples/24/sourceDeliveredPower |
| rl Step — cases — case overcurrent — samples — sample/control 24 — stored energy | approximation | 3.768613682121322668959433814386795529932465686851435418830248061944108E-2 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/24/storedEnergy |
| rl Step — cases — case overcurrent — samples — sample/control 24 — storage-energy change | approximation | -1.123138631787867733104056618561320447006753431314856458116975193805589E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/24/storedChange |
| rl Step — cases — case overcurrent — samples — sample/control 24 — cumulative resistor work | approximation | 6.371279567655367964286772742988207946088123571625705999328816225800882E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/24/resistorWork |
| rl Step — cases — case overcurrent — samples — sample/control 24 — cumulative source-delivered work | approximation | 5.248140935867500231182716124426887499081370140310849541211841031995293E-1 | J70 significant digits in the stored approximation | rlStep/cases/2/samples/24/sourceDeliveredWork |
| rl Step — cases — case overcurrent — limit Controls — associated branch current — status | metadata | finite | rlStep/cases/2/limitControls/i/status | |
| rl Step — cases — case overcurrent — limit Controls — associated branch current — value | rational | 1/2 | A | rlStep/cases/2/limitControls/i/value |
| rl Step — cases — case overcurrent — limit Controls — inductor voltage — status | metadata | finite | rlStep/cases/2/limitControls/vL/status | |
| rl Step — cases — case overcurrent — limit Controls — inductor voltage — value | rational | 0 | V | rlStep/cases/2/limitControls/vL/value |
| rl Step — cases — case overcurrent — limit Controls — resistor voltage — status | metadata | finite | rlStep/cases/2/limitControls/vR/status | |
| rl Step — cases — case overcurrent — limit Controls — resistor voltage — value | rational | 6 | V | rlStep/cases/2/limitControls/vR/value |
| rl Step — cases — case overcurrent — limit Controls — current derivative — status | metadata | finite | rlStep/cases/2/limitControls/didt/status | |
| rl Step — cases — case overcurrent — limit Controls — current derivative — value | rational | 0 | A/s | rlStep/cases/2/limitControls/didt/value |
| rl Step — cases — case overcurrent — limit Controls — inductor absorbed power — status | metadata | finite | rlStep/cases/2/limitControls/pL/status | |
| rl Step — cases — case overcurrent — limit Controls — inductor absorbed power — value | rational | 0 | W | rlStep/cases/2/limitControls/pL/value |
| rl Step — cases — case overcurrent — limit Controls — resistor absorbed power — status | metadata | finite | rlStep/cases/2/limitControls/pR/status | |
| rl Step — cases — case overcurrent — limit Controls — resistor absorbed power — value | rational | 3 | W | rlStep/cases/2/limitControls/pR/value |
| rl Step — cases — case overcurrent — limit Controls — source-delivered power — status | metadata | finite | rlStep/cases/2/limitControls/sourceDeliveredPower/status | |
| rl Step — cases — case overcurrent — limit Controls — source-delivered power — value | rational | 3 | W | rlStep/cases/2/limitControls/sourceDeliveredPower/value |
| rl Step — cases — case overcurrent — limit Controls — stored energy — status | metadata | finite | rlStep/cases/2/limitControls/storedEnergy/status | |
| rl Step — cases — case overcurrent — limit Controls — stored energy — value | rational | 3/80 | J | rlStep/cases/2/limitControls/storedEnergy/value |
| rl Step — cases — case overcurrent — limit Controls — storage-energy change — status | metadata | finite | rlStep/cases/2/limitControls/storedChange/status | |
| rl Step — cases — case overcurrent — limit Controls — storage-energy change — value | rational | -9/80 | J | rlStep/cases/2/limitControls/storedChange/value |
| rl Step — cases — case overcurrent — limit Controls — cumulative resistor work — status | metadata | positive-infinity | rlStep/cases/2/limitControls/resistorWork/status | |
| rl Step — cases — case overcurrent — limit Controls — cumulative resistor work — value | null | null — see the explicit limit/status/reason in this source record | rlStep/cases/2/limitControls/resistorWork/value | |
| rl Step — cases — case overcurrent — limit Controls — cumulative resistor work — unit | metadata | J | rlStep/cases/2/limitControls/resistorWork/unit | |
| rl Step — cases — case overcurrent — limit Controls — cumulative resistor work — reason | metadata | nonzero steady current dissipates ongoing work | rlStep/cases/2/limitControls/resistorWork/reason | |
| rl Step — cases — case overcurrent — limit Controls — cumulative source-delivered work — status | metadata | positive-infinity | rlStep/cases/2/limitControls/sourceDeliveredWork/status | |
| rl Step — cases — case overcurrent — limit Controls — cumulative source-delivered work — value | null | null — see the explicit limit/status/reason in this source record | rlStep/cases/2/limitControls/sourceDeliveredWork/value | |
| rl Step — cases — case overcurrent — limit Controls — cumulative source-delivered work — unit | metadata | J | rlStep/cases/2/limitControls/sourceDeliveredWork/unit | |
| rl Step — cases — case overcurrent — limit Controls — cumulative source-delivered work — reason | metadata | nonzero steady source power continues indefinitely | rlStep/cases/2/limitControls/sourceDeliveredWork/reason | |
| rl Step — cases — case natural — id | metadata | natural | rlStep/cases/3/id | |
| rl Step — cases — case natural — source V | rational | 0 | V | rlStep/cases/3/sourceV |
| rl Step — cases — case natural — initial A | rational | 3/4 | A | rlStep/cases/3/initialA |
| rl Step — cases — case natural — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | rlStep/cases/3/initialExact/u |
| rl Step — cases — case natural — initial Exact — physical SI time | rational | 0 | s | rlStep/cases/3/initialExact/t |
| rl Step — cases — case natural — initial Exact — retained exponential | rational | 1 | dimensionless | rlStep/cases/3/initialExact/E |
| rl Step — cases — case natural — initial Exact — associated branch current | rational | 3/4 | A | rlStep/cases/3/initialExact/i |
| rl Step — cases — case natural — initial Exact — inductor voltage | rational | -9 | V | rlStep/cases/3/initialExact/vL |
| rl Step — cases — case natural — initial Exact — resistor voltage | rational | 9 | V | rlStep/cases/3/initialExact/vR |
| rl Step — cases — case natural — initial Exact — current derivative | rational | -30 | A/s | rlStep/cases/3/initialExact/didt |
| rl Step — cases — case natural — initial Exact — inductor absorbed power | rational | -27/4 | W | rlStep/cases/3/initialExact/pL |
| rl Step — cases — case natural — initial Exact — resistor absorbed power | rational | 27/4 | W | rlStep/cases/3/initialExact/pR |
| rl Step — cases — case natural — initial Exact — source-delivered power | rational | 0 | W | rlStep/cases/3/initialExact/sourceDeliveredPower |
| rl Step — cases — case natural — initial Exact — stored energy | rational | 27/320 | J | rlStep/cases/3/initialExact/storedEnergy |
| rl Step — cases — case natural — initial Exact — storage-energy change | rational | 0 | J | rlStep/cases/3/initialExact/storedChange |
| rl Step — cases — case natural — initial Exact — cumulative resistor work | rational | 0 | J | rlStep/cases/3/initialExact/resistorWork |
| rl Step — cases — case natural — initial Exact — cumulative source-delivered work | rational | 0 | J | rlStep/cases/3/initialExact/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/0/u |
| rl Step — cases — case natural — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/0/t |
| rl Step — cases — case natural — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/0/E |
| rl Step — cases — case natural — samples — sample/control 0 — associated branch current | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/0/i |
| rl Step — cases — case natural — samples — sample/control 0 — inductor voltage | approximation | -9.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/0/vL |
| rl Step — cases — case natural — samples — sample/control 0 — resistor voltage | approximation | 9.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/0/vR |
| rl Step — cases — case natural — samples — sample/control 0 — current derivative | approximation | -3.000000000000000000000000000000000000000000000000000000000000000000000E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/0/didt |
| rl Step — cases — case natural — samples — sample/control 0 — inductor absorbed power | approximation | -6.750000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/0/pL |
| rl Step — cases — case natural — samples — sample/control 0 — resistor absorbed power | approximation | 6.750000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/0/pR |
| rl Step — cases — case natural — samples — sample/control 0 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/0/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 0 — stored energy | approximation | 8.437500000000000000000000000000000000000000000000000000000000000000000E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/0/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/0/storedChange |
| rl Step — cases — case natural — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/0/resistorWork |
| rl Step — cases — case natural — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/0/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/1/u |
| rl Step — cases — case natural — samples — sample/control 1 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/1/t |
| rl Step — cases — case natural — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/1/E |
| rl Step — cases — case natural — samples — sample/control 1 — associated branch current | approximation | 5.841005873035536511838777002337404854725792178196061056809880247011842E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/1/i |
| rl Step — cases — case natural — samples — sample/control 1 — inductor voltage | approximation | -7.009207047642643814206532402804885825670950613835273268171856296414211E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/1/vL |
| rl Step — cases — case natural — samples — sample/control 1 — resistor voltage | approximation | 7.009207047642643814206532402804885825670950613835273268171856296414211E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/1/vR |
| rl Step — cases — case natural — samples — sample/control 1 — current derivative | approximation | -2.336402349214214604735510800934961941890316871278424422723952098804737E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/1/didt |
| rl Step — cases — case natural — samples — sample/control 1 — inductor absorbed power | approximation | -4.094081953060275609325646861190468060732947414538511950859522071461632E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/1/pL |
| rl Step — cases — case natural — samples — sample/control 1 — resistor absorbed power | approximation | 4.094081953060275609325646861190468060732947414538511950859522071461632E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/1/pR |
| rl Step — cases — case natural — samples — sample/control 1 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/1/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 1 — stored energy | approximation | 5.117602441325344511657058576488085075916184268173139938574402589327039E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/1/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 1 — storage-energy change | approximation | -3.319897558674655488342941423511914924083815731826860061425597410672961E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/1/storedChange |
| rl Step — cases — case natural — samples — sample/control 1 — cumulative resistor work | approximation | 3.319897558674655488342941423511914924083815731826860061425597410672961E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/1/resistorWork |
| rl Step — cases — case natural — samples — sample/control 1 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/1/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/2/u |
| rl Step — cases — case natural — samples — sample/control 2 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/2/t |
| rl Step — cases — case natural — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/2/E |
| rl Step — cases — case natural — samples — sample/control 2 — associated branch current | approximation | 4.548979947844750677028496512433853400814386016153902167621691190512924E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/2/i |
| rl Step — cases — case natural — samples — sample/control 2 — inductor voltage | approximation | -5.458775937413700812434195814920624080977263219384682601146029428615509E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/2/vL |
| rl Step — cases — case natural — samples — sample/control 2 — resistor voltage | approximation | 5.458775937413700812434195814920624080977263219384682601146029428615509E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/2/vR |
| rl Step — cases — case natural — samples — sample/control 2 — current derivative | approximation | -1.819591979137900270811398604973541360325754406461560867048676476205170E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/2/didt |
| rl Step — cases — case natural — samples — sample/control 2 — inductor absorbed power | approximation | -2.483186227907235670769785448589860855259225134464432882927898411457865E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/2/pL |
| rl Step — cases — case natural — samples — sample/control 2 — resistor absorbed power | approximation | 2.483186227907235670769785448589860855259225134464432882927898411457865E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/2/pR |
| rl Step — cases — case natural — samples — sample/control 2 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/2/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 2 — stored energy | approximation | 3.103982784884044588462231810737326069074031418080541103659873014322331E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/2/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 2 — storage-energy change | approximation | -5.333517215115955411537768189262673930925968581919458896340126985677669E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/2/storedChange |
| rl Step — cases — case natural — samples — sample/control 2 — cumulative resistor work | approximation | 5.333517215115955411537768189262673930925968581919458896340126985677669E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/2/resistorWork |
| rl Step — cases — case natural — samples — sample/control 2 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/2/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/3/u |
| rl Step — cases — case natural — samples — sample/control 3 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/3/t |
| rl Step — cases — case natural — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/3/E |
| rl Step — cases — case natural — samples — sample/control 3 — associated branch current | approximation | 3.542749145557610303535349132074509347276526843523575117967434581059007E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/3/i |
| rl Step — cases — case natural — samples — sample/control 3 — inductor voltage | approximation | -4.251298974669132364242418958489411216731832212228290141560921497270809E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/3/vL |
| rl Step — cases — case natural — samples — sample/control 3 — resistor voltage | approximation | 4.251298974669132364242418958489411216731832212228290141560921497270809E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/3/vR |
| rl Step — cases — case natural — samples — sample/control 3 — current derivative | approximation | -1.417099658223044121414139652829803738910610737409430047186973832423603E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/3/didt |
| rl Step — cases — case natural — samples — sample/control 3 — inductor absorbed power | approximation | -1.506128581001901345299643177657084519059658498187285469020888401632195E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/3/pL |
| rl Step — cases — case natural — samples — sample/control 3 — resistor absorbed power | approximation | 1.506128581001901345299643177657084519059658498187285469020888401632195E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/3/pR |
| rl Step — cases — case natural — samples — sample/control 3 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/3/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 3 — stored energy | approximation | 1.882660726252376681624553972071355648824573122734106836276110502040244E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/3/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 3 — storage-energy change | approximation | -6.554839273747623318375446027928644351175426877265893163723889497959756E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/3/storedChange |
| rl Step — cases — case natural — samples — sample/control 3 — cumulative resistor work | approximation | 6.554839273747623318375446027928644351175426877265893163723889497959756E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/3/resistorWork |
| rl Step — cases — case natural — samples — sample/control 3 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/3/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/4/u |
| rl Step — cases — case natural — samples — sample/control 4 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/4/t |
| rl Step — cases — case natural — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/4/E |
| rl Step — cases — case natural — samples — sample/control 4 — associated branch current | approximation | 2.759095808785817411966428276210956505843583482738258758808776012730961E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/4/i |
| rl Step — cases — case natural — samples — sample/control 4 — inductor voltage | approximation | -3.310914970542980894359713931453147807012300179285910510570531215277153E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/4/vL |
| rl Step — cases — case natural — samples — sample/control 4 — resistor voltage | approximation | 3.310914970542980894359713931453147807012300179285910510570531215277153E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/4/vR |
| rl Step — cases — case natural — samples — sample/control 4 — current derivative | approximation | -1.103638323514326964786571310484382602337433393095303503523510405092384E+1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/4/didt |
| rl Step — cases — case natural — samples — sample/control 4 — inductor absorbed power | approximation | -9.135131618471356702844965910642697230015129348896371999100723904149953E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/4/pL |
| rl Step — cases — case natural — samples — sample/control 4 — resistor absorbed power | approximation | 9.135131618471356702844965910642697230015129348896371999100723904149953E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/4/pR |
| rl Step — cases — case natural — samples — sample/control 4 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/4/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 4 — stored energy | approximation | 1.141891452308919587855620738830337153751891168612046499887590488018744E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/4/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 4 — storage-energy change | approximation | -7.295608547691080412144379261169662846248108831387953500112409511981256E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/4/storedChange |
| rl Step — cases — case natural — samples — sample/control 4 — cumulative resistor work | approximation | 7.295608547691080412144379261169662846248108831387953500112409511981256E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/4/resistorWork |
| rl Step — cases — case natural — samples — sample/control 4 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/4/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/5/u |
| rl Step — cases — case natural — samples — sample/control 5 — physical SI time | approximation | 3.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/5/t |
| rl Step — cases — case natural — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/5/E |
| rl Step — cases — case natural — samples — sample/control 5 — associated branch current | approximation | 2.148785976451425752436640699858782020948630942461882853162866584091040E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/5/i |
| rl Step — cases — case natural — samples — sample/control 5 — inductor voltage | approximation | -2.578543171741710902923968839830538425138357130954259423795439900909248E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/5/vL |
| rl Step — cases — case natural — samples — sample/control 5 — resistor voltage | approximation | 2.578543171741710902923968839830538425138357130954259423795439900909248E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/5/vR |
| rl Step — cases — case natural — samples — sample/control 5 — current derivative | approximation | -8.595143905805703009746562799435128083794523769847531412651466336364159E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/5/didt |
| rl Step — cases — case natural — samples — sample/control 5 — inductor absorbed power | approximation | -5.540737407113168673943185526533287029051778168541973797088692709777671E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/5/pL |
| rl Step — cases — case natural — samples — sample/control 5 — resistor absorbed power | approximation | 5.540737407113168673943185526533287029051778168541973797088692709777671E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/5/pR |
| rl Step — cases — case natural — samples — sample/control 5 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/5/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 5 — stored energy | approximation | 6.925921758891460842428981908166608786314722710677467246360865887222089E-3 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/5/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 5 — storage-energy change | approximation | -7.744907824110853915757101809183339121368527728932253275363913411277791E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/5/storedChange |
| rl Step — cases — case natural — samples — sample/control 5 — cumulative resistor work | approximation | 7.744907824110853915757101809183339121368527728932253275363913411277791E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/5/resistorWork |
| rl Step — cases — case natural — samples — sample/control 5 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/5/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/6/u |
| rl Step — cases — case natural — samples — sample/control 6 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/6/t |
| rl Step — cases — case natural — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/6/E |
| rl Step — cases — case natural — samples — sample/control 6 — associated branch current | approximation | 1.673476201113223716999603530730093910066287220208094965578764890702439E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/6/i |
| rl Step — cases — case natural — samples — sample/control 6 — inductor voltage | approximation | -2.008171441335868460399524236876112692079544664249713958694517868842926E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/6/vL |
| rl Step — cases — case natural — samples — sample/control 6 — resistor voltage | approximation | 2.008171441335868460399524236876112692079544664249713958694517868842926E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/6/vR |
| rl Step — cases — case natural — samples — sample/control 6 — current derivative | approximation | -6.693904804452894867998414122920375640265148880832379862315059562809755E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/6/didt |
| rl Step — cases — case natural — samples — sample/control 6 — inductor absorbed power | approximation | -3.360627114830816151105613056379169922639722472718567050814871613409095E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/6/pL |
| rl Step — cases — case natural — samples — sample/control 6 — resistor absorbed power | approximation | 3.360627114830816151105613056379169922639722472718567050814871613409095E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/6/pR |
| rl Step — cases — case natural — samples — sample/control 6 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/6/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 6 — stored energy | approximation | 4.200783893538520188882016320473962403299653090898208813518589516761369E-3 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/6/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 6 — storage-energy change | approximation | -8.017421610646147981111798367952603759670034690910179118648141048323863E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/6/storedChange |
| rl Step — cases — case natural — samples — sample/control 6 — cumulative resistor work | approximation | 8.017421610646147981111798367952603759670034690910179118648141048323863E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/6/resistorWork |
| rl Step — cases — case natural — samples — sample/control 6 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/6/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/7/u |
| rl Step — cases — case natural — samples — sample/control 7 — physical SI time | approximation | 4.375000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/7/t |
| rl Step — cases — case natural — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/7/E |
| rl Step — cases — case natural — samples — sample/control 7 — associated branch current | approximation | 1.303304575878338450105379439997782620110406400049287782629860404404271E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/7/i |
| rl Step — cases — case natural — samples — sample/control 7 — inductor voltage | approximation | -1.563965491054006140126455327997339144132487680059145339155832485285126E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/7/vL |
| rl Step — cases — case natural — samples — sample/control 7 — resistor voltage | approximation | 1.563965491054006140126455327997339144132487680059145339155832485285126E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/7/vR |
| rl Step — cases — case natural — samples — sample/control 7 — current derivative | approximation | -5.213218303513353800421517759991130480441625600197151130519441617617086E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/7/didt |
| rl Step — cases — case natural — samples — sample/control 7 — inductor absorbed power | approximation | -2.038323381006498799935574734544339542337085926716847950315465058240519E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/7/pL |
| rl Step — cases — case natural — samples — sample/control 7 — resistor absorbed power | approximation | 2.038323381006498799935574734544339542337085926716847950315465058240519E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/7/pR |
| rl Step — cases — case natural — samples — sample/control 7 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/7/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 7 — stored energy | approximation | 2.547904226258123499919468418180424427921357408396059937894331322800649E-3 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/7/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 7 — storage-energy change | approximation | -8.182709577374187650008053158181957557207864259160394006210566867719935E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/7/storedChange |
| rl Step — cases — case natural — samples — sample/control 7 — cumulative resistor work | approximation | 8.182709577374187650008053158181957557207864259160394006210566867719935E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/7/resistorWork |
| rl Step — cases — case natural — samples — sample/control 7 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/7/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/8/u |
| rl Step — cases — case natural — samples — sample/control 8 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/8/t |
| rl Step — cases — case natural — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/8/E |
| rl Step — cases — case natural — samples — sample/control 8 — associated branch current | approximation | 1.015014624274595189204996212293633025557236594321819111011191544905550E-1 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/8/i |
| rl Step — cases — case natural — samples — sample/control 8 — inductor voltage | approximation | -1.218017549129514227045995454752359630668683913186182933213429853886660E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/8/vL |
| rl Step — cases — case natural — samples — sample/control 8 — resistor voltage | approximation | 1.218017549129514227045995454752359630668683913186182933213429853886660E+0 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/8/vR |
| rl Step — cases — case natural — samples — sample/control 8 — current derivative | approximation | -4.060058497098380756819984849174532102228946377287276444044766179622201E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/8/didt |
| rl Step — cases — case natural — samples — sample/control 8 — inductor absorbed power | approximation | -1.236305624989557169825966435943783849304064559859602646947995102149404E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/8/pL |
| rl Step — cases — case natural — samples — sample/control 8 — resistor absorbed power | approximation | 1.236305624989557169825966435943783849304064559859602646947995102149404E-1 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/8/pR |
| rl Step — cases — case natural — samples — sample/control 8 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/8/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 8 — stored energy | approximation | 1.545382031236946462282458044929729811630080699824503308684993877686755E-3 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/8/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 8 — storage-energy change | approximation | -8.282961796876305353771754195507027018836991930017549669131500612231324E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/8/storedChange |
| rl Step — cases — case natural — samples — sample/control 8 — cumulative resistor work | approximation | 8.282961796876305353771754195507027018836991930017549669131500612231324E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/8/resistorWork |
| rl Step — cases — case natural — samples — sample/control 8 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/8/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/9/u |
| rl Step — cases — case natural — samples — sample/control 9 — physical SI time | approximation | 5.625000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/9/t |
| rl Step — cases — case natural — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/9/E |
| rl Step — cases — case natural — samples — sample/control 9 — associated branch current | approximation | 7.904941842139825258741326693052357295136830503295840036163306855741232E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/9/i |
| rl Step — cases — case natural — samples — sample/control 9 — inductor voltage | approximation | -9.485930210567790310489592031662828754164196603955008043395968226889479E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/9/vL |
| rl Step — cases — case natural — samples — sample/control 9 — resistor voltage | approximation | 9.485930210567790310489592031662828754164196603955008043395968226889479E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/9/vR |
| rl Step — cases — case natural — samples — sample/control 9 — current derivative | approximation | -3.161976736855930103496530677220942918054732201318336014465322742296493E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/9/didt |
| rl Step — cases — case natural — samples — sample/control 9 — inductor absorbed power | approximation | -7.498572663313556884896615643678106245789005566395647902829914490025066E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/9/pL |
| rl Step — cases — case natural — samples — sample/control 9 — resistor absorbed power | approximation | 7.498572663313556884896615643678106245789005566395647902829914490025066E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/9/pR |
| rl Step — cases — case natural — samples — sample/control 9 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/9/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 9 — stored energy | approximation | 9.373215829141946106120769554597632807236256957994559878537393112531333E-4 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/9/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 9 — storage-energy change | approximation | -8.343767841708580538938792304454023671927637430420054401214626068874687E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/9/storedChange |
| rl Step — cases — case natural — samples — sample/control 9 — cumulative resistor work | approximation | 8.343767841708580538938792304454023671927637430420054401214626068874687E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/9/resistorWork |
| rl Step — cases — case natural — samples — sample/control 9 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/9/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/10/u |
| rl Step — cases — case natural — samples — sample/control 10 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/10/t |
| rl Step — cases — case natural — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/10/E |
| rl Step — cases — case natural — samples — sample/control 10 — associated branch current | approximation | 6.156374896792409637714650585036985587835309076157748663431880788641857E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/10/i |
| rl Step — cases — case natural — samples — sample/control 10 — inductor voltage | approximation | -7.387649876150891565257580702044382705402370891389298396118256946370228E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/10/vL |
| rl Step — cases — case natural — samples — sample/control 10 — resistor voltage | approximation | 7.387649876150891565257580702044382705402370891389298396118256946370228E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/10/vR |
| rl Step — cases — case natural — samples — sample/control 10 — current derivative | approximation | -2.462549958716963855085860234014794235134123630463099465372752315456743E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/10/didt |
| rl Step — cases — case natural — samples — sample/control 10 — inductor absorbed power | approximation | -4.548114224382690290229332685625186367973469893464682665456233811561378E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/10/pL |
| rl Step — cases — case natural — samples — sample/control 10 — resistor absorbed power | approximation | 4.548114224382690290229332685625186367973469893464682665456233811561378E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/10/pR |
| rl Step — cases — case natural — samples — sample/control 10 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/10/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 10 — stored energy | approximation | 5.685142780478362862786665857031482959966837366830853331820292264451722E-4 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/10/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 10 — storage-energy change | approximation | -8.380648572195216371372133341429685170400331626331691466681797077355483E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/10/storedChange |
| rl Step — cases — case natural — samples — sample/control 10 — cumulative resistor work | approximation | 8.380648572195216371372133341429685170400331626331691466681797077355483E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/10/resistorWork |
| rl Step — cases — case natural — samples — sample/control 10 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/10/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/11/u |
| rl Step — cases — case natural — samples — sample/control 11 — physical SI time | approximation | 6.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/11/t |
| rl Step — cases — case natural — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/11/E |
| rl Step — cases — case natural — samples — sample/control 11 — associated branch current | approximation | 4.794589590503067952682251916846381198147557130907633616364262277013670E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/11/i |
| rl Step — cases — case natural — samples — sample/control 11 — inductor voltage | approximation | -5.753507508603681543218702300215657437777068557089160339637114732416404E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/11/vL |
| rl Step — cases — case natural — samples — sample/control 11 — resistor voltage | approximation | 5.753507508603681543218702300215657437777068557089160339637114732416404E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/11/vR |
| rl Step — cases — case natural — samples — sample/control 11 — current derivative | approximation | -1.917835836201227181072900766738552479259022852363053446545704910805468E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/11/didt |
| rl Step — cases — case natural — samples — sample/control 11 — inductor absorbed power | approximation | -2.758570720963245220588674312186518675663693239383284608959257226124849E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/11/pL |
| rl Step — cases — case natural — samples — sample/control 11 — resistor absorbed power | approximation | 2.758570720963245220588674312186518675663693239383284608959257226124849E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/11/pR |
| rl Step — cases — case natural — samples — sample/control 11 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/11/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 11 — stored energy | approximation | 3.448213401204056525735842890233148344579616549229105761199071532656061E-4 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/11/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 11 — storage-energy change | approximation | -8.403017865987959434742641571097668516554203834507708942388009284673439E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/11/storedChange |
| rl Step — cases — case natural — samples — sample/control 11 — cumulative resistor work | approximation | 8.403017865987959434742641571097668516554203834507708942388009284673439E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/11/resistorWork |
| rl Step — cases — case natural — samples — sample/control 11 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/11/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/12/u |
| rl Step — cases — case natural — samples — sample/control 12 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/12/t |
| rl Step — cases — case natural — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/12/E |
| rl Step — cases — case natural — samples — sample/control 12 — associated branch current | approximation | 3.734030127589795723450681173754633247377469414131741167572079570454550E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/12/i |
| rl Step — cases — case natural — samples — sample/control 12 — inductor voltage | approximation | -4.480836153107754868140817408505559896852963296958089401086495484545460E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/12/vL |
| rl Step — cases — case natural — samples — sample/control 12 — resistor voltage | approximation | 4.480836153107754868140817408505559896852963296958089401086495484545460E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/12/vR |
| rl Step — cases — case natural — samples — sample/control 12 — current derivative | approximation | -1.493612051035918289380272469501853298950987765652696467028831828181820E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/12/didt |
| rl Step — cases — case natural — samples — sample/control 12 — inductor absorbed power | approximation | -1.673157719249791935555488015801250826766873720235412909343071204236431E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/12/pL |
| rl Step — cases — case natural — samples — sample/control 12 — resistor absorbed power | approximation | 1.673157719249791935555488015801250826766873720235412909343071204236431E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/12/pR |
| rl Step — cases — case natural — samples — sample/control 12 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/12/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 12 — stored energy | approximation | 2.091447149062239919444360019751563533458592150294266136678839005295539E-4 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/12/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 12 — storage-energy change | approximation | -8.416585528509377600805556399802484364665414078497057338633211609947045E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/12/storedChange |
| rl Step — cases — case natural — samples — sample/control 12 — cumulative resistor work | approximation | 8.416585528509377600805556399802484364665414078497057338633211609947045E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/12/resistorWork |
| rl Step — cases — case natural — samples — sample/control 12 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/12/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/13/u |
| rl Step — cases — case natural — samples — sample/control 13 — physical SI time | approximation | 8.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/13/t |
| rl Step — cases — case natural — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/13/E |
| rl Step — cases — case natural — samples — sample/control 13 — associated branch current | approximation | 2.908065587379150741517487645069710744510804645201510927552189574482008E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/13/i |
| rl Step — cases — case natural — samples — sample/control 13 — inductor voltage | approximation | -3.489678704854980889820985174083652893412965574241813113062627489378410E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/13/vL |
| rl Step — cases — case natural — samples — sample/control 13 — resistor voltage | approximation | 3.489678704854980889820985174083652893412965574241813113062627489378410E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/13/vR |
| rl Step — cases — case natural — samples — sample/control 13 — current derivative | approximation | -1.163226234951660296606995058027884297804321858080604371020875829792803E+0 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/13/didt |
| rl Step — cases — case natural — samples — sample/control 13 — inductor absorbed power | approximation | -1.014821455259861401983459749213166335250346246854501440175333690576679E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/13/pL |
| rl Step — cases — case natural — samples — sample/control 13 — resistor absorbed power | approximation | 1.014821455259861401983459749213166335250346246854501440175333690576679E-2 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/13/pR |
| rl Step — cases — case natural — samples — sample/control 13 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/13/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 13 — stored energy | approximation | 1.268526819074826752479324686516457919062932808568126800219167113220848E-4 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/13/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 13 — storage-energy change | approximation | -8.424814731809251732475206753134835420809370671914318731997808328867792E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/13/storedChange |
| rl Step — cases — case natural — samples — sample/control 13 — cumulative resistor work | approximation | 8.424814731809251732475206753134835420809370671914318731997808328867792E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/13/resistorWork |
| rl Step — cases — case natural — samples — sample/control 13 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/13/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/14/u |
| rl Step — cases — case natural — samples — sample/control 14 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/14/t |
| rl Step — cases — case natural — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/14/E |
| rl Step — cases — case natural — samples — sample/control 14 — associated branch current | approximation | 2.264803756673887555483971927271488380374539918574275500350516731378354E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/14/i |
| rl Step — cases — case natural — samples — sample/control 14 — inductor voltage | approximation | -2.717764508008665066580766312725786056449447902289130600420620077654025E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/14/vL |
| rl Step — cases — case natural — samples — sample/control 14 — resistor voltage | approximation | 2.717764508008665066580766312725786056449447902289130600420620077654025E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/14/vR |
| rl Step — cases — case natural — samples — sample/control 14 — current derivative | approximation | -9.059215026695550221935887709085953521498159674297102001402066925513418E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/14/didt |
| rl Step — cases — case natural — samples — sample/control 14 — inductor absorbed power | approximation | -6.155203267492984404021168569762657728697640560193363425508900597753989E-3 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/14/pL |
| rl Step — cases — case natural — samples — sample/control 14 — resistor absorbed power | approximation | 6.155203267492984404021168569762657728697640560193363425508900597753989E-3 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/14/pR |
| rl Step — cases — case natural — samples — sample/control 14 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/14/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 14 — stored energy | approximation | 7.694004084366230505026460712203322160872050700241704281886125747192487E-5 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/14/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 14 — storage-energy change | approximation | -8.429805995915633769494973539287796677839127949299758295718113874252808E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/14/storedChange |
| rl Step — cases — case natural — samples — sample/control 14 — cumulative resistor work | approximation | 8.429805995915633769494973539287796677839127949299758295718113874252808E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/14/resistorWork |
| rl Step — cases — case natural — samples — sample/control 14 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/14/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/15/u |
| rl Step — cases — case natural — samples — sample/control 15 — physical SI time | approximation | 9.375000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/15/t |
| rl Step — cases — case natural — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/15/E |
| rl Step — cases — case natural — samples — sample/control 15 — associated branch current | approximation | 1.763830939200683117711338882532470460255074145480430296007405348586942E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/15/i |
| rl Step — cases — case natural — samples — sample/control 15 — inductor voltage | approximation | -2.116597127040819741253606659038964552306088974576516355208886418304330E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/15/vL |
| rl Step — cases — case natural — samples — sample/control 15 — resistor voltage | approximation | 2.116597127040819741253606659038964552306088974576516355208886418304330E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/15/vR |
| rl Step — cases — case natural — samples — sample/control 15 — current derivative | approximation | -7.055323756802732470845355530129881841020296581921721184029621394347768E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/15/didt |
| rl Step — cases — case natural — samples — sample/control 15 — inductor absorbed power | approximation | -3.733319498497876685938500597579911085226521931471331456998910914202416E-3 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/15/pL |
| rl Step — cases — case natural — samples — sample/control 15 — resistor absorbed power | approximation | 3.733319498497876685938500597579911085226521931471331456998910914202416E-3 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/15/pR |
| rl Step — cases — case natural — samples — sample/control 15 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/15/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 15 — stored energy | approximation | 4.666649373122345857423125746974888856533152414339164321248638642753020E-5 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/15/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 15 — storage-energy change | approximation | -8.432833350626877654142576874253025111143466847585660835678751361357247E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/15/storedChange |
| rl Step — cases — case natural — samples — sample/control 15 — cumulative resistor work | approximation | 8.432833350626877654142576874253025111143466847585660835678751361357247E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/15/resistorWork |
| rl Step — cases — case natural — samples — sample/control 15 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/15/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/16/u |
| rl Step — cases — case natural — samples — sample/control 16 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/16/t |
| rl Step — cases — case natural — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/16/E |
| rl Step — cases — case natural — samples — sample/control 16 — associated branch current | approximation | 1.373672916655063522028851595493093165893405066510669607719994557943782E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/16/i |
| rl Step — cases — case natural — samples — sample/control 16 — inductor voltage | approximation | -1.648407499986076226434621914591711799072086079812803529263993469532539E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/16/vL |
| rl Step — cases — case natural — samples — sample/control 16 — resistor voltage | approximation | 1.648407499986076226434621914591711799072086079812803529263993469532539E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/16/vR |
| rl Step — cases — case natural — samples — sample/control 16 — current derivative | approximation | -5.494691666620254088115406381972372663573620266042678430879978231775129E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/16/didt |
| rl Step — cases — case natural — samples — sample/control 16 — inductor absorbed power | approximation | -2.264372738341954912044376599020811880348575902612155683675886298403574E-3 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/16/pL |
| rl Step — cases — case natural — samples — sample/control 16 — resistor absorbed power | approximation | 2.264372738341954912044376599020811880348575902612155683675886298403574E-3 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/16/pR |
| rl Step — cases — case natural — samples — sample/control 16 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/16/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 16 — stored energy | approximation | 2.830465922927443640055470748776014850435719878265194604594857873004467E-5 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/16/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 16 — storage-energy change | approximation | -8.434669534077072556359944529251223985149564280121734805395405142126996E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/16/storedChange |
| rl Step — cases — case natural — samples — sample/control 16 — cumulative resistor work | approximation | 8.434669534077072556359944529251223985149564280121734805395405142126996E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/16/resistorWork |
| rl Step — cases — case natural — samples — sample/control 16 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/16/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/17/u |
| rl Step — cases — case natural — samples — sample/control 17 — physical SI time | approximation | 1.062500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/17/t |
| rl Step — cases — case natural — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/17/E |
| rl Step — cases — case natural — samples — sample/control 17 — associated branch current | approximation | 1.069817543174944145496520939200115799996243756568009500762740411570362E-2 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/17/i |
| rl Step — cases — case natural — samples — sample/control 17 — inductor voltage | approximation | -1.283781051809932974595825127040138959995492507881611400915288493884434E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/17/vL |
| rl Step — cases — case natural — samples — sample/control 17 — resistor voltage | approximation | 1.283781051809932974595825127040138959995492507881611400915288493884434E-1 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/17/vR |
| rl Step — cases — case natural — samples — sample/control 17 — current derivative | approximation | -4.279270172699776581986083756800463199984975026272038003050961646281448E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/17/didt |
| rl Step — cases — case natural — samples — sample/control 17 — inductor absorbed power | approximation | -1.373411490821848176990300655787698114256852805465826677969418662489436E-3 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/17/pL |
| rl Step — cases — case natural — samples — sample/control 17 — resistor absorbed power | approximation | 1.373411490821848176990300655787698114256852805465826677969418662489436E-3 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/17/pR |
| rl Step — cases — case natural — samples — sample/control 17 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/17/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 17 — stored energy | approximation | 1.716764363527310221237875819734622642821066006832283347461773328111795E-5 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/17/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 17 — storage-energy change | approximation | -8.435783235636472689778762124180265377357178933993167716652538226671888E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/17/storedChange |
| rl Step — cases — case natural — samples — sample/control 17 — cumulative resistor work | approximation | 8.435783235636472689778762124180265377357178933993167716652538226671888E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/17/resistorWork |
| rl Step — cases — case natural — samples — sample/control 17 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/17/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/18/u |
| rl Step — cases — case natural — samples — sample/control 18 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/18/t |
| rl Step — cases — case natural — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/18/E |
| rl Step — cases — case natural — samples — sample/control 18 — associated branch current | approximation | 8.331747403681729872107350715197895828654450629328497669811016100027851E-3 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/18/i |
| rl Step — cases — case natural — samples — sample/control 18 — inductor voltage | approximation | -9.998096884418075846528820858237474994385340755194197203773219320033421E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/18/vL |
| rl Step — cases — case natural — samples — sample/control 18 — resistor voltage | approximation | 9.998096884418075846528820858237474994385340755194197203773219320033421E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/18/vR |
| rl Step — cases — case natural — samples — sample/control 18 — current derivative | approximation | -3.332698961472691948842940286079158331461780251731399067924406440011140E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/18/didt |
| rl Step — cases — case natural — samples — sample/control 18 — inductor absorbed power | approximation | -8.330161775850869591090476624277283259870316179503386046077538047299399E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/18/pL |
| rl Step — cases — case natural — samples — sample/control 18 — resistor absorbed power | approximation | 8.330161775850869591090476624277283259870316179503386046077538047299399E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/18/pR |
| rl Step — cases — case natural — samples — sample/control 18 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/18/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 18 — stored energy | approximation | 1.041270221981358698886309578034660407483789522437923255759692255912425E-5 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/18/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 18 — storage-energy change | approximation | -8.436458729778018641301113690421965339592516210477562076744240307744088E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/18/storedChange |
| rl Step — cases — case natural — samples — sample/control 18 — cumulative resistor work | approximation | 8.436458729778018641301113690421965339592516210477562076744240307744088E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/18/resistorWork |
| rl Step — cases — case natural — samples — sample/control 18 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/18/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/19/u |
| rl Step — cases — case natural — samples — sample/control 19 — physical SI time | approximation | 1.187500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/19/t |
| rl Step — cases — case natural — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/19/E |
| rl Step — cases — case natural — samples — sample/control 19 — associated branch current | approximation | 6.488771402340475632803627967937793136124748398281031909279939700503462E-3 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/19/i |
| rl Step — cases — case natural — samples — sample/control 19 — inductor voltage | approximation | -7.786525682808570759364353561525351763349698077937238291135927640604155E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/19/vL |
| rl Step — cases — case natural — samples — sample/control 19 — resistor voltage | approximation | 7.786525682808570759364353561525351763349698077937238291135927640604155E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/19/vR |
| rl Step — cases — case natural — samples — sample/control 19 — current derivative | approximation | -2.595508560936190253121451187175117254449899359312412763711975880201385E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/19/didt |
| rl Step — cases — case natural — samples — sample/control 19 — inductor absorbed power | approximation | -5.052498517419789924305279056432473712626615677122683573629056077747361E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/19/pL |
| rl Step — cases — case natural — samples — sample/control 19 — resistor absorbed power | approximation | 5.052498517419789924305279056432473712626615677122683573629056077747361E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/19/pR |
| rl Step — cases — case natural — samples — sample/control 19 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/19/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 19 — stored energy | approximation | 6.315623146774737405381598820540592140783269596403354467036320097184201E-6 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/19/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 19 — storage-energy change | approximation | -8.436868437685322526259461840117945940785921673040359664553296367990282E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/19/storedChange |
| rl Step — cases — case natural — samples — sample/control 19 — cumulative resistor work | approximation | 8.436868437685322526259461840117945940785921673040359664553296367990282E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/19/resistorWork |
| rl Step — cases — case natural — samples — sample/control 19 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/19/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/20/u |
| rl Step — cases — case natural — samples — sample/control 20 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/20/t |
| rl Step — cases — case natural — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/20/E |
| rl Step — cases — case natural — samples — sample/control 20 — associated branch current | approximation | 5.053460249314100322477036317361318186637188770516314072729148679512642E-3 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/20/i |
| rl Step — cases — case natural — samples — sample/control 20 — inductor voltage | approximation | -6.064152299176920386972443580833581823964626524619576887274978415415170E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/20/vL |
| rl Step — cases — case natural — samples — sample/control 20 — resistor voltage | approximation | 6.064152299176920386972443580833581823964626524619576887274978415415170E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/20/vR |
| rl Step — cases — case natural — samples — sample/control 20 — current derivative | approximation | -2.021384099725640128990814526944527274654875508206525629091659471805057E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/20/didt |
| rl Step — cases — case natural — samples — sample/control 20 — inductor absorbed power | approximation | -3.064495258967727478652427300337166191059470998493135424987313131442461E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/20/pL |
| rl Step — cases — case natural — samples — sample/control 20 — resistor absorbed power | approximation | 3.064495258967727478652427300337166191059470998493135424987313131442461E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/20/pR |
| rl Step — cases — case natural — samples — sample/control 20 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/20/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 20 — stored energy | approximation | 3.830619073709659348315534125421457738824338748116419281234141414303076E-6 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/20/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 20 — storage-energy change | approximation | -8.437116938092629034065168446587457854226117566125188358071876585858570E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/20/storedChange |
| rl Step — cases — case natural — samples — sample/control 20 — cumulative resistor work | approximation | 8.437116938092629034065168446587457854226117566125188358071876585858570E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/20/resistorWork |
| rl Step — cases — case natural — samples — sample/control 20 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/20/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/21/u |
| rl Step — cases — case natural — samples — sample/control 21 — physical SI time | approximation | 1.312500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/21/t |
| rl Step — cases — case natural — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/21/E |
| rl Step — cases — case natural — samples — sample/control 21 — associated branch current | approximation | 3.935638799386038207370147006034330104747433464113923635390933452847563E-3 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/21/i |
| rl Step — cases — case natural — samples — sample/control 21 — inductor voltage | approximation | -4.722766559263245848844176407241196125696920156936708362469120143417076E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/21/vL |
| rl Step — cases — case natural — samples — sample/control 21 — resistor voltage | approximation | 4.722766559263245848844176407241196125696920156936708362469120143417076E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/21/vR |
| rl Step — cases — case natural — samples — sample/control 21 — current derivative | approximation | -1.574255519754415282948058802413732041898973385645569454156373381139025E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/21/didt |
| rl Step — cases — case natural — samples — sample/control 21 — inductor absorbed power | approximation | -1.858710331107933155375249054413721999357315667398074229134690395544105E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/21/pL |
| rl Step — cases — case natural — samples — sample/control 21 — resistor absorbed power | approximation | 1.858710331107933155375249054413721999357315667398074229134690395544105E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/21/pR |
| rl Step — cases — case natural — samples — sample/control 21 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/21/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 21 — stored energy | approximation | 2.323387913884916444219061318017152499196644584247592786418362994430132E-6 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/21/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 21 — storage-energy change | approximation | -8.437267661208611508355578093868198284750080335541575240721358163700557E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/21/storedChange |
| rl Step — cases — case natural — samples — sample/control 21 — cumulative resistor work | approximation | 8.437267661208611508355578093868198284750080335541575240721358163700557E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/21/resistorWork |
| rl Step — cases — case natural — samples — sample/control 21 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/21/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/22/u |
| rl Step — cases — case natural — samples — sample/control 22 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/22/t |
| rl Step — cases — case natural — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/22/E |
| rl Step — cases — case natural — samples — sample/control 22 — associated branch current | approximation | 3.065078578848050245098527013540576306292992488203649565510285806805387E-3 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/22/i |
| rl Step — cases — case natural — samples — sample/control 22 — inductor voltage | approximation | -3.678094294617660294118232416248691567551590985844379478612342968166465E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/22/vL |
| rl Step — cases — case natural — samples — sample/control 22 — resistor voltage | approximation | 3.678094294617660294118232416248691567551590985844379478612342968166465E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/22/vR |
| rl Step — cases — case natural — samples — sample/control 22 — current derivative | approximation | -1.226031431539220098039410805416230522517196995281459826204114322722155E-1 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/22/didt |
| rl Step — cases — case natural — samples — sample/control 22 — inductor absorbed power | approximation | -1.127364803341582003602897421839209337760818169751880902273419755162867E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/22/pL |
| rl Step — cases — case natural — samples — sample/control 22 — resistor absorbed power | approximation | 1.127364803341582003602897421839209337760818169751880902273419755162867E-4 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/22/pR |
| rl Step — cases — case natural — samples — sample/control 22 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/22/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 22 — stored energy | approximation | 1.409206004176977504503621777299011672201022712189851127841774693953584E-6 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/22/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 22 — storage-energy change | approximation | -8.437359079399582302249549637822270098832779897728781014887215822530605E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/22/storedChange |
| rl Step — cases — case natural — samples — sample/control 22 — cumulative resistor work | approximation | 8.437359079399582302249549637822270098832779897728781014887215822530605E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/22/resistorWork |
| rl Step — cases — case natural — samples — sample/control 22 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/22/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/23/u |
| rl Step — cases — case natural — samples — sample/control 23 — physical SI time | approximation | 1.437500000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/23/t |
| rl Step — cases — case natural — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/23/E |
| rl Step — cases — case natural — samples — sample/control 23 — associated branch current | approximation | 2.387085597382250300989813503586388509454795925792966001992079531192137E-3 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/23/i |
| rl Step — cases — case natural — samples — sample/control 23 — inductor voltage | approximation | -2.864502716858700361187776204303666211345755110951559202390495437430565E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/23/vL |
| rl Step — cases — case natural — samples — sample/control 23 — resistor voltage | approximation | 2.864502716858700361187776204303666211345755110951559202390495437430565E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/23/vR |
| rl Step — cases — case natural — samples — sample/control 23 — current derivative | approximation | -9.548342389529001203959254014345554037819183703171864007968318124768548E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/23/didt |
| rl Step — cases — case natural — samples — sample/control 23 — inductor absorbed power | approximation | -6.837813179075729742035415130633385676829572351915118309616235039859459E-5 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/23/pL |
| rl Step — cases — case natural — samples — sample/control 23 — resistor absorbed power | approximation | 6.837813179075729742035415130633385676829572351915118309616235039859459E-5 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/23/pR |
| rl Step — cases — case natural — samples — sample/control 23 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/23/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 23 — stored energy | approximation | 8.547266473844662177544268913291732096036965439893897887020293799824324E-7 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/23/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 23 — storage-energy change | approximation | -8.437414527335261553378224557310867082679039630345601061021129797062002E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/23/storedChange |
| rl Step — cases — case natural — samples — sample/control 23 — cumulative resistor work | approximation | 8.437414527335261553378224557310867082679039630345601061021129797062002E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/23/resistorWork |
| rl Step — cases — case natural — samples — sample/control 23 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/23/sourceDeliveredWork |
| rl Step — cases — case natural — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/24/u |
| rl Step — cases — case natural — samples — sample/control 24 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlStep/cases/3/samples/24/t |
| rl Step — cases — case natural — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rlStep/cases/3/samples/24/E |
| rl Step — cases — case natural — samples — sample/control 24 — associated branch current | approximation | 1.859064132499768817283875573112500918629859689150458788158968004707146E-3 | A70 significant digits in the stored approximation | rlStep/cases/3/samples/24/i |
| rl Step — cases — case natural — samples — sample/control 24 — inductor voltage | approximation | -2.230876958999722580740650687735001102355831626980550545790761605648575E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/24/vL |
| rl Step — cases — case natural — samples — sample/control 24 — resistor voltage | approximation | 2.230876958999722580740650687735001102355831626980550545790761605648575E-2 | V70 significant digits in the stored approximation | rlStep/cases/3/samples/24/vR |
| rl Step — cases — case natural — samples — sample/control 24 — current derivative | approximation | -7.436256529999075269135502292450003674519438756601835152635872018828583E-2 | A/s70 significant digits in the stored approximation | rlStep/cases/3/samples/24/didt |
| rl Step — cases — case natural — samples — sample/control 24 — inductor absorbed power | approximation | -4.147343338496541587110558020693734310076192787549570758508741466637421E-5 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/24/pL |
| rl Step — cases — case natural — samples — sample/control 24 — resistor absorbed power | approximation | 4.147343338496541587110558020693734310076192787549570758508741466637421E-5 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/24/pR |
| rl Step — cases — case natural — samples — sample/control 24 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlStep/cases/3/samples/24/sourceDeliveredPower |
| rl Step — cases — case natural — samples — sample/control 24 — stored energy | approximation | 5.184179173120676983888197525867167887595240984436963448135926833296777E-7 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/24/storedEnergy |
| rl Step — cases — case natural — samples — sample/control 24 — storage-energy change | approximation | -8.437448158208268793230161118024741328321124047590155630365518640731667E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/24/storedChange |
| rl Step — cases — case natural — samples — sample/control 24 — cumulative resistor work | approximation | 8.437448158208268793230161118024741328321124047590155630365518640731667E-2 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/24/resistorWork |
| rl Step — cases — case natural — samples — sample/control 24 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlStep/cases/3/samples/24/sourceDeliveredWork |
| rl Step — cases — case natural — limit Controls — associated branch current — status | metadata | finite | rlStep/cases/3/limitControls/i/status | |
| rl Step — cases — case natural — limit Controls — associated branch current — value | rational | 0 | A | rlStep/cases/3/limitControls/i/value |
| rl Step — cases — case natural — limit Controls — inductor voltage — status | metadata | finite | rlStep/cases/3/limitControls/vL/status | |
| rl Step — cases — case natural — limit Controls — inductor voltage — value | rational | 0 | V | rlStep/cases/3/limitControls/vL/value |
| rl Step — cases — case natural — limit Controls — resistor voltage — status | metadata | finite | rlStep/cases/3/limitControls/vR/status | |
| rl Step — cases — case natural — limit Controls — resistor voltage — value | rational | 0 | V | rlStep/cases/3/limitControls/vR/value |
| rl Step — cases — case natural — limit Controls — current derivative — status | metadata | finite | rlStep/cases/3/limitControls/didt/status | |
| rl Step — cases — case natural — limit Controls — current derivative — value | rational | 0 | A/s | rlStep/cases/3/limitControls/didt/value |
| rl Step — cases — case natural — limit Controls — inductor absorbed power — status | metadata | finite | rlStep/cases/3/limitControls/pL/status | |
| rl Step — cases — case natural — limit Controls — inductor absorbed power — value | rational | 0 | W | rlStep/cases/3/limitControls/pL/value |
| rl Step — cases — case natural — limit Controls — resistor absorbed power — status | metadata | finite | rlStep/cases/3/limitControls/pR/status | |
| rl Step — cases — case natural — limit Controls — resistor absorbed power — value | rational | 0 | W | rlStep/cases/3/limitControls/pR/value |
| rl Step — cases — case natural — limit Controls — source-delivered power — status | metadata | finite | rlStep/cases/3/limitControls/sourceDeliveredPower/status | |
| rl Step — cases — case natural — limit Controls — source-delivered power — value | rational | 0 | W | rlStep/cases/3/limitControls/sourceDeliveredPower/value |
| rl Step — cases — case natural — limit Controls — stored energy — status | metadata | finite | rlStep/cases/3/limitControls/storedEnergy/status | |
| rl Step — cases — case natural — limit Controls — stored energy — value | rational | 0 | J | rlStep/cases/3/limitControls/storedEnergy/value |
| rl Step — cases — case natural — limit Controls — storage-energy change — status | metadata | finite | rlStep/cases/3/limitControls/storedChange/status | |
| rl Step — cases — case natural — limit Controls — storage-energy change — value | rational | -27/320 | J | rlStep/cases/3/limitControls/storedChange/value |
| rl Step — cases — case natural — limit Controls — cumulative resistor work — status | metadata | finite | rlStep/cases/3/limitControls/resistorWork/status | |
| rl Step — cases — case natural — limit Controls — cumulative resistor work — value | rational | 27/320 | J | rlStep/cases/3/limitControls/resistorWork/value |
| rl Step — cases — case natural — limit Controls — cumulative source-delivered work — status | metadata | finite | rlStep/cases/3/limitControls/sourceDeliveredWork/status | |
| rl Step — cases — case natural — limit Controls — cumulative source-delivered work — value | rational | 0 | J | rlStep/cases/3/limitControls/sourceDeliveredWork/value |
Focus a labelled graph or table region and scroll it locally with arrow keys. Stored values retain all exact fractions, 70-significant-digit approximations, signs, units and explicit limit/status controls.
| Preparation | Initial v_L | Initial source-delivered power | Initial storage power |
|---|---|---|---|
| V_s=6 V, i_0=−1/4 A | 9 V | −3/2 W | −9/4 W |
| V_s=6 V, i_0=0 | 6 V | 0 W | 0 W |
| V_s=6 V, i_0=1 A | −6 V | 6 W | −6 W |
| V_s=0, i_0=3/4 A | −9 V | 0 W | −27/4 W |
Distinguish finite stored energy from ongoing work
For the driven 6 V,12 Ω cases, i→1/2 A and v_L→0, so the final stored energy is 3/80 J. Yet p_R→3 W and the ideal source continues to deliver 3 W. Both W_s(T) and W_R(T) grow without bound as T grows. It is wrong to replace either accumulated work by the finite final inductor energy or to subtract two symbols for infinity as if that were an energy balance.
The finite identity W_s(T)−W_R(T)=U(T)−U(0) remains valid for every finite T, and its finite difference has a well-defined limit. One can alternatively subtract a stated steady-power baseline before taking limits, but that constructs a different, explicitly defined transient-work quantity. The raw work integrals and the baseline-subtracted quantities must not share an unlabeled value.
For the source-free natural RL case, the steady current and steady power are zero. Then W_s=0 and W_R(∞)=Li_0²/2 is finite. The distinction comes from the long-time power, not simply from the presence of an inductor. The original model records finite values and non-finite limits using explicit statuses rather than a JSON infinity value or an invented large finite endpoint.
State the actual continuity condition
Integrate the capacitor law across a shrinking interval around a switch: C[v_C(0+)−v_C(0−)]=lim∫i_C dt. If that limiting concentrated charge is zero, capacitor voltage is continuous. Likewise L[i_L(0+)−i_L(0−)]=lim∫v_L dt, so inductor current is continuous when no finite concentrated voltage-time area is applied. The condition concerns an integral, not a slogan that a state can never jump.
Bounded current near the switch is sufficient for capacitor-voltage continuity, and bounded inductor voltage is sufficient for current continuity. Boundedness is stronger than necessary: some unbounded but locally integrable waveforms still have vanishing integral over the shrinking interval. Conversely, an ideal impulse with finite nonzero area can create a state jump. That singular case needs its own integrated law and cannot be treated as an ordinary finite current or voltage sample.
The complementary variables can jump under an ordinary finite input step. A series RC source step changes i=(V_s−v_C)/R immediately while v_C remains continuous. A series RL source or resistor-path change can change v_L=V_s−Ri immediately while i remains continuous. At a switching time we retain two one-sided algebraic states with the same storage state and potentially different derivatives and powers.
Carry the RC state through a finite pulse
Use the reversed original RC preparation, with 8 V applied for a=3/2 time constants and then a 0 V source in the same closed 150 Ω loop. The on duration is T_on=3/40 s. Define α=exp(−3/2). The exact inherited switch voltage is v_*=8−10α V. It must be used as the second interval’s initial state; resetting the capacitor to zero or rounding v_* before propagation creates a different response.
Before the switch, v_C=8−10exp(−u) V with u=t/τ_C. Afterward let w=(t−T_on)/τ_C, so v_C=v_*exp(−w). The left current is α/15 A and the right current is −v_*/150 Ω, giving i(+)−i(−)=−4/75 A. The voltage and stored energy are continuous, while the derivative jumps by −160 V/s. These are finite jumps of ordinary algebraic variables, not an impulse charge into the capacitor.
For the off interval, resistor work is Cv_*²[1−exp(−2w)]/2 and source work is zero. Global work must also retain what happened during the on interval. Here W_s,total=(2/75)(1−α) J remains fixed after switch-off, and the eventual total resistor work is W_s,total+1/1500 J because the final storage energy is zero. Interval work and work accumulated from the original preparation are different labelled quantities.
Close an RL freewheel path before removing the source
Use the original reversed-current RL preparation with 6 V and 12 Ω for T_on=3/80 s. At the switch, disconnect that source into a closed return loop containing the same 3/10 H inductor and an 18 Ω resistor. The switching description matters: simply declaring an open circuit around a nonzero ideal inductor current would not supply a compatible finite-voltage continuation.
With α=exp(−3/2), the inherited current is i_*=1/2−(3/4)α A. The on time constant is 1/40 s and the off time constant is 1/60 s. In the return loop, i=i_*exp(−w) with w=(t−T_on)/(1/60 s), v_L=−18 Ω×i and resistor power is 18 Ω×i². The current is continuous, while the inductor voltage jumps from 9α V to −18 Ω×i_*.
The on-interval source-delivered work is (9/80)α J. During the off interval that disconnected source does no further work, and all remaining inductor energy becomes heat in the 18 Ω path. Thus the eventual global resistor work equals the on source work plus the original 3/320 J of inductor energy. No diode threshold, reverse recovery or nonlinear device law is assumed; those belong to the later diode lesson.
Keep one-sided values and time coordinates distinct
A piecewise solution uses one global clock and a fresh local coordinate on each interval. For the RC pulse, u=t/(1/20 s) before switching and w=(t−3/40 s)/(1/20 s) afterward. For the RL return, u=t/(1/40 s) before switching and w=(t−3/80 s)/(1/60 s) afterward. Reusing the same normalized coordinate without its time scale would place correct values at incorrect physical times.
Both interval arrays retain their endpoint at the switch: the on array ends with the left algebraic state, and the off array begins with the right state. Their equal storage variables do not require equal current, voltage, derivative or source-power values. An instantaneous vertical step in an ideal algebraic variable represents these limits; its intermediate drawn points are not additional finite-duration physical states.
Energy is accumulated over intervals and joined by the retained state. A single switching point has zero duration in an ordinary finite-power integral, so it must not be counted twice as an extra finite energy contribution. If an actual impulse is present, the ordinary interval calculation must instead be supplemented by the appropriate singular state jump and a separately specified energy regularization.
Carry the state through a switch
The complete RC pulse and RL closed-return intervals preserve the switch-left and switch-right records, absolute and local times, inherited storage state and physical global work.
Inherit the state; keep two one-sided records
- Storage absorbed power — green diamond/dot
- Resistor absorbed power — blue circle/solid
- Source-delivered power — orange square/dash
- State on interval: large square at switch-left
- State off interval: dashed segment; small circle at switch-right
- Each on/off curve is a separate retained interval. At the switch the same storage state may coexist with different currents, storage voltages, powers and state derivatives; no segment is drawn through an algebraic jump.
- Absolute SI time is on the plotted horizontal axes. Both local segment time and its separate on/off scale remain in every labelled source record.
- Large square switch-left and small circle switch-right controls distinguish coincident inherited states. A vertical line is a switch-time guide, not a new state trajectory.
- The RL off interval has an explicitly closed resistive freewheel path. It does not describe opening an ideal inductor, a diode characteristic, a spark or an unmodelled voltage clamp.
Original piecewise responses: inherit the state and label both time scales
Complete original rc Pulse source values, units and controls (678 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| rc Pulse — parameters — on R | rational | 150 | ohm | rcPulse/parameters/onR |
| rc Pulse — parameters — off R | rational | 150 | ohm | rcPulse/parameters/offR |
| rc Pulse — parameters — C | rational | 1/3000 | F | rcPulse/parameters/C |
| rc Pulse — parameters — on Tau | rational | 1/20 | s | rcPulse/parameters/onTau |
| rc Pulse — parameters — off Tau | rational | 1/20 | s | rcPulse/parameters/offTau |
| rc Pulse — parameters — on Duration | rational | 3/40 | s | rcPulse/parameters/onDuration |
| rc Pulse — parameters — source On V | rational | 8 | V | rcPulse/parameters/sourceOnV |
| rc Pulse — parameters — source Off V | rational | 0 | V | rcPulse/parameters/sourceOffV |
| rc Pulse — parameters — initial State | rational | -2 | V | rcPulse/parameters/initialState |
| rc Pulse — source And Switch State Expressions — a | metadata | onNormalizedDuration | rcPulse/sourceAndSwitchStateExpressions/a | |
| rc Pulse — source And Switch State Expressions — state At Switch | metadata | Vs+(v0-Vs)exp(-a) | rcPulse/sourceAndSwitchStateExpressions/stateAtSwitch | |
| rc Pulse — source And Switch State Expressions — propagation | metadata | unrounded working-precision value, no70-digit reparse | rcPulse/sourceAndSwitchStateExpressions/propagation | |
| rc Pulse — source And Switch State Expressions — off State | metadata | stateAtSwitch*exp(-w) | rcPulse/sourceAndSwitchStateExpressions/offState | |
| rc Pulse — source And Switch State Expressions — switching Topology | metadata | source changes to0V through same closed R path | rcPulse/sourceAndSwitchStateExpressions/switchingTopology | |
| rc Pulse — on Samples — sample/control 0 — dimensionless segment coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/0/segmentCoordinate |
| rc Pulse — on Samples — sample/control 0 — local interval time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rcPulse/onSamples/0/localTime |
| rc Pulse — on Samples — sample/control 0 — absolute SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rcPulse/onSamples/0/absoluteTime |
| rc Pulse — on Samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/0/E |
| rc Pulse — on Samples — sample/control 0 — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/0/sourceV |
| rc Pulse — on Samples — sample/control 0 — storage state | approximation | -2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/0/state |
| rc Pulse — on Samples — sample/control 0 — current | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-2 | A70 significant digits in the stored approximation | rcPulse/onSamples/0/current |
| rc Pulse — on Samples — sample/control 0 — storage Voltage | approximation | -2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/0/storageVoltage |
| rc Pulse — on Samples — sample/control 0 — resistor Voltage | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | rcPulse/onSamples/0/resistorVoltage |
| rc Pulse — on Samples — sample/control 0 — storage-state derivative | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | rcPulse/onSamples/0/stateDerivative |
| rc Pulse — on Samples — sample/control 0 — storage Power | approximation | -1.333333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/0/storagePower |
| rc Pulse — on Samples — sample/control 0 — resistor Power | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/0/resistorPower |
| rc Pulse — on Samples — sample/control 0 — source-delivered power | approximation | 5.333333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/0/sourceDeliveredPower |
| rc Pulse — on Samples — sample/control 0 — stored energy | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-4 | J70 significant digits in the stored approximation | rcPulse/onSamples/0/storedEnergy |
| rc Pulse — on Samples — sample/control 0 — storage-energy change from original preparation | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/onSamples/0/storedChangeFromOriginal |
| rc Pulse — on Samples — sample/control 0 — interval Resistor Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/onSamples/0/intervalResistorWork |
| rc Pulse — on Samples — sample/control 0 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/onSamples/0/intervalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 0 — resistor work from original preparation | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/onSamples/0/globalResistorWork |
| rc Pulse — on Samples — sample/control 0 — source work from original preparation | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/onSamples/0/globalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 1 — dimensionless segment coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/1/segmentCoordinate |
| rc Pulse — on Samples — sample/control 1 — local interval time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/1/localTime |
| rc Pulse — on Samples — sample/control 1 — absolute SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/1/absoluteTime |
| rc Pulse — on Samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/1/E |
| rc Pulse — on Samples — sample/control 1 — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/1/sourceV |
| rc Pulse — on Samples — sample/control 1 — storage state | approximation | 2.119921692859513175482973302167935270322770957385852575868263373175439E-1 | V70 significant digits in the stored approximation | rcPulse/onSamples/1/state |
| rc Pulse — on Samples — sample/control 1 — current | approximation | 5.192005220476032454967801779855470981978481936174276494942115775121637E-2 | A70 significant digits in the stored approximation | rcPulse/onSamples/1/current |
| rc Pulse — on Samples — sample/control 1 — storage Voltage | approximation | 2.119921692859513175482973302167935270322770957385852575868263373175439E-1 | V70 significant digits in the stored approximation | rcPulse/onSamples/1/storageVoltage |
| rc Pulse — on Samples — sample/control 1 — resistor Voltage | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/1/resistorVoltage |
| rc Pulse — on Samples — sample/control 1 — storage-state derivative | approximation | 1.557601566142809736490340533956641294593544580852282948482634732536491E+2 | V/s70 significant digits in the stored approximation | rcPulse/onSamples/1/stateDerivative |
| rc Pulse — on Samples — sample/control 1 — storage Power | approximation | 1.100664449632698066155778572765070959699979790248414914010782285302665E-2 | W70 significant digits in the stored approximation | rcPulse/onSamples/1/storagePower |
| rc Pulse — on Samples — sample/control 1 — resistor Power | approximation | 4.043537731417556157358663566607869689612787569914579704552614391567043E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/1/resistorPower |
| rc Pulse — on Samples — sample/control 1 — source-delivered power | approximation | 4.153604176380825963974241423884376785582785548939421195953692620097310E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/1/sourceDeliveredPower |
| rc Pulse — on Samples — sample/control 1 — stored energy | approximation | 7.490113306427240192118463764456962784707846756009948279739545097725669E-6 | J70 significant digits in the stored approximation | rcPulse/onSamples/1/storedEnergy |
| rc Pulse — on Samples — sample/control 1 — storage-energy change from original preparation | approximation | -6.591765533602394264745482029022097038819588199106567183869271215689410E-4 | J70 significant digits in the stored approximation | rcPulse/onSamples/1/storedChangeFromOriginal |
| rc Pulse — on Samples — sample/control 1 — interval Resistor Work | approximation | 6.557822338122776273270007750146992442634697741880217405285130687749058E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/1/intervalResistorWork |
| rc Pulse — on Samples — sample/control 1 — interval Source Delivered Work | approximation | 5.898645784762536846795459547244782738752738921969560686898203566180117E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/1/intervalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 1 — resistor work from original preparation | approximation | 6.557822338122776273270007750146992442634697741880217405285130687749058E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/1/globalResistorWork |
| rc Pulse — on Samples — sample/control 1 — source work from original preparation | approximation | 5.898645784762536846795459547244782738752738921969560686898203566180117E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/1/globalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 2 — dimensionless segment coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/2/segmentCoordinate |
| rc Pulse — on Samples — sample/control 2 — local interval time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/2/localTime |
| rc Pulse — on Samples — sample/control 2 — absolute SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/2/absoluteTime |
| rc Pulse — on Samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/2/E |
| rc Pulse — on Samples — sample/control 2 — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/2/sourceV |
| rc Pulse — on Samples — sample/control 2 — storage state | approximation | 1.934693402873665763962004650088195465580818645128130443171078412649435E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/2/state |
| rc Pulse — on Samples — sample/control 2 — current | approximation | 4.043537731417556157358663566607869689612787569914579704552614391567043E-2 | A70 significant digits in the stored approximation | rcPulse/onSamples/2/current |
| rc Pulse — on Samples — sample/control 2 — storage Voltage | approximation | 1.934693402873665763962004650088195465580818645128130443171078412649435E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/2/storageVoltage |
| rc Pulse — on Samples — sample/control 2 — resistor Voltage | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/2/resistorVoltage |
| rc Pulse — on Samples — sample/control 2 — storage-state derivative | approximation | 1.213061319425266847207599069982360906883836270974373911365784317470113E+2 | V/s70 significant digits in the stored approximation | rcPulse/onSamples/2/stateDerivative |
| rc Pulse — on Samples — sample/control 2 — storage Power | approximation | 7.823005773244294485834390522098899687181558490532115335898461686038915E-2 | W70 significant digits in the stored approximation | rcPulse/onSamples/2/storagePower |
| rc Pulse — on Samples — sample/control 2 — resistor Power | approximation | 2.452529607809615477303491801076405782972074206878452230052245344649743E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/2/resistorPower |
| rc Pulse — on Samples — sample/control 2 — source-delivered power | approximation | 3.234830185134044925886930853286295751690230055931663763642091513253635E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/2/sourceDeliveredPower |
| rc Pulse — on Samples — sample/control 2 — stored energy | approximation | 6.238397605204807304907419029262023656457019042044784235868224620228511E-4 | J70 significant digits in the stored approximation | rcPulse/onSamples/2/storedEnergy |
| rc Pulse — on Samples — sample/control 2 — storage-energy change from original preparation | approximation | -4.282690614618593617592476374046430102096476246218824307984420464381559E-5 | J70 significant digits in the stored approximation | rcPulse/onSamples/2/storedChangeFromOriginal |
| rc Pulse — on Samples — sample/control 2 — interval Resistor Work | approximation | 1.053534264714262797340793716397565220923648114947053609153605330504231E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/2/intervalResistorWork |
| rc Pulse — on Samples — sample/control 2 — interval Source Delivered Work | approximation | 1.049251574099644203723201240023518790821551638700834784845620910039849E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/2/intervalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 2 — resistor work from original preparation | approximation | 1.053534264714262797340793716397565220923648114947053609153605330504231E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/2/globalResistorWork |
| rc Pulse — on Samples — sample/control 2 — source work from original preparation | approximation | 1.049251574099644203723201240023518790821551638700834784845620910039849E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/2/globalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 3 — dimensionless segment coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/3/segmentCoordinate |
| rc Pulse — on Samples — sample/control 3 — local interval time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/3/localTime |
| rc Pulse — on Samples — sample/control 3 — absolute SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/3/absoluteTime |
| rc Pulse — on Samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/3/E |
| rc Pulse — on Samples — sample/control 3 — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/3/sourceV |
| rc Pulse — on Samples — sample/control 3 — storage state | approximation | 3.276334472589852928619534490567320870297964208635233176043420558587991E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/3/state |
| rc Pulse — on Samples — sample/control 3 — current | approximation | 3.149110351606764714253643672955119419801357194243177882637719627608006E-2 | A70 significant digits in the stored approximation | rcPulse/onSamples/3/current |
| rc Pulse — on Samples — sample/control 3 — storage Voltage | approximation | 3.276334472589852928619534490567320870297964208635233176043420558587991E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/3/storageVoltage |
| rc Pulse — on Samples — sample/control 3 — resistor Voltage | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/3/resistorVoltage |
| rc Pulse — on Samples — sample/control 3 — storage-state derivative | approximation | 9.447331054820294142760931018865358259404071582729533647913158882824019E+1 | V/s70 significant digits in the stored approximation | rcPulse/onSamples/3/stateDerivative |
| rc Pulse — on Samples — sample/control 3 — storage Power | approximation | 1.031753880295879578514378466604012060226608226320680114484606910350904E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/3/storagePower |
| rc Pulse — on Samples — sample/control 3 — resistor Power | approximation | 1.487534400989532192888536471760083475614477529073862191625568791735501E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/3/resistorPower |
| rc Pulse — on Samples — sample/control 3 — source-delivered power | approximation | 2.519288281285411771402914938364095535841085755394542306110175702086405E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/3/sourceDeliveredPower |
| rc Pulse — on Samples — sample/control 3 — stored energy | approximation | 1.789061262713438291873433154246397676497431712378610615179710135573394E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/3/storedEnergy |
| rc Pulse — on Samples — sample/control 3 — storage-energy change from original preparation | approximation | 1.122394596046771625206766487579731009830765045711943948513043468906728E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/3/storedChangeFromOriginal |
| rc Pulse — on Samples — sample/control 3 — interval Resistor Work | approximation | 1.294783066419283618444532548726645797763047284398201118760274468732791E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/3/intervalResistorWork |
| rc Pulse — on Samples — sample/control 3 — interval Source Delivered Work | approximation | 1.407022526023960780965209197484618898746123788969395513611578815623464E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/3/intervalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 3 — resistor work from original preparation | approximation | 1.294783066419283618444532548726645797763047284398201118760274468732791E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/3/globalResistorWork |
| rc Pulse — on Samples — sample/control 3 — source work from original preparation | approximation | 1.407022526023960780965209197484618898746123788969395513611578815623464E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/3/globalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 4 — dimensionless segment coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/4/segmentCoordinate |
| rc Pulse — on Samples — sample/control 4 — local interval time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/4/localTime |
| rc Pulse — on Samples — sample/control 4 — absolute SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/4/absoluteTime |
| rc Pulse — on Samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/4/E |
| rc Pulse — on Samples — sample/control 4 — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/4/sourceV |
| rc Pulse — on Samples — sample/control 4 — storage state | approximation | 4.321205588285576784044762298385391325541888689682321654921631983025385E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/4/state |
| rc Pulse — on Samples — sample/control 4 — current | approximation | 2.452529607809615477303491801076405782972074206878452230052245344649743E-2 | A70 significant digits in the stored approximation | rcPulse/onSamples/4/current |
| rc Pulse — on Samples — sample/control 4 — storage Voltage | approximation | 4.321205588285576784044762298385391325541888689682321654921631983025385E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/4/storageVoltage |
| rc Pulse — on Samples — sample/control 4 — resistor Voltage | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/4/resistorVoltage |
| rc Pulse — on Samples — sample/control 4 — storage-state derivative | approximation | 7.357588823428846431910475403229217348916222620635356690156736033949230E+1 | V/s70 significant digits in the stored approximation | rcPulse/onSamples/4/stateDerivative |
| rc Pulse — on Samples — sample/control 4 — storage Power | approximation | 1.059788464670274435882796807711228603660115726105589240920737124692639E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/4/storagePower |
| rc Pulse — on Samples — sample/control 4 — resistor Power | approximation | 9.022352215774179459599966331498960227175436393971725431210591510271558E-2 | W70 significant digits in the stored approximation | rcPulse/onSamples/4/resistorPower |
| rc Pulse — on Samples — sample/control 4 — source-delivered power | approximation | 1.962023686247692381842793440861124626377659365502761784041796275719795E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/4/sourceDeliveredPower |
| rc Pulse — on Samples — sample/control 4 — stored energy | approximation | 3.112136289371749622352691045235783591572228937645789104260333165635583E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/4/storedEnergy |
| rc Pulse — on Samples — sample/control 4 — storage-energy change from original preparation | approximation | 2.445469622705082955686024378569116924905562270979122437593666498968916E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/4/storedChangeFromOriginal |
| rc Pulse — on Samples — sample/control 4 — interval Resistor Work | approximation | 1.441107861272312180176667508379192660987280756817373530886401878909878E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/4/intervalResistorWork |
| rc Pulse — on Samples — sample/control 4 — interval Source Delivered Work | approximation | 1.685654823542820475745269946236104353477836983915285774645768528806769E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/4/intervalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 4 — resistor work from original preparation | approximation | 1.441107861272312180176667508379192660987280756817373530886401878909878E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/4/globalResistorWork |
| rc Pulse — on Samples — sample/control 4 — source work from original preparation | approximation | 1.685654823542820475745269946236104353477836983915285774645768528806769E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/4/globalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 5 — dimensionless segment coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/5/segmentCoordinate |
| rc Pulse — on Samples — sample/control 5 — local interval time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/5/localTime |
| rc Pulse — on Samples — sample/control 5 — absolute SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/5/absoluteTime |
| rc Pulse — on Samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/5/E |
| rc Pulse — on Samples — sample/control 5 — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/5/sourceV |
| rc Pulse — on Samples — sample/control 5 — storage state | approximation | 5.134952031398098996751145733521623972068492076717489529116177887878614E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/5/state |
| rc Pulse — on Samples — sample/control 5 — current | approximation | 1.910031979067934002165902844318917351954338615521673647255881408080924E-2 | A70 significant digits in the stored approximation | rcPulse/onSamples/5/current |
| rc Pulse — on Samples — sample/control 5 — storage Voltage | approximation | 5.134952031398098996751145733521623972068492076717489529116177887878614E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/5/storageVoltage |
| rc Pulse — on Samples — sample/control 5 — resistor Voltage | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/5/resistorVoltage |
| rc Pulse — on Samples — sample/control 5 — storage-state derivative | approximation | 5.730095937203802006497708532956752055863015846565020941767644224242773E+1 | V/s70 significant digits in the stored approximation | rcPulse/onSamples/5/stateDerivative |
| rc Pulse — on Samples — sample/control 5 — storage Power | approximation | 9.807922590950219006025311123407351626447767523144279254996490563632410E-2 | W70 significant digits in the stored approximation | rcPulse/onSamples/5/storagePower |
| rc Pulse — on Samples — sample/control 5 — resistor Power | approximation | 5.472333241593253011301911631143987189186941401029109923050560701014984E-2 | W70 significant digits in the stored approximation | rcPulse/onSamples/5/resistorPower |
| rc Pulse — on Samples — sample/control 5 — source-delivered power | approximation | 1.528025583254347201732722275455133881563470892417338917804705126464739E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/5/sourceDeliveredPower |
| rc Pulse — on Samples — sample/control 5 — stored energy | approximation | 4.394622060793243910828533197176994056146047554837249558405781209596716E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/5/storedEnergy |
| rc Pulse — on Samples — sample/control 5 — storage-energy change from original preparation | approximation | 3.727955394126577244161866530510327389479380888170582891739114542930049E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/5/storedChangeFromOriginal |
| rc Pulse — on Samples — sample/control 5 — interval Resistor Work | approximation | 1.529858335626835341384118875888066986936993131640938918590402649141292E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/5/intervalResistorWork |
| rc Pulse — on Samples — sample/control 5 — interval Source Delivered Work | approximation | 1.902653875039493065800305528939099725884931220457997207764314103434297E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/5/intervalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 5 — resistor work from original preparation | approximation | 1.529858335626835341384118875888066986936993131640938918590402649141292E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/5/globalResistorWork |
| rc Pulse — on Samples — sample/control 5 — source work from original preparation | approximation | 1.902653875039493065800305528939099725884931220457997207764314103434297E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/5/globalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 6 — dimensionless segment coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/6/segmentCoordinate |
| rc Pulse — on Samples — sample/control 6 — local interval time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/6/localTime |
| rc Pulse — on Samples — sample/control 6 — absolute SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/onSamples/6/absoluteTime |
| rc Pulse — on Samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/onSamples/6/E |
| rc Pulse — on Samples — sample/control 6 — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/6/sourceV |
| rc Pulse — on Samples — sample/control 6 — storage state | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/6/state |
| rc Pulse — on Samples — sample/control 6 — current | approximation | 1.487534400989532192888536471760083475614477529073862191625568791735501E-2 | A70 significant digits in the stored approximation | rcPulse/onSamples/6/current |
| rc Pulse — on Samples — sample/control 6 — storage Voltage | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/6/storageVoltage |
| rc Pulse — on Samples — sample/control 6 — resistor Voltage | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E+0 | V70 significant digits in the stored approximation | rcPulse/onSamples/6/resistorVoltage |
| rc Pulse — on Samples — sample/control 6 — storage-state derivative | approximation | 4.462603202968596578665609415280250426843432587221586574876706375206503E+1 | V/s70 significant digits in the stored approximation | rcPulse/onSamples/6/stateDerivative |
| rc Pulse — on Samples — sample/control 6 — storage Power | approximation | 8.581137316725328011152130730743216029469180753362683161829368493479964E-2 | W70 significant digits in the stored approximation | rcPulse/onSamples/6/storagePower |
| rc Pulse — on Samples — sample/control 6 — resistor Power | approximation | 3.319137891190929531956161043337451775446639479228214371175181840404045E-2 | W70 significant digits in the stored approximation | rcPulse/onSamples/6/resistorPower |
| rc Pulse — on Samples — sample/control 6 — source-delivered power | approximation | 1.190027520791625754310829177408066780491582023259089753300455033388401E-1 | W70 significant digits in the stored approximation | rcPulse/onSamples/6/sourceDeliveredPower |
| rc Pulse — on Samples — sample/control 6 — stored energy | approximation | 5.546313535506270278101561040460695708070416420178271492958186959825673E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/6/storedEnergy |
| rc Pulse — on Samples — sample/control 6 — storage-energy change from original preparation | approximation | 4.879646868839603611434894373794029041403749753511604826291520293159007E-3 | J70 significant digits in the stored approximation | rcPulse/onSamples/6/storedChangeFromOriginal |
| rc Pulse — on Samples — sample/control 6 — interval Resistor Work | approximation | 1.583688219386893428367762640583230372280500679685961307387287120656566E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/6/intervalResistorWork |
| rc Pulse — on Samples — sample/control 6 — interval Source Delivered Work | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/6/intervalSourceDeliveredWork |
| rc Pulse — on Samples — sample/control 6 — resistor work from original preparation | approximation | 1.583688219386893428367762640583230372280500679685961307387287120656566E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/6/globalResistorWork |
| rc Pulse — on Samples — sample/control 6 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/onSamples/6/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 0 — dimensionless segment coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/0/segmentCoordinate |
| rc Pulse — off Samples — sample/control 0 — local interval time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rcPulse/offSamples/0/localTime |
| rc Pulse — off Samples — sample/control 0 — absolute SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/0/absoluteTime |
| rc Pulse — off Samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/0/E |
| rc Pulse — off Samples — sample/control 0 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/0/sourceV |
| rc Pulse — off Samples — sample/control 0 — storage state | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/0/state |
| rc Pulse — off Samples — sample/control 0 — current | approximation | -3.845798932343801140444796861573249857718855804259471141707764541597832E-2 | A70 significant digits in the stored approximation | rcPulse/offSamples/0/current |
| rc Pulse — off Samples — sample/control 0 — storage Voltage | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/0/storageVoltage |
| rc Pulse — off Samples — sample/control 0 — resistor Voltage | approximation | -5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/0/resistorVoltage |
| rc Pulse — off Samples — sample/control 0 — storage-state derivative | approximation | -1.153739679703140342133439058471974957315656741277841342512329362479350E+2 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/0/stateDerivative |
| rc Pulse — off Samples — sample/control 0 — storage Power | approximation | -2.218525414202508111240624416184278283228166568071308597183274783930269E-1 | W70 significant digits in the stored approximation | rcPulse/offSamples/0/storagePower |
| rc Pulse — off Samples — sample/control 0 — resistor Power | approximation | 2.218525414202508111240624416184278283228166568071308597183274783930269E-1 | W70 significant digits in the stored approximation | rcPulse/offSamples/0/resistorPower |
| rc Pulse — off Samples — sample/control 0 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/0/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 0 — stored energy | approximation | 5.546313535506270278101561040460695708070416420178271492958186959825673E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/0/storedEnergy |
| rc Pulse — off Samples — sample/control 0 — storage-energy change from original preparation | approximation | 4.879646868839603611434894373794029041403749753511604826291520293159007E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/0/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 0 — interval Resistor Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/0/intervalResistorWork |
| rc Pulse — off Samples — sample/control 0 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/0/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 0 — resistor work from original preparation | approximation | 1.583688219386893428367762640583230372280500679685961307387287120656566E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/0/globalResistorWork |
| rc Pulse — off Samples — sample/control 0 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/0/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 1 — dimensionless segment coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/1/segmentCoordinate |
| rc Pulse — off Samples — sample/control 1 — local interval time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/1/localTime |
| rc Pulse — off Samples — sample/control 1 — absolute SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/1/absoluteTime |
| rc Pulse — off Samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/1/E |
| rc Pulse — off Samples — sample/control 1 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/1/sourceV |
| rc Pulse — off Samples — sample/control 1 — storage state | approximation | 4.492666830066787679154189549162855018226969790010081417090725057606936E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/1/state |
| rc Pulse — off Samples — sample/control 1 — current | approximation | -2.995111220044525119436126366108570012151313193340054278060483371737958E-2 | A70 significant digits in the stored approximation | rcPulse/offSamples/1/current |
| rc Pulse — off Samples — sample/control 1 — storage Voltage | approximation | 4.492666830066787679154189549162855018226969790010081417090725057606936E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/1/storageVoltage |
| rc Pulse — off Samples — sample/control 1 — resistor Voltage | approximation | -4.492666830066787679154189549162855018226969790010081417090725057606936E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/1/resistorVoltage |
| rc Pulse — off Samples — sample/control 1 — storage-state derivative | approximation | -8.985333660133575358308379098325710036453939580020162834181450115213873E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/1/stateDerivative |
| rc Pulse — off Samples — sample/control 1 — storage Power | approximation | -1.345603683065490565438792018680001932148517770027568319728913389526423E-1 | W70 significant digits in the stored approximation | rcPulse/offSamples/1/storagePower |
| rc Pulse — off Samples — sample/control 1 — resistor Power | approximation | 1.345603683065490565438792018680001932148517770027568319728913389526423E-1 | W70 significant digits in the stored approximation | rcPulse/offSamples/1/resistorPower |
| rc Pulse — off Samples — sample/control 1 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/1/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 1 — stored energy | approximation | 3.364009207663726413596980046700004830371294425068920799322283473816058E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/1/storedEnergy |
| rc Pulse — off Samples — sample/control 1 — storage-energy change from original preparation | approximation | 2.697342540997059746930313380033338163704627758402254132655616807149392E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/1/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 1 — interval Resistor Work | approximation | 2.182304327842543864504580993760690877699121995109350693635903486009615E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/1/intervalResistorWork |
| rc Pulse — off Samples — sample/control 1 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/1/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 1 — resistor work from original preparation | approximation | 1.801918652171147814818220739959299460050412879196896376750877469257527E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/1/globalResistorWork |
| rc Pulse — off Samples — sample/control 1 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/1/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 2 — dimensionless segment coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/2/segmentCoordinate |
| rc Pulse — off Samples — sample/control 2 — local interval time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/2/localTime |
| rc Pulse — off Samples — sample/control 2 — absolute SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/2/absoluteTime |
| rc Pulse — off Samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/2/E |
| rc Pulse — off Samples — sample/control 2 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/2/sourceV |
| rc Pulse — off Samples — sample/control 2 — storage state | approximation | 3.498892445334940469890401330204599593459029624801736830781548543339718E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/2/state |
| rc Pulse — off Samples — sample/control 2 — current | approximation | -2.332594963556626979926934220136399728972686416534491220521032362226479E-2 | A70 significant digits in the stored approximation | rcPulse/offSamples/2/current |
| rc Pulse — off Samples — sample/control 2 — storage Voltage | approximation | 3.498892445334940469890401330204599593459029624801736830781548543339718E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/2/storageVoltage |
| rc Pulse — off Samples — sample/control 2 — resistor Voltage | approximation | -3.498892445334940469890401330204599593459029624801736830781548543339718E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/2/resistorVoltage |
| rc Pulse — off Samples — sample/control 2 — storage-state derivative | approximation | -6.997784890669880939780802660409199186918059249603473661563097086679437E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/2/stateDerivative |
| rc Pulse — off Samples — sample/control 2 — storage Power | approximation | -8.161498896014612922907157001941366989116306519273891380093468246751079E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/2/storagePower |
| rc Pulse — off Samples — sample/control 2 — resistor Power | approximation | 8.161498896014612922907157001941366989116306519273891380093468246751079E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/2/resistorPower |
| rc Pulse — off Samples — sample/control 2 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/2/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 2 — stored energy | approximation | 2.040374724003653230726789250485341747279076629818472845023367061687770E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/2/storedEnergy |
| rc Pulse — off Samples — sample/control 2 — storage-energy change from original preparation | approximation | 1.373708057336986564060122583818675080612409963151806178356700395021103E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/2/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 2 — interval Resistor Work | approximation | 3.505938811502617047374771789975353960791339790359798647934819898137904E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/2/intervalResistorWork |
| rc Pulse — off Samples — sample/control 2 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/2/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 2 — resistor work from original preparation | approximation | 1.934282100537155133105239819580765768359634658721941172180769110470356E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/2/globalResistorWork |
| rc Pulse — off Samples — sample/control 2 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/2/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 3 — dimensionless segment coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/3/segmentCoordinate |
| rc Pulse — off Samples — sample/control 3 — local interval time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/3/localTime |
| rc Pulse — off Samples — sample/control 3 — absolute SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/3/absoluteTime |
| rc Pulse — off Samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/3/E |
| rc Pulse — off Samples — sample/control 3 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/3/sourceV |
| rc Pulse — off Samples — sample/control 3 — storage state | approximation | 2.724940176309474289272195515139162331076717899319034787676822639030777E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/3/state |
| rc Pulse — off Samples — sample/control 3 — current | approximation | -1.816626784206316192848130343426108220717811932879356525117881759353851E-2 | A70 significant digits in the stored approximation | rcPulse/offSamples/3/current |
| rc Pulse — off Samples — sample/control 3 — storage Voltage | approximation | 2.724940176309474289272195515139162331076717899319034787676822639030777E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/3/storageVoltage |
| rc Pulse — off Samples — sample/control 3 — resistor Voltage | approximation | -2.724940176309474289272195515139162331076717899319034787676822639030777E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/3/resistorVoltage |
| rc Pulse — off Samples — sample/control 3 — storage-state derivative | approximation | -5.449880352618948578544391030278324662153435798638069575353645278061553E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/3/stateDerivative |
| rc Pulse — off Samples — sample/control 3 — storage Power | approximation | -4.950199309643672549766318035719979921320650853025663714284328531352100E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/3/storagePower |
| rc Pulse — off Samples — sample/control 3 — resistor Power | approximation | 4.950199309643672549766318035719979921320650853025663714284328531352100E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/3/resistorPower |
| rc Pulse — off Samples — sample/control 3 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/3/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 3 — stored energy | approximation | 1.237549827410918137441579508929994980330162713256415928571082132838025E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/3/storedEnergy |
| rc Pulse — off Samples — sample/control 3 — storage-energy change from original preparation | approximation | 5.708831607442514707749128422633283136634960465897492619044154661713584E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/3/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 3 — interval Resistor Work | approximation | 4.308763708095352140659981531530700727740253706921855564387104826987648E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/3/intervalResistorWork |
| rc Pulse — off Samples — sample/control 3 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/3/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 3 — resistor work from original preparation | approximation | 2.014564590196428642433760793736300445054526050378146863825997603355330E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/3/globalResistorWork |
| rc Pulse — off Samples — sample/control 3 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/3/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 4 — dimensionless segment coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/4/segmentCoordinate |
| rc Pulse — off Samples — sample/control 4 — local interval time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/4/localTime |
| rc Pulse — off Samples — sample/control 4 — absolute SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/4/absoluteTime |
| rc Pulse — off Samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/4/E |
| rc Pulse — off Samples — sample/control 4 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/4/sourceV |
| rc Pulse — off Samples — sample/control 4 — storage state | approximation | 2.122185543132550621068903416620088861188447838099776187605110308427444E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/4/state |
| rc Pulse — off Samples — sample/control 4 — current | approximation | -1.414790362088367080712602277746725907458965225399850791736740205618296E-2 | A70 significant digits in the stored approximation | rcPulse/offSamples/4/current |
| rc Pulse — off Samples — sample/control 4 — storage Voltage | approximation | 2.122185543132550621068903416620088861188447838099776187605110308427444E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/4/storageVoltage |
| rc Pulse — off Samples — sample/control 4 — resistor Voltage | approximation | -2.122185543132550621068903416620088861188447838099776187605110308427444E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/4/resistorVoltage |
| rc Pulse — off Samples — sample/control 4 — storage-state derivative | approximation | -4.244371086265101242137806833240177722376895676199552375210220616854889E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/4/stateDerivative |
| rc Pulse — off Samples — sample/control 4 — storage Power | approximation | -3.002447652987199248342510494916446021005128187548829259718856875681261E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/4/storagePower |
| rc Pulse — off Samples — sample/control 4 — resistor Power | approximation | 3.002447652987199248342510494916446021005128187548829259718856875681261E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/4/resistorPower |
| rc Pulse — off Samples — sample/control 4 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/4/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 4 — stored energy | approximation | 7.506119132467998120856276237291115052512820468872073149297142189203153E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/4/storedEnergy |
| rc Pulse — off Samples — sample/control 4 — storage-energy change from original preparation | approximation | 8.394524658013314541896095706244483858461538022054064826304755225364868E-5 | J70 significant digits in the stored approximation | rcPulse/offSamples/4/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 4 — interval Resistor Work | approximation | 4.795701622259470466015933416731584202819134373291064178028472740905358E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/4/intervalResistorWork |
| rc Pulse — off Samples — sample/control 4 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/4/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 4 — resistor work from original preparation | approximation | 2.063258381612840474969355982256388792562414117015067725190134394747101E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/4/globalResistorWork |
| rc Pulse — off Samples — sample/control 4 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/4/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 5 — dimensionless segment coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/5/segmentCoordinate |
| rc Pulse — off Samples — sample/control 5 — local interval time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/5/localTime |
| rc Pulse — off Samples — sample/control 5 — absolute SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/5/absoluteTime |
| rc Pulse — off Samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/5/E |
| rc Pulse — off Samples — sample/control 5 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/5/sourceV |
| rc Pulse — off Samples — sample/control 5 — storage state | approximation | 1.652759762814445075574783157603183329258865387838323894525156052761953E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/5/state |
| rc Pulse — off Samples — sample/control 5 — current | approximation | -1.101839841876296717049855438402122219505910258558882596350104035174635E-2 | A70 significant digits in the stored approximation | rcPulse/offSamples/5/current |
| rc Pulse — off Samples — sample/control 5 — storage Voltage | approximation | 1.652759762814445075574783157603183329258865387838323894525156052761953E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/5/storageVoltage |
| rc Pulse — off Samples — sample/control 5 — resistor Voltage | approximation | -1.652759762814445075574783157603183329258865387838323894525156052761953E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/5/resistorVoltage |
| rc Pulse — off Samples — sample/control 5 — storage-state derivative | approximation | -3.305519525628890151149566315206366658517730775676647789050312105523906E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/5/stateDerivative |
| rc Pulse — off Samples — sample/control 5 — storage Power | approximation | -1.821076555718973828800948020434470525701732401017113536707058660178911E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/5/storagePower |
| rc Pulse — off Samples — sample/control 5 — resistor Power | approximation | 1.821076555718973828800948020434470525701732401017113536707058660178911E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/5/resistorPower |
| rc Pulse — off Samples — sample/control 5 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/5/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 5 — stored energy | approximation | 4.552691389297434572002370051086176314254331002542783841767646650447278E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/5/storedEnergy |
| rc Pulse — off Samples — sample/control 5 — storage-energy change from original preparation | approximation | -2.113975277369232094664296615580490352412335664123882824899020016219388E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/5/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 5 — interval Resistor Work | approximation | 5.091044396576526820901324035352078076644983319923993108781422294780946E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/5/intervalResistorWork |
| rc Pulse — off Samples — sample/control 5 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/5/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 5 — resistor work from original preparation | approximation | 2.092792659044546110457895044118438179944999011678360618265429350134660E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/5/globalResistorWork |
| rc Pulse — off Samples — sample/control 5 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/5/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 6 — dimensionless segment coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/6/segmentCoordinate |
| rc Pulse — off Samples — sample/control 6 — local interval time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/6/localTime |
| rc Pulse — off Samples — sample/control 6 — absolute SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/6/absoluteTime |
| rc Pulse — off Samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/6/E |
| rc Pulse — off Samples — sample/control 6 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/6/sourceV |
| rc Pulse — off Samples — sample/control 6 — storage state | approximation | 1.287170597508799201672819609611482404420377113004402474274405274021995E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/6/state |
| rc Pulse — off Samples — sample/control 6 — current | approximation | -8.581137316725328011152130730743216029469180753362683161829368493479964E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/6/current |
| rc Pulse — off Samples — sample/control 6 — storage Voltage | approximation | 1.287170597508799201672819609611482404420377113004402474274405274021995E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/6/storageVoltage |
| rc Pulse — off Samples — sample/control 6 — resistor Voltage | approximation | -1.287170597508799201672819609611482404420377113004402474274405274021995E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/6/resistorVoltage |
| rc Pulse — off Samples — sample/control 6 — storage-state derivative | approximation | -2.574341195017598403345639219222964808840754226008804948548810548043989E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/6/stateDerivative |
| rc Pulse — off Samples — sample/control 6 — storage Power | approximation | -1.104538764727439435733019905851157366755426038459378310126457910717485E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/6/storagePower |
| rc Pulse — off Samples — sample/control 6 — resistor Power | approximation | 1.104538764727439435733019905851157366755426038459378310126457910717485E-2 | W70 significant digits in the stored approximation | rcPulse/offSamples/6/resistorPower |
| rc Pulse — off Samples — sample/control 6 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/6/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 6 — stored energy | approximation | 2.761346911818598589332549764627893416888565096148445775316144776793712E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/6/storedEnergy |
| rc Pulse — off Samples — sample/control 6 — storage-energy change from original preparation | approximation | -3.905319754848068077334116902038773249778101570518220891350521889872955E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/6/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 6 — interval Resistor Work | approximation | 5.270178844324410419168306063997906366381559910563426915426572482146302E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/6/intervalResistorWork |
| rc Pulse — off Samples — sample/control 6 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/6/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 6 — resistor work from original preparation | approximation | 2.110706103819334470284593246983021008918656670742303998929944368871196E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/6/globalResistorWork |
| rc Pulse — off Samples — sample/control 6 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/6/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 7 — dimensionless segment coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/7/segmentCoordinate |
| rc Pulse — off Samples — sample/control 7 — local interval time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/offSamples/7/localTime |
| rc Pulse — off Samples — sample/control 7 — absolute SI time | approximation | 1.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/7/absoluteTime |
| rc Pulse — off Samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/7/E |
| rc Pulse — off Samples — sample/control 7 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/7/sourceV |
| rc Pulse — off Samples — sample/control 7 — storage state | approximation | 1.002449469286340914576739716655006695516326207359038844464892488100288E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/7/state |
| rc Pulse — off Samples — sample/control 7 — current | approximation | -6.682996461908939430511598111033377970108841382393592296432616587335256E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/7/current |
| rc Pulse — off Samples — sample/control 7 — storage Voltage | approximation | 1.002449469286340914576739716655006695516326207359038844464892488100288E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/7/storageVoltage |
| rc Pulse — off Samples — sample/control 7 — resistor Voltage | approximation | -1.002449469286340914576739716655006695516326207359038844464892488100288E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/7/resistorVoltage |
| rc Pulse — off Samples — sample/control 7 — storage-state derivative | approximation | -2.004898938572681829153479433310013391032652414718077688929784976200577E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/7/stateDerivative |
| rc Pulse — off Samples — sample/control 7 — storage Power | approximation | -6.699366256483110377485635311897917251802611702023541785149961446733625E-3 | W70 significant digits in the stored approximation | rcPulse/offSamples/7/storagePower |
| rc Pulse — off Samples — sample/control 7 — resistor Power | approximation | 6.699366256483110377485635311897917251802611702023541785149961446733625E-3 | W70 significant digits in the stored approximation | rcPulse/offSamples/7/resistorPower |
| rc Pulse — off Samples — sample/control 7 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/7/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 7 — stored energy | approximation | 1.674841564120777594371408827974479312950652925505885446287490361683406E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/7/storedEnergy |
| rc Pulse — off Samples — sample/control 7 — storage-energy change from original preparation | approximation | -4.991825102545889072295257838692187353716013741160781220379176304983260E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/7/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 7 — interval Resistor Work | approximation | 5.378829379094192518664420157663247776775351127627682948329437923657333E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/7/intervalResistorWork |
| rc Pulse — off Samples — sample/control 7 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/7/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 7 — resistor work from original preparation | approximation | 2.121571157296312680234204656349555149958035792448729602220230913022299E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/7/globalResistorWork |
| rc Pulse — off Samples — sample/control 7 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/7/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 8 — dimensionless segment coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/8/segmentCoordinate |
| rc Pulse — off Samples — sample/control 8 — local interval time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/8/localTime |
| rc Pulse — off Samples — sample/control 8 — absolute SI time | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/8/absoluteTime |
| rc Pulse — off Samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/8/E |
| rc Pulse — off Samples — sample/control 8 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/8/sourceV |
| rc Pulse — off Samples — sample/control 8 — storage state | approximation | 7.807084316697165277541330361436767765444470448000369850318687503821397E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/8/state |
| rc Pulse — off Samples — sample/control 8 — current | approximation | -5.204722877798110185027553574291178510296313632000246566879125002547598E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/8/current |
| rc Pulse — off Samples — sample/control 8 — storage Voltage | approximation | 7.807084316697165277541330361436767765444470448000369850318687503821397E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/8/storageVoltage |
| rc Pulse — off Samples — sample/control 8 — resistor Voltage | approximation | -7.807084316697165277541330361436767765444470448000369850318687503821397E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/8/resistorVoltage |
| rc Pulse — off Samples — sample/control 8 — storage-state derivative | approximation | -1.561416863339433055508266072287353553088894089600073970063737500764279E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/8/stateDerivative |
| rc Pulse — off Samples — sample/control 8 — storage Power | approximation | -4.063371035201256270959430269153632125781598080106210280180984841216620E-3 | W70 significant digits in the stored approximation | rcPulse/offSamples/8/storagePower |
| rc Pulse — off Samples — sample/control 8 — resistor Power | approximation | 4.063371035201256270959430269153632125781598080106210280180984841216620E-3 | W70 significant digits in the stored approximation | rcPulse/offSamples/8/resistorPower |
| rc Pulse — off Samples — sample/control 8 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/8/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 8 — stored energy | approximation | 1.015842758800314067739857567288408031445399520026552570045246210304155E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/8/storedEnergy |
| rc Pulse — off Samples — sample/control 8 — storage-energy change from original preparation | approximation | -5.650823907866352598926809099378258635221267146640114096621420456362512E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/8/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 8 — interval Resistor Work | approximation | 5.444729259626238871327575283731854904925876468175616235953662338795258E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/8/intervalResistorWork |
| rc Pulse — off Samples — sample/control 8 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/8/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 8 — resistor work from original preparation | approximation | 2.128161145349517315500520168956415862773088326503522930982653354536091E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/8/globalResistorWork |
| rc Pulse — off Samples — sample/control 8 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/8/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 9 — dimensionless segment coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/9/segmentCoordinate |
| rc Pulse — off Samples — sample/control 9 — local interval time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/9/localTime |
| rc Pulse — off Samples — sample/control 9 — absolute SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/9/absoluteTime |
| rc Pulse — off Samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/9/E |
| rc Pulse — off Samples — sample/control 9 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/9/sourceV |
| rc Pulse — off Samples — sample/control 9 — storage state | approximation | 6.080163379348236119042296629212553834472520342874988977230986848008059E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/9/state |
| rc Pulse — off Samples — sample/control 9 — current | approximation | -4.053442252898824079361531086141702556315013561916659318153991232005372E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/9/current |
| rc Pulse — off Samples — sample/control 9 — storage Voltage | approximation | 6.080163379348236119042296629212553834472520342874988977230986848008059E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/9/storageVoltage |
| rc Pulse — off Samples — sample/control 9 — resistor Voltage | approximation | -6.080163379348236119042296629212553834472520342874988977230986848008059E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/9/resistorVoltage |
| rc Pulse — off Samples — sample/control 9 — storage-state derivative | approximation | -1.216032675869647223808459325842510766894504068574997795446197369601612E+1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/9/stateDerivative |
| rc Pulse — off Samples — sample/control 9 — storage Power | approximation | -2.464559114637824175840892095239484230124066966186357677592219692106661E-3 | W70 significant digits in the stored approximation | rcPulse/offSamples/9/storagePower |
| rc Pulse — off Samples — sample/control 9 — resistor Power | approximation | 2.464559114637824175840892095239484230124066966186357677592219692106661E-3 | W70 significant digits in the stored approximation | rcPulse/offSamples/9/resistorPower |
| rc Pulse — off Samples — sample/control 9 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/9/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 9 — stored energy | approximation | 6.161397786594560439602230238098710575310167415465894193980549230266652E-5 | J70 significant digits in the stored approximation | rcPulse/offSamples/9/storedEnergy |
| rc Pulse — off Samples — sample/control 9 — storage-energy change from original preparation | approximation | -6.050526888007210622706443642856795609135649925120077247268611743640001E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/9/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 9 — interval Resistor Work | approximation | 5.484699557640324673705538738079708602317314746023612551018381467523007E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/9/intervalResistorWork |
| rc Pulse — off Samples — sample/control 9 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/9/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 9 — resistor work from original preparation | approximation | 2.132158175150925895738316514391201232512232154288322562489125267408866E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/9/globalResistorWork |
| rc Pulse — off Samples — sample/control 9 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/9/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 10 — dimensionless segment coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/10/segmentCoordinate |
| rc Pulse — off Samples — sample/control 10 — local interval time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/10/localTime |
| rc Pulse — off Samples — sample/control 10 — absolute SI time | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/10/absoluteTime |
| rc Pulse — off Samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/10/E |
| rc Pulse — off Samples — sample/control 10 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/10/sourceV |
| rc Pulse — off Samples — sample/control 10 — storage state | approximation | 4.735236001038485584190491830048660405833122925887372430700680097292937E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/10/state |
| rc Pulse — off Samples — sample/control 10 — current | approximation | -3.156824000692323722793661220032440270555415283924914953800453398195292E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/10/current |
| rc Pulse — off Samples — sample/control 10 — storage Voltage | approximation | 4.735236001038485584190491830048660405833122925887372430700680097292937E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/10/storageVoltage |
| rc Pulse — off Samples — sample/control 10 — resistor Voltage | approximation | -4.735236001038485584190491830048660405833122925887372430700680097292937E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/10/resistorVoltage |
| rc Pulse — off Samples — sample/control 10 — storage-state derivative | approximation | -9.470472002076971168380983660097320811666245851774744861401360194585875E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/10/stateDerivative |
| rc Pulse — off Samples — sample/control 10 — storage Power | approximation | -1.494830665702063243237209856751737607049209211961886587633624063522917E-3 | W70 significant digits in the stored approximation | rcPulse/offSamples/10/storagePower |
| rc Pulse — off Samples — sample/control 10 — resistor Power | approximation | 1.494830665702063243237209856751737607049209211961886587633624063522917E-3 | W70 significant digits in the stored approximation | rcPulse/offSamples/10/resistorPower |
| rc Pulse — off Samples — sample/control 10 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/10/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 10 — stored energy | approximation | 3.737076664255158108093024641879344017623023029904716469084060158807292E-5 | J70 significant digits in the stored approximation | rcPulse/offSamples/10/storedEnergy |
| rc Pulse — off Samples — sample/control 10 — storage-energy change from original preparation | approximation | -6.292959000241150855857364202478732264904364363676195019758260650785937E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/10/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 10 — interval Resistor Work | approximation | 5.508942768863718697020630794041902267894186189879224328267346358237600E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/10/intervalResistorWork |
| rc Pulse — off Samples — sample/control 10 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/10/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 10 — resistor work from original preparation | approximation | 2.134582496273265298069825719987420599069919298673883740214021756480326E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/10/globalResistorWork |
| rc Pulse — off Samples — sample/control 10 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/10/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 11 — dimensionless segment coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/11/segmentCoordinate |
| rc Pulse — off Samples — sample/control 11 — local interval time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/11/localTime |
| rc Pulse — off Samples — sample/control 11 — absolute SI time | approximation | 2.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/11/absoluteTime |
| rc Pulse — off Samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/11/E |
| rc Pulse — off Samples — sample/control 11 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/11/sourceV |
| rc Pulse — off Samples — sample/control 11 — storage state | approximation | 3.687805505636680288865707459035985544695735930877463189771559213387432E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/11/state |
| rc Pulse — off Samples — sample/control 11 — current | approximation | -2.458537003757786859243804972690657029797157287251642126514372808924954E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/11/current |
| rc Pulse — off Samples — sample/control 11 — storage Voltage | approximation | 3.687805505636680288865707459035985544695735930877463189771559213387432E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/11/storageVoltage |
| rc Pulse — off Samples — sample/control 11 — resistor Voltage | approximation | -3.687805505636680288865707459035985544695735930877463189771559213387432E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/11/resistorVoltage |
| rc Pulse — off Samples — sample/control 11 — storage-state derivative | approximation | -7.375611011273360577731414918071971089391471861754926379543118426774863E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/11/stateDerivative |
| rc Pulse — off Samples — sample/control 11 — storage Power | approximation | -9.066606298269474115875502757690039775395816929589596735303134768673664E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/11/storagePower |
| rc Pulse — off Samples — sample/control 11 — resistor Power | approximation | 9.066606298269474115875502757690039775395816929589596735303134768673664E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/11/resistorPower |
| rc Pulse — off Samples — sample/control 11 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/11/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 11 — stored energy | approximation | 2.266651574567368528968875689422509943848954232397399183825783692168416E-5 | J70 significant digits in the stored approximation | rcPulse/offSamples/11/storedEnergy |
| rc Pulse — off Samples — sample/control 11 — storage-energy change from original preparation | approximation | -6.440001509209929813769779097724415672281771243426926748284088297449825E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/11/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 11 — interval Resistor Work | approximation | 5.523647019760596592811872283566470608631926877854297501119929122903989E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/11/intervalResistorWork |
| rc Pulse — off Samples — sample/control 11 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/11/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 11 — resistor work from original preparation | approximation | 2.136052921362953087648949868939877433143693367471391057499280032946964E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/11/globalResistorWork |
| rc Pulse — off Samples — sample/control 11 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/11/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 12 — dimensionless segment coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/12/segmentCoordinate |
| rc Pulse — off Samples — sample/control 12 — local interval time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/12/localTime |
| rc Pulse — off Samples — sample/control 12 — absolute SI time | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/12/absoluteTime |
| rc Pulse — off Samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/12/E |
| rc Pulse — off Samples — sample/control 12 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/12/sourceV |
| rc Pulse — off Samples — sample/control 12 — storage state | approximation | 2.872065815604884788733079823311889353382040624496724222768749395147807E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/12/state |
| rc Pulse — off Samples — sample/control 12 — current | approximation | -1.914710543736589859155386548874592902254693749664482815179166263431871E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/12/current |
| rc Pulse — off Samples — sample/control 12 — storage Voltage | approximation | 2.872065815604884788733079823311889353382040624496724222768749395147807E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/12/storageVoltage |
| rc Pulse — off Samples — sample/control 12 — resistor Voltage | approximation | -2.872065815604884788733079823311889353382040624496724222768749395147807E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/12/resistorVoltage |
| rc Pulse — off Samples — sample/control 12 — storage-state derivative | approximation | -5.744131631209769577466159646623778706764081248993448445537498790295613E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/12/stateDerivative |
| rc Pulse — off Samples — sample/control 12 — storage Power | approximation | -5.499174699444101381888958032027531734254408234175655203165582270735045E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/12/storagePower |
| rc Pulse — off Samples — sample/control 12 — resistor Power | approximation | 5.499174699444101381888958032027531734254408234175655203165582270735045E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/12/resistorPower |
| rc Pulse — off Samples — sample/control 12 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/12/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 12 — stored energy | approximation | 1.374793674861025345472239508006882933563602058543913800791395567683761E-5 | J70 significant digits in the stored approximation | rcPulse/offSamples/12/storedEnergy |
| rc Pulse — off Samples — sample/control 12 — storage-energy change from original preparation | approximation | -6.529187299180564132119442715865978373310306460812275286587527109898291E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/12/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 12 — interval Resistor Work | approximation | 5.532565598757660024646838645380626878734780399592832354950273004148836E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/12/intervalResistorWork |
| rc Pulse — off Samples — sample/control 12 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/12/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 12 — resistor work from original preparation | approximation | 2.136944779262659430832446505121293060153978719645244542882314421071449E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/12/globalResistorWork |
| rc Pulse — off Samples — sample/control 12 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/12/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 13 — dimensionless segment coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/13/segmentCoordinate |
| rc Pulse — off Samples — sample/control 13 — local interval time | approximation | 1.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/13/localTime |
| rc Pulse — off Samples — sample/control 13 — absolute SI time | approximation | 2.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/13/absoluteTime |
| rc Pulse — off Samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/13/E |
| rc Pulse — off Samples — sample/control 13 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/13/sourceV |
| rc Pulse — off Samples — sample/control 13 — storage state | approximation | 2.236767106225697373244836425682652375994891835110807401485010252713680E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/13/state |
| rc Pulse — off Samples — sample/control 13 — current | approximation | -1.491178070817131582163224283788434917329927890073871600990006835142454E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/13/current |
| rc Pulse — off Samples — sample/control 13 — storage Voltage | approximation | 2.236767106225697373244836425682652375994891835110807401485010252713680E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/13/storageVoltage |
| rc Pulse — off Samples — sample/control 13 — resistor Voltage | approximation | -2.236767106225697373244836425682652375994891835110807401485010252713680E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/13/resistorVoltage |
| rc Pulse — off Samples — sample/control 13 — storage-state derivative | approximation | -4.473534212451394746489672851365304751989783670221614802970020505427361E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/13/stateDerivative |
| rc Pulse — off Samples — sample/control 13 — storage Power | approximation | -3.335418058328853437880165671283173242772499855211484919114689530883715E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/13/storagePower |
| rc Pulse — off Samples — sample/control 13 — resistor Power | approximation | 3.335418058328853437880165671283173242772499855211484919114689530883715E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/13/resistorPower |
| rc Pulse — off Samples — sample/control 13 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/13/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 13 — stored energy | approximation | 8.338545145822133594700414178207933106931249638028712297786723827209287E-6 | J70 significant digits in the stored approximation | rcPulse/offSamples/13/storedEnergy |
| rc Pulse — off Samples — sample/control 13 — storage-energy change from original preparation | approximation | -6.583281215208445330719662524884587335597354170286379543688799428394574E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/13/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 13 — interval Resistor Work | approximation | 5.537974990360448144506860626282487774963485170540242780660400235998464E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/13/intervalResistorWork |
| rc Pulse — off Samples — sample/control 13 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/13/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 13 — resistor work from original preparation | approximation | 2.137485718422938242818448703211479149776849196739985585453327144256412E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/13/globalResistorWork |
| rc Pulse — off Samples — sample/control 13 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/13/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 14 — dimensionless segment coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/14/segmentCoordinate |
| rc Pulse — off Samples — sample/control 14 — local interval time | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/14/localTime |
| rc Pulse — off Samples — sample/control 14 — absolute SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/14/absoluteTime |
| rc Pulse — off Samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/14/E |
| rc Pulse — off Samples — sample/control 14 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/14/sourceV |
| rc Pulse — off Samples — sample/control 14 — storage state | approximation | 1.741995973876933349519298546774745180847884077077051990676664689535226E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/14/state |
| rc Pulse — off Samples — sample/control 14 — current | approximation | -1.161330649251288899679532364516496787231922718051367993784443126356817E-3 | A70 significant digits in the stored approximation | rcPulse/offSamples/14/current |
| rc Pulse — off Samples — sample/control 14 — storage Voltage | approximation | 1.741995973876933349519298546774745180847884077077051990676664689535226E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/14/storageVoltage |
| rc Pulse — off Samples — sample/control 14 — resistor Voltage | approximation | -1.741995973876933349519298546774745180847884077077051990676664689535226E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/14/resistorVoltage |
| rc Pulse — off Samples — sample/control 14 — storage-state derivative | approximation | -3.483991947753866699038597093549490361695768154154103981353329379070452E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/14/stateDerivative |
| rc Pulse — off Samples — sample/control 14 — storage Power | approximation | -2.023033315335630304448700805354568476702688957657030567973686751332051E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/14/storagePower |
| rc Pulse — off Samples — sample/control 14 — resistor Power | approximation | 2.023033315335630304448700805354568476702688957657030567973686751332051E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/14/resistorPower |
| rc Pulse — off Samples — sample/control 14 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/14/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 14 — stored energy | approximation | 5.057583288339075761121752013386421191756722394142576419934216878330128E-6 | J70 significant digits in the stored approximation | rcPulse/offSamples/14/storedEnergy |
| rc Pulse — off Samples — sample/control 14 — storage-energy change from original preparation | approximation | -6.616090833783275909055449146532802454749099442725240902467324497883365E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/14/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 14 — interval Resistor Work | approximation | 5.541255952217931202340439288447309286878659697784128916538252742947343E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/14/intervalResistorWork |
| rc Pulse — off Samples — sample/control 14 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/14/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 14 — resistor work from original preparation | approximation | 2.137813814608686548601806569427961300968366649464374199041112394951300E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/14/globalResistorWork |
| rc Pulse — off Samples — sample/control 14 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/14/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 15 — dimensionless segment coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/15/segmentCoordinate |
| rc Pulse — off Samples — sample/control 15 — local interval time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/15/localTime |
| rc Pulse — off Samples — sample/control 15 — absolute SI time | approximation | 2.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/15/absoluteTime |
| rc Pulse — off Samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/15/E |
| rc Pulse — off Samples — sample/control 15 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/15/sourceV |
| rc Pulse — off Samples — sample/control 15 — storage state | approximation | 1.356667828562590231242741873896724476972421293297269164355774578113063E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/15/state |
| rc Pulse — off Samples — sample/control 15 — current | approximation | -9.044452190417268208284945825978163179816141955315127762371830520753753E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/15/current |
| rc Pulse — off Samples — sample/control 15 — storage Voltage | approximation | 1.356667828562590231242741873896724476972421293297269164355774578113063E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/15/storageVoltage |
| rc Pulse — off Samples — sample/control 15 — resistor Voltage | approximation | -1.356667828562590231242741873896724476972421293297269164355774578113063E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/15/resistorVoltage |
| rc Pulse — off Samples — sample/control 15 — storage-state derivative | approximation | -2.713335657125180462485483747793448953944842586594538328711549156226126E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/15/stateDerivative |
| rc Pulse — off Samples — sample/control 15 — storage Power | approximation | -1.227031731371155812309816323958666639902671618924363247427521913161534E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/15/storagePower |
| rc Pulse — off Samples — sample/control 15 — resistor Power | approximation | 1.227031731371155812309816323958666639902671618924363247427521913161534E-4 | W70 significant digits in the stored approximation | rcPulse/offSamples/15/resistorPower |
| rc Pulse — off Samples — sample/control 15 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/15/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 15 — stored energy | approximation | 3.067579328427889530774540809896666599756679047310908118568804782903835E-6 | J70 significant digits in the stored approximation | rcPulse/offSamples/15/storedEnergy |
| rc Pulse — off Samples — sample/control 15 — storage-energy change from original preparation | approximation | -6.635990873382387771358921258567700000669099876193557585480978618837628E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/15/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 15 — interval Resistor Work | approximation | 5.543245956177842388570786499650799041470659741130960584839618155042770E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/15/intervalResistorWork |
| rc Pulse — off Samples — sample/control 15 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/15/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 15 — resistor work from original preparation | approximation | 2.138012815004677667224841290548310276427566653799057365871248936160843E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/15/globalResistorWork |
| rc Pulse — off Samples — sample/control 15 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/15/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 16 — dimensionless segment coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/16/segmentCoordinate |
| rc Pulse — off Samples — sample/control 16 — local interval time | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/16/localTime |
| rc Pulse — off Samples — sample/control 16 — absolute SI time | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/16/absoluteTime |
| rc Pulse — off Samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/16/E |
| rc Pulse — off Samples — sample/control 16 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/16/sourceV |
| rc Pulse — off Samples — sample/control 16 — storage state | approximation | 1.056573967252327724150971433387222536113899739184227639499956087565983E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/16/state |
| rc Pulse — off Samples — sample/control 16 — current | approximation | -7.043826448348851494339809555914816907425998261228184263333040583773219E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/16/current |
| rc Pulse — off Samples — sample/control 16 — storage Voltage | approximation | 1.056573967252327724150971433387222536113899739184227639499956087565983E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/16/storageVoltage |
| rc Pulse — off Samples — sample/control 16 — resistor Voltage | approximation | -1.056573967252327724150971433387222536113899739184227639499956087565983E-1 | V70 significant digits in the stored approximation | rcPulse/offSamples/16/resistorVoltage |
| rc Pulse — off Samples — sample/control 16 — storage-state derivative | approximation | -2.113147934504655448301942866774445072227799478368455278999912175131966E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/16/stateDerivative |
| rc Pulse — off Samples — sample/control 16 — storage Power | approximation | -7.442323655168819320294776459536244377075672951183588701227261570913541E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/16/storagePower |
| rc Pulse — off Samples — sample/control 16 — resistor Power | approximation | 7.442323655168819320294776459536244377075672951183588701227261570913541E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/16/resistorPower |
| rc Pulse — off Samples — sample/control 16 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/16/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 16 — stored energy | approximation | 1.860580913792204830073694114884061094268918237795897175306815392728385E-6 | J70 significant digits in the stored approximation | rcPulse/offSamples/16/storedEnergy |
| rc Pulse — off Samples — sample/control 16 — storage-energy change from original preparation | approximation | -6.648060857528744618365929725517826055723977484288707694913598512739383E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/16/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 16 — interval Resistor Work | approximation | 5.544452954592478073271487346345811646976147501940475595782880144432945E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/16/intervalResistorWork |
| rc Pulse — off Samples — sample/control 16 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/16/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 16 — resistor work from original preparation | approximation | 2.138133514846141235694911375217811536978115429880008866965575135099860E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/16/globalResistorWork |
| rc Pulse — off Samples — sample/control 16 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/16/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 17 — dimensionless segment coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/17/segmentCoordinate |
| rc Pulse — off Samples — sample/control 17 — local interval time | approximation | 2.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/17/localTime |
| rc Pulse — off Samples — sample/control 17 — absolute SI time | approximation | 2.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/17/absoluteTime |
| rc Pulse — off Samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/17/E |
| rc Pulse — off Samples — sample/control 17 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/17/sourceV |
| rc Pulse — off Samples — sample/control 17 — storage state | approximation | 8.228606330689737150643138680019383854020205502334813338813125015161011E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/17/state |
| rc Pulse — off Samples — sample/control 17 — current | approximation | -5.485737553793158100428759120012922569346803668223208892542083343440674E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/17/current |
| rc Pulse — off Samples — sample/control 17 — storage Voltage | approximation | 8.228606330689737150643138680019383854020205502334813338813125015161011E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/17/storageVoltage |
| rc Pulse — off Samples — sample/control 17 — resistor Voltage | approximation | -8.228606330689737150643138680019383854020205502334813338813125015161011E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/17/resistorVoltage |
| rc Pulse — off Samples — sample/control 17 — storage-state derivative | approximation | -1.645721266137947430128627736003876770804041100466962667762625003032202E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/17/stateDerivative |
| rc Pulse — off Samples — sample/control 17 — storage Power | approximation | -4.513997476364481324540821757595200585907813918601270014801187094923850E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/17/storagePower |
| rc Pulse — off Samples — sample/control 17 — resistor Power | approximation | 4.513997476364481324540821757595200585907813918601270014801187094923850E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/17/resistorPower |
| rc Pulse — off Samples — sample/control 17 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/17/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 17 — stored energy | approximation | 1.128499369091120331135205439398800146476953479650317503700296773730963E-6 | J70 significant digits in the stored approximation | rcPulse/offSamples/17/storedEnergy |
| rc Pulse — off Samples — sample/control 17 — storage-energy change from original preparation | approximation | -6.655381672975755463355314612272678665201897131870163491629663698929357E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/17/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 17 — interval Resistor Work | approximation | 5.545185036137179157770425835021296907923939466698621175454486663051942E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/17/intervalResistorWork |
| rc Pulse — off Samples — sample/control 17 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/17/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 17 — resistor work from original preparation | approximation | 2.138206723000611344144805224085360063072894626355823424932735786961760E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/17/globalResistorWork |
| rc Pulse — off Samples — sample/control 17 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/17/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 18 — dimensionless segment coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/18/segmentCoordinate |
| rc Pulse — off Samples — sample/control 18 — local interval time | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/18/localTime |
| rc Pulse — off Samples — sample/control 18 — absolute SI time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/18/absoluteTime |
| rc Pulse — off Samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/18/E |
| rc Pulse — off Samples — sample/control 18 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/18/sourceV |
| rc Pulse — off Samples — sample/control 18 — storage state | approximation | 6.408445053927486773869339998727754325724934419083119130253126500420180E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/18/state |
| rc Pulse — off Samples — sample/control 18 — current | approximation | -4.272296702618324515912893332485169550483289612722079420168751000280120E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/18/current |
| rc Pulse — off Samples — sample/control 18 — storage Voltage | approximation | 6.408445053927486773869339998727754325724934419083119130253126500420180E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/18/storageVoltage |
| rc Pulse — off Samples — sample/control 18 — resistor Voltage | approximation | -6.408445053927486773869339998727754325724934419083119130253126500420180E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/18/resistorVoltage |
| rc Pulse — off Samples — sample/control 18 — storage-state derivative | approximation | -1.281689010785497354773867999745550865144986883816623826050625300084036E+0 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/18/stateDerivative |
| rc Pulse — off Samples — sample/control 18 — storage Power | approximation | -2.737877867280511257687468992143090882323868213136005312320981594138063E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/18/storagePower |
| rc Pulse — off Samples — sample/control 18 — resistor Power | approximation | 2.737877867280511257687468992143090882323868213136005312320981594138063E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/18/resistorPower |
| rc Pulse — off Samples — sample/control 18 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/18/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 18 — stored energy | approximation | 6.844694668201278144218672480357727205809670532840013280802453985345158E-7 | J70 significant digits in the stored approximation | rcPulse/offSamples/18/storedEnergy |
| rc Pulse — off Samples — sample/control 18 — storage-energy change from original preparation | approximation | -6.659821971998465388522447994186308939460856996133826653385864212681322E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/18/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 18 — interval Resistor Work | approximation | 5.545629066039450150287139173212659935349835453124987491630106714427139E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/18/intervalResistorWork |
| rc Pulse — off Samples — sample/control 18 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/18/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 18 — resistor work from original preparation | approximation | 2.138251125990838443396476557904496365815484224998460056550297792099279E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/18/globalResistorWork |
| rc Pulse — off Samples — sample/control 18 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/18/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 19 — dimensionless segment coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/19/segmentCoordinate |
| rc Pulse — off Samples — sample/control 19 — local interval time | approximation | 2.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/19/localTime |
| rc Pulse — off Samples — sample/control 19 — absolute SI time | approximation | 3.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/19/absoluteTime |
| rc Pulse — off Samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/19/E |
| rc Pulse — off Samples — sample/control 19 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/19/sourceV |
| rc Pulse — off Samples — sample/control 19 — storage state | approximation | 4.990902026268798099443691190149580534947657038922857824566703289840480E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/19/state |
| rc Pulse — off Samples — sample/control 19 — current | approximation | -3.327268017512532066295794126766387023298438025948571883044468859893654E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/19/current |
| rc Pulse — off Samples — sample/control 19 — storage Voltage | approximation | 4.990902026268798099443691190149580534947657038922857824566703289840480E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/19/storageVoltage |
| rc Pulse — off Samples — sample/control 19 — resistor Voltage | approximation | -4.990902026268798099443691190149580534947657038922857824566703289840480E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/19/resistorVoltage |
| rc Pulse — off Samples — sample/control 19 — storage-state derivative | approximation | -9.981804052537596198887382380299161069895314077845715649133406579680961E-1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/19/stateDerivative |
| rc Pulse — off Samples — sample/control 19 — storage Power | approximation | -1.660606869054266308951279205729088397863214803875034782195905989310093E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/19/storagePower |
| rc Pulse — off Samples — sample/control 19 — resistor Power | approximation | 1.660606869054266308951279205729088397863214803875034782195905989310093E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/19/resistorPower |
| rc Pulse — off Samples — sample/control 19 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/19/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 19 — stored energy | approximation | 4.151517172635665772378198014322720994658037009687586955489764973275232E-7 | J70 significant digits in the stored approximation | rcPulse/offSamples/19/storedEnergy |
| rc Pulse — off Samples — sample/control 19 — storage-energy change from original preparation | approximation | -6.662515149494031000894288468652343945672008629656979079711176901693391E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/19/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 19 — interval Resistor Work | approximation | 5.545898383789006711524323220659263435970950616477302734262637983328346E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/19/intervalResistorWork |
| rc Pulse — off Samples — sample/control 19 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/19/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 19 — resistor work from original preparation | approximation | 2.138278057765794099520194962649156715877595741333691580813550918989400E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/19/globalResistorWork |
| rc Pulse — off Samples — sample/control 19 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/19/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 20 — dimensionless segment coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/20/segmentCoordinate |
| rc Pulse — off Samples — sample/control 20 — local interval time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/20/localTime |
| rc Pulse — off Samples — sample/control 20 — absolute SI time | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/20/absoluteTime |
| rc Pulse — off Samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/20/E |
| rc Pulse — off Samples — sample/control 20 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/20/sourceV |
| rc Pulse — off Samples — sample/control 20 — storage state | approximation | 3.886918406290801229925935406351085569079155063581103247688375346181368E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/20/state |
| rc Pulse — off Samples — sample/control 20 — current | approximation | -2.591278937527200819950623604234057046052770042387402165125583564120912E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/20/current |
| rc Pulse — off Samples — sample/control 20 — storage Voltage | approximation | 3.886918406290801229925935406351085569079155063581103247688375346181368E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/20/storageVoltage |
| rc Pulse — off Samples — sample/control 20 — resistor Voltage | approximation | -3.886918406290801229925935406351085569079155063581103247688375346181368E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/20/resistorVoltage |
| rc Pulse — off Samples — sample/control 20 — storage-state derivative | approximation | -7.773836812581602459851870812702171138158310127162206495376750692362737E-1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/20/stateDerivative |
| rc Pulse — off Samples — sample/control 20 — storage Power | approximation | -1.007208979810814809483845203383512289547325408653486420667328010567253E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/20/storagePower |
| rc Pulse — off Samples — sample/control 20 — resistor Power | approximation | 1.007208979810814809483845203383512289547325408653486420667328010567253E-5 | W70 significant digits in the stored approximation | rcPulse/offSamples/20/resistorPower |
| rc Pulse — off Samples — sample/control 20 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/20/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 20 — stored energy | approximation | 2.518022449527037023709613008458780723868313521633716051668320026418132E-7 | J70 significant digits in the stored approximation | rcPulse/offSamples/20/storedEnergy |
| rc Pulse — off Samples — sample/control 20 — storage-energy change from original preparation | approximation | -6.664148644217139629642957053658207885942798353145032950614998346640249E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/20/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 20 — interval Resistor Work | approximation | 5.546061733261317574399190079159849829998029588826108121353020127823032E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/20/intervalResistorWork |
| rc Pulse — off Samples — sample/control 20 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/20/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 20 — resistor work from original preparation | approximation | 2.138294392713025185807681648499215355280303638568572119522589133438869E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/20/globalResistorWork |
| rc Pulse — off Samples — sample/control 20 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/20/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 21 — dimensionless segment coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/21/segmentCoordinate |
| rc Pulse — off Samples — sample/control 21 — local interval time | approximation | 2.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/21/localTime |
| rc Pulse — off Samples — sample/control 21 — absolute SI time | approximation | 3.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/21/absoluteTime |
| rc Pulse — off Samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/21/E |
| rc Pulse — off Samples — sample/control 21 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/21/sourceV |
| rc Pulse — off Samples — sample/control 21 — storage state | approximation | 3.027135098553933020244603381304012023692096130630079196203999911789020E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/21/state |
| rc Pulse — off Samples — sample/control 21 — current | approximation | -2.018090065702622013496402254202674682461397420420052797469333274526013E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/21/current |
| rc Pulse — off Samples — sample/control 21 — storage Voltage | approximation | 3.027135098553933020244603381304012023692096130630079196203999911789020E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/21/storageVoltage |
| rc Pulse — off Samples — sample/control 21 — resistor Voltage | approximation | -3.027135098553933020244603381304012023692096130630079196203999911789020E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/21/resistorVoltage |
| rc Pulse — off Samples — sample/control 21 — storage-state derivative | approximation | -6.054270197107866040489206762608024047384192261260158392407999823578039E-1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/21/stateDerivative |
| rc Pulse — off Samples — sample/control 21 — storage Power | approximation | -6.109031269931419852902672448124674526493613423590743864699921659682289E-6 | W70 significant digits in the stored approximation | rcPulse/offSamples/21/storagePower |
| rc Pulse — off Samples — sample/control 21 — resistor Power | approximation | 6.109031269931419852902672448124674526493613423590743864699921659682289E-6 | W70 significant digits in the stored approximation | rcPulse/offSamples/21/resistorPower |
| rc Pulse — off Samples — sample/control 21 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/21/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 21 — stored energy | approximation | 1.527257817482854963225668112031168631623403355897685966174980414920572E-7 | J70 significant digits in the stored approximation | rcPulse/offSamples/21/storedEnergy |
| rc Pulse — off Samples — sample/control 21 — storage-energy change from original preparation | approximation | -6.665139408849183811703440998554635498035043263310768980700491686251746E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/21/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 21 — interval Resistor Work | approximation | 5.546160809724521992605238473649492591207254079842681724361569461784181E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/21/intervalResistorWork |
| rc Pulse — off Samples — sample/control 21 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/21/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 21 — resistor work from original preparation | approximation | 2.138304300359345627628286487948179631401226087670229479823444066834984E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/21/globalResistorWork |
| rc Pulse — off Samples — sample/control 21 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/21/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 22 — dimensionless segment coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/22/segmentCoordinate |
| rc Pulse — off Samples — sample/control 22 — local interval time | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/22/localTime |
| rc Pulse — off Samples — sample/control 22 — absolute SI time | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/22/absoluteTime |
| rc Pulse — off Samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/22/E |
| rc Pulse — off Samples — sample/control 22 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/22/sourceV |
| rc Pulse — off Samples — sample/control 22 — storage state | approximation | 2.357535185216737386768626063367332100238800793314505695728171438702933E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/22/state |
| rc Pulse — off Samples — sample/control 22 — current | approximation | -1.571690123477824924512417375578221400159200528876337130485447625801956E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/22/current |
| rc Pulse — off Samples — sample/control 22 — storage Voltage | approximation | 2.357535185216737386768626063367332100238800793314505695728171438702933E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/22/storageVoltage |
| rc Pulse — off Samples — sample/control 22 — resistor Voltage | approximation | -2.357535185216737386768626063367332100238800793314505695728171438702933E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/22/resistorVoltage |
| rc Pulse — off Samples — sample/control 22 — storage-state derivative | approximation | -4.715070370433474773537252126734664200477601586629011391456342877405867E-1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/22/stateDerivative |
| rc Pulse — off Samples — sample/control 22 — storage Power | approximation | -3.705314766356610836980635927877562010632024936384384825156423803157335E-6 | W70 significant digits in the stored approximation | rcPulse/offSamples/22/storagePower |
| rc Pulse — off Samples — sample/control 22 — resistor Power | approximation | 3.705314766356610836980635927877562010632024936384384825156423803157335E-6 | W70 significant digits in the stored approximation | rcPulse/offSamples/22/resistorPower |
| rc Pulse — off Samples — sample/control 22 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/22/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 22 — stored energy | approximation | 9.263286915891527092451589819693905026580062340960962062891059507893337E-8 | J70 significant digits in the stored approximation | rcPulse/offSamples/22/storedEnergy |
| rc Pulse — off Samples — sample/control 22 — storage-energy change from original preparation | approximation | -6.665740337975077513957421507684697276164008660432570570460377560715877E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/22/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 22 — interval Resistor Work | approximation | 5.546220902637111362830636524562498769020150619554861883337558049230594E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/22/intervalResistorWork |
| rc Pulse — off Samples — sample/control 22 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/22/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 22 — resistor work from original preparation | approximation | 2.138310309650604564650826293039480249182515741641447495721042925579625E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/22/globalResistorWork |
| rc Pulse — off Samples — sample/control 22 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/22/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 23 — dimensionless segment coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/23/segmentCoordinate |
| rc Pulse — off Samples — sample/control 23 — local interval time | approximation | 2.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/23/localTime |
| rc Pulse — off Samples — sample/control 23 — absolute SI time | approximation | 3.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/23/absoluteTime |
| rc Pulse — off Samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/23/E |
| rc Pulse — off Samples — sample/control 23 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/23/sourceV |
| rc Pulse — off Samples — sample/control 23 — storage state | approximation | 1.836050248365184590804534033247936668075479933483934516560432544525142E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/23/state |
| rc Pulse — off Samples — sample/control 23 — current | approximation | -1.224033498910123060536356022165291112050319955655956344373621696350095E-4 | A70 significant digits in the stored approximation | rcPulse/offSamples/23/current |
| rc Pulse — off Samples — sample/control 23 — storage Voltage | approximation | 1.836050248365184590804534033247936668075479933483934516560432544525142E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/23/storageVoltage |
| rc Pulse — off Samples — sample/control 23 — resistor Voltage | approximation | -1.836050248365184590804534033247936668075479933483934516560432544525142E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/23/resistorVoltage |
| rc Pulse — off Samples — sample/control 23 — storage-state derivative | approximation | -3.672100496730369181609068066495873336150959866967869033120865089050285E-1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/23/stateDerivative |
| rc Pulse — off Samples — sample/control 23 — storage Power | approximation | -2.247387009681237347438830831933135795072813653861876978313579591152287E-6 | W70 significant digits in the stored approximation | rcPulse/offSamples/23/storagePower |
| rc Pulse — off Samples — sample/control 23 — resistor Power | approximation | 2.247387009681237347438830831933135795072813653861876978313579591152287E-6 | W70 significant digits in the stored approximation | rcPulse/offSamples/23/resistorPower |
| rc Pulse — off Samples — sample/control 23 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/23/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 23 — stored energy | approximation | 5.618467524203093368597077079832839487682034134654692445783948977880719E-8 | J70 significant digits in the stored approximation | rcPulse/offSamples/23/storedEnergy |
| rc Pulse — off Samples — sample/control 23 — storage-energy change from original preparation | approximation | -6.666104819914246357329806958958683382717898463253201197422088271768879E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/23/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 23 — interval Resistor Work | approximation | 5.546257350831028247167875069689897379675539599836924946033729120335895E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/23/intervalResistorWork |
| rc Pulse — off Samples — sample/control 23 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/23/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 23 — resistor work from original preparation | approximation | 2.138313954469996253084550147552220110248054639669653801990660032690155E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/23/globalResistorWork |
| rc Pulse — off Samples — sample/control 23 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/23/globalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 24 — dimensionless segment coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/24/segmentCoordinate |
| rc Pulse — off Samples — sample/control 24 — local interval time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/24/localTime |
| rc Pulse — off Samples — sample/control 24 — absolute SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rcPulse/offSamples/24/absoluteTime |
| rc Pulse — off Samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rcPulse/offSamples/24/E |
| rc Pulse — off Samples — sample/control 24 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/offSamples/24/sourceV |
| rc Pulse — off Samples — sample/control 24 — storage state | approximation | 1.429917371185253155334133856122977115393847085986958787814171662176153E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/24/state |
| rc Pulse — off Samples — sample/control 24 — current | approximation | -9.532782474568354368894225707486514102625647239913058585427811081174353E-5 | A70 significant digits in the stored approximation | rcPulse/offSamples/24/current |
| rc Pulse — off Samples — sample/control 24 — storage Voltage | approximation | 1.429917371185253155334133856122977115393847085986958787814171662176153E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/24/storageVoltage |
| rc Pulse — off Samples — sample/control 24 — resistor Voltage | approximation | -1.429917371185253155334133856122977115393847085986958787814171662176153E-2 | V70 significant digits in the stored approximation | rcPulse/offSamples/24/resistorVoltage |
| rc Pulse — off Samples — sample/control 24 — storage-state derivative | approximation | -2.859834742370506310668267712245954230787694171973917575628343324352306E-1 | V/s70 significant digits in the stored approximation | rcPulse/offSamples/24/stateDerivative |
| rc Pulse — off Samples — sample/control 24 — storage Power | approximation | -1.363109125611563367149331567853448070842738333725063301596123139986210E-6 | W70 significant digits in the stored approximation | rcPulse/offSamples/24/storagePower |
| rc Pulse — off Samples — sample/control 24 — resistor Power | approximation | 1.363109125611563367149331567853448070842738333725063301596123139986210E-6 | W70 significant digits in the stored approximation | rcPulse/offSamples/24/resistorPower |
| rc Pulse — off Samples — sample/control 24 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/offSamples/24/sourceDeliveredPower |
| rc Pulse — off Samples — sample/control 24 — stored energy | approximation | 3.407772814028908417873328919633620177106845834312658253990307849965525E-8 | J70 significant digits in the stored approximation | rcPulse/offSamples/24/storedEnergy |
| rc Pulse — off Samples — sample/control 24 — storage-energy change from original preparation | approximation | -6.666325889385263775824879333774703304648955982083235400841267635881670E-4 | J70 significant digits in the stored approximation | rcPulse/offSamples/24/storedChangeFromOriginal |
| rc Pulse — off Samples — sample/control 24 — interval Resistor Work | approximation | 5.546279457778129989017382307171499371868645351719928366375647056747174E-3 | J70 significant digits in the stored approximation | rcPulse/offSamples/24/intervalResistorWork |
| rc Pulse — off Samples — sample/control 24 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/offSamples/24/intervalSourceDeliveredWork |
| rc Pulse — off Samples — sample/control 24 — resistor work from original preparation | approximation | 2.138316165164706427269500871300380309467365214857954144024851826331283E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/24/globalResistorWork |
| rc Pulse — off Samples — sample/control 24 — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/offSamples/24/globalSourceDeliveredWork |
| rc Pulse — boundary — left — dimensionless segment coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/boundary/left/segmentCoordinate |
| rc Pulse — boundary — left — local interval time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/boundary/left/localTime |
| rc Pulse — boundary — left — absolute SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/boundary/left/absoluteTime |
| rc Pulse — boundary — left — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rcPulse/boundary/left/E |
| rc Pulse — boundary — left — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/boundary/left/sourceV |
| rc Pulse — boundary — left — storage state | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/boundary/left/state |
| rc Pulse — boundary — left — current | approximation | 1.487534400989532192888536471760083475614477529073862191625568791735501E-2 | A70 significant digits in the stored approximation | rcPulse/boundary/left/current |
| rc Pulse — boundary — left — storage Voltage | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/boundary/left/storageVoltage |
| rc Pulse — boundary — left — resistor Voltage | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E+0 | V70 significant digits in the stored approximation | rcPulse/boundary/left/resistorVoltage |
| rc Pulse — boundary — left — storage-state derivative | approximation | 4.462603202968596578665609415280250426843432587221586574876706375206503E+1 | V/s70 significant digits in the stored approximation | rcPulse/boundary/left/stateDerivative |
| rc Pulse — boundary — left — storage Power | approximation | 8.581137316725328011152130730743216029469180753362683161829368493479964E-2 | W70 significant digits in the stored approximation | rcPulse/boundary/left/storagePower |
| rc Pulse — boundary — left — resistor Power | approximation | 3.319137891190929531956161043337451775446639479228214371175181840404045E-2 | W70 significant digits in the stored approximation | rcPulse/boundary/left/resistorPower |
| rc Pulse — boundary — left — source-delivered power | approximation | 1.190027520791625754310829177408066780491582023259089753300455033388401E-1 | W70 significant digits in the stored approximation | rcPulse/boundary/left/sourceDeliveredPower |
| rc Pulse — boundary — left — stored energy | approximation | 5.546313535506270278101561040460695708070416420178271492958186959825673E-3 | J70 significant digits in the stored approximation | rcPulse/boundary/left/storedEnergy |
| rc Pulse — boundary — left — storage-energy change from original preparation | approximation | 4.879646868839603611434894373794029041403749753511604826291520293159007E-3 | J70 significant digits in the stored approximation | rcPulse/boundary/left/storedChangeFromOriginal |
| rc Pulse — boundary — left — interval Resistor Work | approximation | 1.583688219386893428367762640583230372280500679685961307387287120656566E-2 | J70 significant digits in the stored approximation | rcPulse/boundary/left/intervalResistorWork |
| rc Pulse — boundary — left — interval Source Delivered Work | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/boundary/left/intervalSourceDeliveredWork |
| rc Pulse — boundary — left — resistor work from original preparation | approximation | 1.583688219386893428367762640583230372280500679685961307387287120656566E-2 | J70 significant digits in the stored approximation | rcPulse/boundary/left/globalResistorWork |
| rc Pulse — boundary — left — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/boundary/left/globalSourceDeliveredWork |
| rc Pulse — boundary — right — dimensionless segment coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/boundary/right/segmentCoordinate |
| rc Pulse — boundary — right — local interval time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rcPulse/boundary/right/localTime |
| rc Pulse — boundary — right — absolute SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rcPulse/boundary/right/absoluteTime |
| rc Pulse — boundary — right — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rcPulse/boundary/right/E |
| rc Pulse — boundary — right — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rcPulse/boundary/right/sourceV |
| rc Pulse — boundary — right — storage state | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/boundary/right/state |
| rc Pulse — boundary — right — current | approximation | -3.845798932343801140444796861573249857718855804259471141707764541597832E-2 | A70 significant digits in the stored approximation | rcPulse/boundary/right/current |
| rc Pulse — boundary — right — storage Voltage | approximation | 5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/boundary/right/storageVoltage |
| rc Pulse — boundary — right — resistor Voltage | approximation | -5.768698398515701710667195292359874786578283706389206712561646812396748E+0 | V70 significant digits in the stored approximation | rcPulse/boundary/right/resistorVoltage |
| rc Pulse — boundary — right — storage-state derivative | approximation | -1.153739679703140342133439058471974957315656741277841342512329362479350E+2 | V/s70 significant digits in the stored approximation | rcPulse/boundary/right/stateDerivative |
| rc Pulse — boundary — right — storage Power | approximation | -2.218525414202508111240624416184278283228166568071308597183274783930269E-1 | W70 significant digits in the stored approximation | rcPulse/boundary/right/storagePower |
| rc Pulse — boundary — right — resistor Power | approximation | 2.218525414202508111240624416184278283228166568071308597183274783930269E-1 | W70 significant digits in the stored approximation | rcPulse/boundary/right/resistorPower |
| rc Pulse — boundary — right — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rcPulse/boundary/right/sourceDeliveredPower |
| rc Pulse — boundary — right — stored energy | approximation | 5.546313535506270278101561040460695708070416420178271492958186959825673E-3 | J70 significant digits in the stored approximation | rcPulse/boundary/right/storedEnergy |
| rc Pulse — boundary — right — storage-energy change from original preparation | approximation | 4.879646868839603611434894373794029041403749753511604826291520293159007E-3 | J70 significant digits in the stored approximation | rcPulse/boundary/right/storedChangeFromOriginal |
| rc Pulse — boundary — right — interval Resistor Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/boundary/right/intervalResistorWork |
| rc Pulse — boundary — right — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rcPulse/boundary/right/intervalSourceDeliveredWork |
| rc Pulse — boundary — right — resistor work from original preparation | approximation | 1.583688219386893428367762640583230372280500679685961307387287120656566E-2 | J70 significant digits in the stored approximation | rcPulse/boundary/right/globalResistorWork |
| rc Pulse — boundary — right — source work from original preparation | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/boundary/right/globalSourceDeliveredWork |
| rc Pulse — boundary — jump Controls — state Jump | rational | 0 | V | rcPulse/boundary/jumpControls/stateJump |
| rc Pulse — boundary — jump Controls — stored Energy Jump | rational | 0 | J | rcPulse/boundary/jumpControls/storedEnergyJump |
| rc Pulse — boundary — jump Controls — current Jump | rational | -4/75 | A | rcPulse/boundary/jumpControls/currentJump |
| rc Pulse — boundary — jump Controls — state Derivative Jump | rational | -160 | V/s | rcPulse/boundary/jumpControls/stateDerivativeJump |
| rc Pulse — limit Controls — storage state — status | metadata | finite | rcPulse/limitControls/state/status | |
| rc Pulse — limit Controls — storage state — value | rational | 0 | V | rcPulse/limitControls/state/value |
| rc Pulse — limit Controls — current — status | metadata | finite | rcPulse/limitControls/current/status | |
| rc Pulse — limit Controls — current — value | rational | 0 | A | rcPulse/limitControls/current/value |
| rc Pulse — limit Controls — storage Voltage — status | metadata | finite | rcPulse/limitControls/storageVoltage/status | |
| rc Pulse — limit Controls — storage Voltage — value | rational | 0 | V | rcPulse/limitControls/storageVoltage/value |
| rc Pulse — limit Controls — stored energy — status | metadata | finite | rcPulse/limitControls/storedEnergy/status | |
| rc Pulse — limit Controls — stored energy — value | rational | 0 | J | rcPulse/limitControls/storedEnergy/value |
| rc Pulse — limit Controls — storage-energy change from original preparation — status | metadata | finite | rcPulse/limitControls/storedChangeFromOriginal/status | |
| rc Pulse — limit Controls — storage-energy change from original preparation — value | rational | -1/1500 | J | rcPulse/limitControls/storedChangeFromOriginal/value |
| rc Pulse — limit Controls — source work from original preparation — status | metadata | finite | rcPulse/limitControls/globalSourceDeliveredWork/status | |
| rc Pulse — limit Controls — source work from original preparation — value | approximation | 2.071652906270853789511252077962633276420875655037121790016439149972466E-2 | J70 significant digits in the stored approximation | rcPulse/limitControls/globalSourceDeliveredWork/value |
| rc Pulse — limit Controls — resistor work from original preparation — status | metadata | finite | rcPulse/limitControls/globalResistorWork/status | |
| rc Pulse — limit Controls — resistor work from original preparation — value | approximation | 2.138319572937520456177918744629299943087542321703788456683105816639133E-2 | J70 significant digits in the stored approximation | rcPulse/limitControls/globalResistorWork/value |
Complete original rl Freewheel source values, units and controls (678 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| rl Freewheel — parameters — on R | rational | 12 | ohm | rlFreewheel/parameters/onR |
| rl Freewheel — parameters — off R | rational | 18 | ohm | rlFreewheel/parameters/offR |
| rl Freewheel — parameters — L | rational | 3/10 | H | rlFreewheel/parameters/L |
| rl Freewheel — parameters — on Tau | rational | 1/40 | s | rlFreewheel/parameters/onTau |
| rl Freewheel — parameters — off Tau | rational | 1/60 | s | rlFreewheel/parameters/offTau |
| rl Freewheel — parameters — on Duration | rational | 3/80 | s | rlFreewheel/parameters/onDuration |
| rl Freewheel — parameters — source On V | rational | 6 | V | rlFreewheel/parameters/sourceOnV |
| rl Freewheel — parameters — source Off V | rational | 0 | V | rlFreewheel/parameters/sourceOffV |
| rl Freewheel — parameters — initial State | rational | -1/4 | A | rlFreewheel/parameters/initialState |
| rl Freewheel — source And Switch State Expressions — a | metadata | onNormalizedDuration | rlFreewheel/sourceAndSwitchStateExpressions/a | |
| rl Freewheel — source And Switch State Expressions — state At Switch | metadata | Vs/R+(i0-Vs/R)exp(-a) | rlFreewheel/sourceAndSwitchStateExpressions/stateAtSwitch | |
| rl Freewheel — source And Switch State Expressions — propagation | metadata | unrounded working-precision value, no70-digit reparse | rlFreewheel/sourceAndSwitchStateExpressions/propagation | |
| rl Freewheel — source And Switch State Expressions — off State | metadata | stateAtSwitch*exp(-w) | rlFreewheel/sourceAndSwitchStateExpressions/offState | |
| rl Freewheel — source And Switch State Expressions — switching Topology | metadata | source disconnected; closed18ohm ideal return path, not physical diode model | rlFreewheel/sourceAndSwitchStateExpressions/switchingTopology | |
| rl Freewheel — on Samples — sample/control 0 — dimensionless segment coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/0/segmentCoordinate |
| rl Freewheel — on Samples — sample/control 0 — local interval time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/0/localTime |
| rl Freewheel — on Samples — sample/control 0 — absolute SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/0/absoluteTime |
| rl Freewheel — on Samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/0/E |
| rl Freewheel — on Samples — sample/control 0 — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/0/sourceV |
| rl Freewheel — on Samples — sample/control 0 — storage state | approximation | -2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/0/state |
| rl Freewheel — on Samples — sample/control 0 — current | approximation | -2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/0/current |
| rl Freewheel — on Samples — sample/control 0 — storage Voltage | approximation | 9.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/0/storageVoltage |
| rl Freewheel — on Samples — sample/control 0 — resistor Voltage | approximation | -3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/0/resistorVoltage |
| rl Freewheel — on Samples — sample/control 0 — storage-state derivative | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/onSamples/0/stateDerivative |
| rl Freewheel — on Samples — sample/control 0 — storage Power | approximation | -2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/0/storagePower |
| rl Freewheel — on Samples — sample/control 0 — resistor Power | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/0/resistorPower |
| rl Freewheel — on Samples — sample/control 0 — source-delivered power | approximation | -1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/0/sourceDeliveredPower |
| rl Freewheel — on Samples — sample/control 0 — stored energy | approximation | 9.375000000000000000000000000000000000000000000000000000000000000000000E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/0/storedEnergy |
| rl Freewheel — on Samples — sample/control 0 — storage-energy change from original preparation | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/0/storedChangeFromOriginal |
| rl Freewheel — on Samples — sample/control 0 — interval Resistor Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/0/intervalResistorWork |
| rl Freewheel — on Samples — sample/control 0 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/0/intervalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 0 — resistor work from original preparation | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/0/globalResistorWork |
| rl Freewheel — on Samples — sample/control 0 — source work from original preparation | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/0/globalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 1 — dimensionless segment coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/1/segmentCoordinate |
| rl Freewheel — on Samples — sample/control 1 — local interval time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/1/localTime |
| rl Freewheel — on Samples — sample/control 1 — absolute SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/1/absoluteTime |
| rl Freewheel — on Samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/1/E |
| rl Freewheel — on Samples — sample/control 1 — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/1/sourceV |
| rl Freewheel — on Samples — sample/control 1 — storage state | approximation | -8.410058730355365118387770023374048547257921781960610568098802470118421E-2 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/1/state |
| rl Freewheel — on Samples — sample/control 1 — current | approximation | -8.410058730355365118387770023374048547257921781960610568098802470118421E-2 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/1/current |
| rl Freewheel — on Samples — sample/control 1 — storage Voltage | approximation | 7.009207047642643814206532402804885825670950613835273268171856296414211E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/1/storageVoltage |
| rl Freewheel — on Samples — sample/control 1 — resistor Voltage | approximation | -1.009207047642643814206532402804885825670950613835273268171856296414211E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/1/resistorVoltage |
| rl Freewheel — on Samples — sample/control 1 — storage-state derivative | approximation | 2.336402349214214604735510800934961941890316871278424422723952098804737E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/onSamples/1/stateDerivative |
| rl Freewheel — on Samples — sample/control 1 — storage Power | approximation | -5.894784292389537022223806597880251478974721076208753167735939232545263E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/1/storagePower |
| rl Freewheel — on Samples — sample/control 1 — resistor Power | approximation | 8.487490541763179511911445838558223506199680070323868268766577504742100E-2 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/1/resistorPower |
| rl Freewheel — on Samples — sample/control 1 — source-delivered power | approximation | -5.046035238213219071032662014024429128354753069176366340859281482071053E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/1/sourceDeliveredPower |
| rl Freewheel — on Samples — sample/control 1 — stored energy | approximation | 1.060936317720397438988930729819777938274960008790483533595822188092762E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/1/storedEnergy |
| rl Freewheel — on Samples — sample/control 1 — storage-energy change from original preparation | approximation | -8.314063682279602561011069270180222061725039991209516466404177811907238E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/1/storedChangeFromOriginal |
| rl Freewheel — on Samples — sample/control 1 — interval Resistor Work | approximation | 2.179151777812650238592724305241294882611922664150432318552381517084869E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/1/intervalResistorWork |
| rl Freewheel — on Samples — sample/control 1 — interval Source Delivered Work | approximation | -6.134911904466952322418344964938927179113117327059084147851796294822369E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/1/intervalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 1 — resistor work from original preparation | approximation | 2.179151777812650238592724305241294882611922664150432318552381517084869E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/1/globalResistorWork |
| rl Freewheel — on Samples — sample/control 1 — source work from original preparation | approximation | -6.134911904466952322418344964938927179113117327059084147851796294822369E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/1/globalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 2 — dimensionless segment coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/2/segmentCoordinate |
| rl Freewheel — on Samples — sample/control 2 — local interval time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/2/localTime |
| rl Freewheel — on Samples — sample/control 2 — absolute SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/2/absoluteTime |
| rl Freewheel — on Samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/2/E |
| rl Freewheel — on Samples — sample/control 2 — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/2/sourceV |
| rl Freewheel — on Samples — sample/control 2 — storage state | approximation | 4.510200521552493229715034875661465991856139838460978323783088094870761E-2 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/2/state |
| rl Freewheel — on Samples — sample/control 2 — current | approximation | 4.510200521552493229715034875661465991856139838460978323783088094870761E-2 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/2/current |
| rl Freewheel — on Samples — sample/control 2 — storage Voltage | approximation | 5.458775937413700812434195814920624080977263219384682601146029428615509E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/2/storageVoltage |
| rl Freewheel — on Samples — sample/control 2 — resistor Voltage | approximation | 5.412240625862991875658041850793759190227367806153173988539705713844913E-1 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/2/resistorVoltage |
| rl Freewheel — on Samples — sample/control 2 — storage-state derivative | approximation | 1.819591979137900270811398604973541360325754406461560867048676476205170E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/onSamples/2/stateDerivative |
| rl Freewheel — on Samples — sample/control 2 — storage Power | approximation | 2.462017407996147354473124588704511852294064752279084176451163028498892E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/2/storagePower |
| rl Freewheel — on Samples — sample/control 2 — resistor Power | approximation | 2.441029049353485833558963366923677428196191507975028178186898284235642E-2 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/2/resistorPower |
| rl Freewheel — on Samples — sample/control 2 — source-delivered power | approximation | 2.706120312931495937829020925396879595113683903076586994269852856922457E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/2/sourceDeliveredPower |
| rl Freewheel — on Samples — sample/control 2 — stored energy | approximation | 3.051286311691857291948704208654596785245239384968785222733622855294553E-4 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/2/storedEnergy |
| rl Freewheel — on Samples — sample/control 2 — storage-energy change from original preparation | approximation | -9.069871368830814270805129579134540321475476061503121477726637714470545E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/2/storedChangeFromOriginal |
| rl Freewheel — on Samples — sample/control 2 — interval Resistor Work | approximation | 2.304570586502074426232577265642341333691266303811653992052005572164403E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/2/intervalResistorWork |
| rl Freewheel — on Samples — sample/control 2 — interval Source Delivered Work | approximation | -6.765300782328739844572552313492198987784209757691467485674632142306142E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/2/intervalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 2 — resistor work from original preparation | approximation | 2.304570586502074426232577265642341333691266303811653992052005572164403E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/2/globalResistorWork |
| rl Freewheel — on Samples — sample/control 2 — source work from original preparation | approximation | -6.765300782328739844572552313492198987784209757691467485674632142306142E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/2/globalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 3 — dimensionless segment coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/3/segmentCoordinate |
| rl Freewheel — on Samples — sample/control 3 — local interval time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/3/localTime |
| rl Freewheel — on Samples — sample/control 3 — absolute SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/3/absoluteTime |
| rl Freewheel — on Samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/3/E |
| rl Freewheel — on Samples — sample/control 3 — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/3/sourceV |
| rl Freewheel — on Samples — sample/control 3 — storage state | approximation | 1.457250854442389696464650867925490652723473156476424882032565418940993E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/3/state |
| rl Freewheel — on Samples — sample/control 3 — current | approximation | 1.457250854442389696464650867925490652723473156476424882032565418940993E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/3/current |
| rl Freewheel — on Samples — sample/control 3 — storage Voltage | approximation | 4.251298974669132364242418958489411216731832212228290141560921497270809E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/3/storageVoltage |
| rl Freewheel — on Samples — sample/control 3 — resistor Voltage | approximation | 1.748701025330867635757581041510588783268167787771709858439078502729191E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/3/resistorVoltage |
| rl Freewheel — on Samples — sample/control 3 — storage-state derivative | approximation | 1.417099658223044121414139652829803738910610737409430047186973832423603E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/onSamples/3/stateDerivative |
| rl Freewheel — on Samples — sample/control 3 — storage Power | approximation | 6.195209063326648368215663015876210893062576079268596017595723470032094E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/3/storagePower |
| rl Freewheel — on Samples — sample/control 3 — resistor Power | approximation | 2.548296063327689810572242191676733023278262859589953274599669043613864E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/3/resistorPower |
| rl Freewheel — on Samples — sample/control 3 — source-delivered power | approximation | 8.743505126654338178787905207552943916340838938858549292195392513645957E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/3/sourceDeliveredPower |
| rl Freewheel — on Samples — sample/control 3 — stored energy | approximation | 3.185370079159612263215302739595916279097828574487441593249586304517330E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/3/storedEnergy |
| rl Freewheel — on Samples — sample/control 3 — storage-energy change from original preparation | approximation | -6.189629920840387736784697260404083720902171425512558406750413695482670E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/3/storedChangeFromOriginal |
| rl Freewheel — on Samples — sample/control 3 — interval Resistor Work | approximation | 3.080867104204542289814934241521723930050074078366185176261932411367777E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/3/intervalResistorWork |
| rl Freewheel — on Samples — sample/control 3 — interval Source Delivered Work | approximation | -3.108762816635845446969763018882359790852097347146373230488481284114894E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/3/intervalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 3 — resistor work from original preparation | approximation | 3.080867104204542289814934241521723930050074078366185176261932411367777E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/3/globalResistorWork |
| rl Freewheel — on Samples — sample/control 3 — source work from original preparation | approximation | -3.108762816635845446969763018882359790852097347146373230488481284114894E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/3/globalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 4 — dimensionless segment coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/4/segmentCoordinate |
| rl Freewheel — on Samples — sample/control 4 — local interval time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/4/localTime |
| rl Freewheel — on Samples — sample/control 4 — absolute SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/4/absoluteTime |
| rl Freewheel — on Samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/4/E |
| rl Freewheel — on Samples — sample/control 4 — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/4/sourceV |
| rl Freewheel — on Samples — sample/control 4 — storage state | approximation | 2.240904191214182588033571723789043494156416517261741241191223987269039E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/4/state |
| rl Freewheel — on Samples — sample/control 4 — current | approximation | 2.240904191214182588033571723789043494156416517261741241191223987269039E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/4/current |
| rl Freewheel — on Samples — sample/control 4 — storage Voltage | approximation | 3.310914970542980894359713931453147807012300179285910510570531215277153E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/4/storageVoltage |
| rl Freewheel — on Samples — sample/control 4 — resistor Voltage | approximation | 2.689085029457019105640286068546852192987699820714089489429468784722847E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/4/resistorVoltage |
| rl Freewheel — on Samples — sample/control 4 — storage-state derivative | approximation | 1.103638323514326964786571310484382602337433393095303503523510405092384E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/onSamples/4/stateDerivative |
| rl Freewheel — on Samples — sample/control 4 — storage Power | approximation | 7.419443234243547768953603746623041805046371547533180553751932172235815E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/4/storagePower |
| rl Freewheel — on Samples — sample/control 4 — resistor Power | approximation | 6.025981913041547759247826596111219159892127556037266893395411751378418E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/4/resistorPower |
| rl Freewheel — on Samples — sample/control 4 — source-delivered power | approximation | 1.344542514728509552820143034273426096493849910357044744714734392361423E+0 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/4/sourceDeliveredPower |
| rl Freewheel — on Samples — sample/control 4 — stored energy | approximation | 7.532477391301934699059783245139023949865159445046583616744264689223023E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/4/storedEnergy |
| rl Freewheel — on Samples — sample/control 4 — storage-energy change from original preparation | approximation | -1.842522608698065300940216754860976050134840554953416383255735310776977E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/4/storedChangeFromOriginal |
| rl Freewheel — on Samples — sample/control 4 — interval Resistor Work | approximation | 5.728959740485326480436640898025323637788592796027297765387375501741396E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/4/intervalResistorWork |
| rl Freewheel — on Samples — sample/control 4 — interval Source Delivered Work | approximation | 3.886437131787261179496424143164347587653752241073881382131640190964418E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/4/intervalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 4 — resistor work from original preparation | approximation | 5.728959740485326480436640898025323637788592796027297765387375501741396E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/4/globalResistorWork |
| rl Freewheel — on Samples — sample/control 4 — source work from original preparation | approximation | 3.886437131787261179496424143164347587653752241073881382131640190964418E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/4/globalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 5 — dimensionless segment coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/5/segmentCoordinate |
| rl Freewheel — on Samples — sample/control 5 — local interval time | approximation | 3.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/5/localTime |
| rl Freewheel — on Samples — sample/control 5 — absolute SI time | approximation | 3.125000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/5/absoluteTime |
| rl Freewheel — on Samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/5/E |
| rl Freewheel — on Samples — sample/control 5 — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/5/sourceV |
| rl Freewheel — on Samples — sample/control 5 — storage state | approximation | 2.851214023548574247563359300141217979051369057538117146837133415908960E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/5/state |
| rl Freewheel — on Samples — sample/control 5 — current | approximation | 2.851214023548574247563359300141217979051369057538117146837133415908960E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/5/current |
| rl Freewheel — on Samples — sample/control 5 — storage Voltage | approximation | 2.578543171741710902923968839830538425138357130954259423795439900909248E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/5/storageVoltage |
| rl Freewheel — on Samples — sample/control 5 — resistor Voltage | approximation | 3.421456828258289097076031160169461574861642869045740576204560099090752E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/5/resistorVoltage |
| rl Freewheel — on Samples — sample/control 5 — storage-state derivative | approximation | 8.595143905805703009746562799435128083794523769847531412651466336364159E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/onSamples/5/stateDerivative |
| rl Freewheel — on Samples — sample/control 5 — storage Power | approximation | 7.351978451595385840676658672619405096640007486229323321888506794768567E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/5/storagePower |
| rl Freewheel — on Samples — sample/control 5 — resistor Power | approximation | 9.755305689696059644703497128227902777668206858999379559134293700685194E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/5/resistorPower |
| rl Freewheel — on Samples — sample/control 5 — source-delivered power | approximation | 1.710728414129144548538015580084730787430821434522870288102280049545376E+0 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/5/sourceDeliveredPower |
| rl Freewheel — on Samples — sample/control 5 — stored energy | approximation | 1.219413211212007455587937141028487847208525857374922444891786712585649E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/5/storedEnergy |
| rl Freewheel — on Samples — sample/control 5 — storage-energy change from original preparation | approximation | 2.819132112120074555879371410284878472085258573749224448917867125856492E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/5/storedChangeFromOriginal |
| rl Freewheel — on Samples — sample/control 5 — interval Resistor Work | approximation | 1.066265753465131173067023908759685184214420556317901834852513163550910E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/5/intervalResistorWork |
| rl Freewheel — on Samples — sample/control 5 — interval Source Delivered Work | approximation | 1.348178964677138628654961049788173031422946413692824279744299876136560E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/5/intervalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 5 — resistor work from original preparation | approximation | 1.066265753465131173067023908759685184214420556317901834852513163550910E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/5/globalResistorWork |
| rl Freewheel — on Samples — sample/control 5 — source work from original preparation | approximation | 1.348178964677138628654961049788173031422946413692824279744299876136560E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/5/globalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 6 — dimensionless segment coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/6/segmentCoordinate |
| rl Freewheel — on Samples — sample/control 6 — local interval time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/6/localTime |
| rl Freewheel — on Samples — sample/control 6 — absolute SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/onSamples/6/absoluteTime |
| rl Freewheel — on Samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/onSamples/6/E |
| rl Freewheel — on Samples — sample/control 6 — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/6/sourceV |
| rl Freewheel — on Samples — sample/control 6 — storage state | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/6/state |
| rl Freewheel — on Samples — sample/control 6 — current | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlFreewheel/onSamples/6/current |
| rl Freewheel — on Samples — sample/control 6 — storage Voltage | approximation | 2.008171441335868460399524236876112692079544664249713958694517868842926E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/6/storageVoltage |
| rl Freewheel — on Samples — sample/control 6 — resistor Voltage | approximation | 3.991828558664131539600475763123887307920455335750286041305482131157074E+0 | V70 significant digits in the stored approximation | rlFreewheel/onSamples/6/resistorVoltage |
| rl Freewheel — on Samples — sample/control 6 — storage-state derivative | approximation | 6.693904804452894867998414122920375640265148880832379862315059562809755E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/onSamples/6/stateDerivative |
| rl Freewheel — on Samples — sample/control 6 — storage Power | approximation | 6.680230091848526150892008128001393537758000848530002742657717730805537E-1 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/6/storagePower |
| rl Freewheel — on Samples — sample/control 6 — resistor Power | approximation | 1.327891270147213154711037068761804300184427583022142746386969292497983E+0 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/6/resistorPower |
| rl Freewheel — on Samples — sample/control 6 — source-delivered power | approximation | 1.995914279332065769800237881561943653960227667875143020652741065578537E+0 | W70 significant digits in the stored approximation | rlFreewheel/onSamples/6/sourceDeliveredPower |
| rl Freewheel — on Samples — sample/control 6 — stored energy | approximation | 1.659864087684016443388796335952255375230534478777678432983711615622479E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/6/storedEnergy |
| rl Freewheel — on Samples — sample/control 6 — storage-energy change from original preparation | approximation | 7.223640876840164433887963359522553752305344787776784329837116156224788E-3 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/6/storedChangeFromOriginal |
| rl Freewheel — on Samples — sample/control 6 — interval Resistor Work | approximation | 1.787850213985819132110608960142885489868896351534464015384435720431179E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/6/intervalResistorWork |
| rl Freewheel — on Samples — sample/control 6 — interval Source Delivered Work | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/6/intervalSourceDeliveredWork |
| rl Freewheel — on Samples — sample/control 6 — resistor work from original preparation | approximation | 1.787850213985819132110608960142885489868896351534464015384435720431179E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/6/globalResistorWork |
| rl Freewheel — on Samples — sample/control 6 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/onSamples/6/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 0 — dimensionless segment coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/0/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 0 — local interval time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/0/localTime |
| rl Freewheel — off Samples — sample/control 0 — absolute SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/0/absoluteTime |
| rl Freewheel — off Samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/0/E |
| rl Freewheel — off Samples — sample/control 0 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/0/sourceV |
| rl Freewheel — off Samples — sample/control 0 — storage state | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/0/state |
| rl Freewheel — off Samples — sample/control 0 — current | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/0/current |
| rl Freewheel — off Samples — sample/control 0 — storage Voltage | approximation | -5.987742837996197309400713644685830961880683003625429061958223196735610E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/0/storageVoltage |
| rl Freewheel — off Samples — sample/control 0 — resistor Voltage | approximation | 5.987742837996197309400713644685830961880683003625429061958223196735610E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/0/resistorVoltage |
| rl Freewheel — off Samples — sample/control 0 — storage-state derivative | approximation | -1.995914279332065769800237881561943653960227667875143020652741065578537E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/0/stateDerivative |
| rl Freewheel — off Samples — sample/control 0 — storage Power | approximation | -1.991836905220819732066555603142706450276641374533214119580453938746975E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/0/storagePower |
| rl Freewheel — off Samples — sample/control 0 — resistor Power | approximation | 1.991836905220819732066555603142706450276641374533214119580453938746975E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/0/resistorPower |
| rl Freewheel — off Samples — sample/control 0 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/0/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 0 — stored energy | approximation | 1.659864087684016443388796335952255375230534478777678432983711615622479E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/0/storedEnergy |
| rl Freewheel — off Samples — sample/control 0 — storage-energy change from original preparation | approximation | 7.223640876840164433887963359522553752305344787776784329837116156224788E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/0/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 0 — interval Resistor Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/0/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 0 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/0/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 0 — resistor work from original preparation | approximation | 1.787850213985819132110608960142885489868896351534464015384435720431179E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/0/globalResistorWork |
| rl Freewheel — off Samples — sample/control 0 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/0/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 1 — dimensionless segment coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/1/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 1 — local interval time | approximation | 4.166666666666666666666666666666666666666666666666666666666666666666667E-3 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/1/localTime |
| rl Freewheel — off Samples — sample/control 1 — absolute SI time | approximation | 4.166666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/1/absoluteTime |
| rl Freewheel — off Samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/1/E |
| rl Freewheel — off Samples — sample/control 1 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/1/sourceV |
| rl Freewheel — off Samples — sample/control 1 — storage state | approximation | 2.590699339478685891120471894893820616373455052081419588576726426936957E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/1/state |
| rl Freewheel — off Samples — sample/control 1 — current | approximation | 2.590699339478685891120471894893820616373455052081419588576726426936957E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/1/current |
| rl Freewheel — off Samples — sample/control 1 — storage Voltage | approximation | -4.663258811061634604016849410808877109472219093746555259438107568486522E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/1/storageVoltage |
| rl Freewheel — off Samples — sample/control 1 — resistor Voltage | approximation | 4.663258811061634604016849410808877109472219093746555259438107568486522E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/1/resistorVoltage |
| rl Freewheel — off Samples — sample/control 1 — storage-state derivative | approximation | -1.554419603687211534672283136936292369824073031248851753146035856162174E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/1/stateDerivative |
| rl Freewheel — off Samples — sample/control 1 — storage Power | approximation | -1.208110152163553885638440935513423525836168628920594093300189692213842E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/1/storagePower |
| rl Freewheel — off Samples — sample/control 1 — resistor Power | approximation | 1.208110152163553885638440935513423525836168628920594093300189692213842E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/1/resistorPower |
| rl Freewheel — off Samples — sample/control 1 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/1/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 1 — stored energy | approximation | 1.006758460136294904698700779594519604863473857433828411083491410178201E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/1/storedEnergy |
| rl Freewheel — off Samples — sample/control 1 — storage-energy change from original preparation | approximation | 6.925846013629490469870077959451960486347385743382841108349141017820136E-4 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/1/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 1 — interval Resistor Work | approximation | 6.531056275477215386900955563577357703670606213438500219002202054442774E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/1/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 1 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/1/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 1 — resistor work from original preparation | approximation | 2.440955841533540670800704516500621260235956972878314037284655925875457E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/1/globalResistorWork |
| rl Freewheel — off Samples — sample/control 1 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/1/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 2 — dimensionless segment coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/2/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 2 — local interval time | approximation | 8.333333333333333333333333333333333333333333333333333333333333333333333E-3 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/2/localTime |
| rl Freewheel — off Samples — sample/control 2 — absolute SI time | approximation | 4.583333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/2/absoluteTime |
| rl Freewheel — off Samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/2/E |
| rl Freewheel — off Samples — sample/control 2 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/2/sourceV |
| rl Freewheel — off Samples — sample/control 2 — storage state | approximation | 2.017638674288571928814001462662269241652354083114115667403269248769732E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/2/state |
| rl Freewheel — off Samples — sample/control 2 — current | approximation | 2.017638674288571928814001462662269241652354083114115667403269248769732E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/2/current |
| rl Freewheel — off Samples — sample/control 2 — storage Voltage | approximation | -3.631749613719429471865202632792084634974237349605408201325884647785518E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/2/storageVoltage |
| rl Freewheel — off Samples — sample/control 2 — resistor Voltage | approximation | 3.631749613719429471865202632792084634974237349605408201325884647785518E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/2/resistorVoltage |
| rl Freewheel — off Samples — sample/control 2 — storage-state derivative | approximation | -1.210583204573143157288400877597361544991412449868469400441961549261839E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/2/stateDerivative |
| rl Freewheel — off Samples — sample/control 2 — storage Power | approximation | -7.327558475972902878651148258114840750914041399135008929097263310054531E-1 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/2/storagePower |
| rl Freewheel — off Samples — sample/control 2 — resistor Power | approximation | 7.327558475972902878651148258114840750914041399135008929097263310054531E-1 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/2/resistorPower |
| rl Freewheel — off Samples — sample/control 2 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/2/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 2 — stored energy | approximation | 6.106298729977419065542623548429033959095034499279174107581052758378776E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/2/storedEnergy |
| rl Freewheel — off Samples — sample/control 2 — storage-energy change from original preparation | approximation | -3.268701270022580934457376451570966040904965500720825892418947241621224E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/2/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 2 — interval Resistor Work | approximation | 1.049234214686274536834533981109351979321031028849761022225606339784601E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/2/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 2 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/2/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 2 — resistor work from original preparation | approximation | 2.837084428672093668945142941252237469189927380384225037610042060215781E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/2/globalResistorWork |
| rl Freewheel — off Samples — sample/control 2 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/2/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 3 — dimensionless segment coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/3/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 3 — local interval time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/3/localTime |
| rl Freewheel — off Samples — sample/control 3 — absolute SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/3/absoluteTime |
| rl Freewheel — off Samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/3/E |
| rl Freewheel — off Samples — sample/control 3 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/3/sourceV |
| rl Freewheel — off Samples — sample/control 3 — storage state | approximation | 1.571338579491091009816100085411103835337334845352799408361959035131881E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/3/state |
| rl Freewheel — off Samples — sample/control 3 — current | approximation | 1.571338579491091009816100085411103835337334845352799408361959035131881E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/3/current |
| rl Freewheel — off Samples — sample/control 3 — storage Voltage | approximation | -2.828409443083963817668980153739986903607202721635038935051526263237387E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/3/storageVoltage |
| rl Freewheel — off Samples — sample/control 3 — resistor Voltage | approximation | 2.828409443083963817668980153739986903607202721635038935051526263237387E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/3/resistorVoltage |
| rl Freewheel — off Samples — sample/control 3 — storage-state derivative | approximation | -9.428031476946546058896600512466623012024009072116796450171754210791289E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/3/stateDerivative |
| rl Freewheel — off Samples — sample/control 3 — storage Power | approximation | -4.444388876514743532520887418173939551986629210770782877267333290900202E-1 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/3/storagePower |
| rl Freewheel — off Samples — sample/control 3 — resistor Power | approximation | 4.444388876514743532520887418173939551986629210770782877267333290900202E-1 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/3/resistorPower |
| rl Freewheel — off Samples — sample/control 3 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/3/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 3 — stored energy | approximation | 3.703657397095619610434072848478282959988857675642319064389444409083502E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/3/storedEnergy |
| rl Freewheel — off Samples — sample/control 3 — storage-energy change from original preparation | approximation | -5.671342602904380389565927151521717040011142324357680935610555590916498E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/3/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 3 — interval Resistor Work | approximation | 1.289498347974454482345389051104427079231648711213446526544767174714129E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/3/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 3 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/3/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 3 — resistor work from original preparation | approximation | 3.077348561960273614455998011247312569100545062747910541929202895145308E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/3/globalResistorWork |
| rl Freewheel — off Samples — sample/control 3 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/3/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 4 — dimensionless segment coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/4/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 4 — local interval time | approximation | 1.666666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/4/localTime |
| rl Freewheel — off Samples — sample/control 4 — absolute SI time | approximation | 5.416666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/4/absoluteTime |
| rl Freewheel — off Samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/4/E |
| rl Freewheel — off Samples — sample/control 4 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/4/sourceV |
| rl Freewheel — off Samples — sample/control 4 — storage state | approximation | 1.223759716177970644206153792303605778445524747543064306195995929623122E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/4/state |
| rl Freewheel — off Samples — sample/control 4 — current | approximation | 1.223759716177970644206153792303605778445524747543064306195995929623122E-1 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/4/current |
| rl Freewheel — off Samples — sample/control 4 — storage Voltage | approximation | -2.202767489120347159571076826146490401201944545577515751152792673321619E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/4/storageVoltage |
| rl Freewheel — off Samples — sample/control 4 — resistor Voltage | approximation | 2.202767489120347159571076826146490401201944545577515751152792673321619E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/4/resistorVoltage |
| rl Freewheel — off Samples — sample/control 4 — storage-state derivative | approximation | -7.342558297067823865236922753821634670673148485258385837175975577738731E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/4/stateDerivative |
| rl Freewheel — off Samples — sample/control 4 — storage Power | approximation | -2.695658117291977078893227707516897023865268196516921165254654224686471E-1 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/4/storagePower |
| rl Freewheel — off Samples — sample/control 4 — resistor Power | approximation | 2.695658117291977078893227707516897023865268196516921165254654224686471E-1 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/4/resistorPower |
| rl Freewheel — off Samples — sample/control 4 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/4/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 4 — stored energy | approximation | 2.246381764409980899077689756264080853221056830430767637712211853905392E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/4/storedEnergy |
| rl Freewheel — off Samples — sample/control 4 — storage-energy change from original preparation | approximation | -7.128618235590019100922310243735919146778943169569232362287788146094608E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/4/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 4 — interval Resistor Work | approximation | 1.435225911243018353481027360325847289908428795734601669212490430231940E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/4/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 4 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/4/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 4 — resistor work from original preparation | approximation | 3.223076125228837485591636320468732779777325147269065684596926150663119E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/4/globalResistorWork |
| rl Freewheel — off Samples — sample/control 4 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/4/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 5 — dimensionless segment coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/5/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 5 — local interval time | approximation | 2.083333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/5/localTime |
| rl Freewheel — off Samples — sample/control 5 — absolute SI time | approximation | 5.833333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/5/absoluteTime |
| rl Freewheel — off Samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/5/E |
| rl Freewheel — off Samples — sample/control 5 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/5/sourceV |
| rl Freewheel — off Samples — sample/control 5 — storage state | approximation | 9.530650252506437063562019415545498941509982485504918738054848283593262E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/5/state |
| rl Freewheel — off Samples — sample/control 5 — current | approximation | 9.530650252506437063562019415545498941509982485504918738054848283593262E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/5/current |
| rl Freewheel — off Samples — sample/control 5 — storage Voltage | approximation | -1.715517045451158671441163494798189809471796847390885372849872691046787E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/5/storageVoltage |
| rl Freewheel — off Samples — sample/control 5 — resistor Voltage | approximation | 1.715517045451158671441163494798189809471796847390885372849872691046787E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/5/resistorVoltage |
| rl Freewheel — off Samples — sample/control 5 — storage-state derivative | approximation | -5.718390151503862238137211649327299364905989491302951242832908970155957E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/5/stateDerivative |
| rl Freewheel — off Samples — sample/control 5 — storage Power | approximation | -1.634999296240818226065158625962601455442610311882936595507026852805033E-1 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/5/storagePower |
| rl Freewheel — off Samples — sample/control 5 — resistor Power | approximation | 1.634999296240818226065158625962601455442610311882936595507026852805033E-1 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/5/resistorPower |
| rl Freewheel — off Samples — sample/control 5 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/5/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 5 — stored energy | approximation | 1.362499413534015188387632188302167879535508593235780496255855710670861E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/5/storedEnergy |
| rl Freewheel — off Samples — sample/control 5 — storage-energy change from original preparation | approximation | -8.012500586465984811612367811697832120464491406764219503744144289329139E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/5/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 5 — interval Resistor Work | approximation | 1.523614146330614924550033117122038587276983619454100383358126044555393E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/5/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 5 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/5/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 5 — resistor work from original preparation | approximation | 3.311464360316434056660642077264924077145879970988564398742561764986572E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/5/globalResistorWork |
| rl Freewheel — off Samples — sample/control 5 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/5/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 6 — dimensionless segment coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/6/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 6 — local interval time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/6/localTime |
| rl Freewheel — off Samples — sample/control 6 — absolute SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/6/absoluteTime |
| rl Freewheel — off Samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/6/E |
| rl Freewheel — off Samples — sample/control 6 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/6/sourceV |
| rl Freewheel — off Samples — sample/control 6 — storage state | approximation | 7.422477879831695723213342364445992819731112053922225269619686367561708E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/6/state |
| rl Freewheel — off Samples — sample/control 6 — current | approximation | 7.422477879831695723213342364445992819731112053922225269619686367561708E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/6/current |
| rl Freewheel — off Samples — sample/control 6 — storage Voltage | approximation | -1.336046018369705230178401625600278707551600169706000548531543546161107E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/6/storageVoltage |
| rl Freewheel — off Samples — sample/control 6 — resistor Voltage | approximation | 1.336046018369705230178401625600278707551600169706000548531543546161107E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/6/resistorVoltage |
| rl Freewheel — off Samples — sample/control 6 — storage-state derivative | approximation | -4.453486727899017433928005418667595691838667232353335161771811820537025E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/6/stateDerivative |
| rl Freewheel — off Samples — sample/control 6 — storage Power | approximation | -9.916772017786348474244087778873463232837115932352270563787255249031815E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/6/storagePower |
| rl Freewheel — off Samples — sample/control 6 — resistor Power | approximation | 9.916772017786348474244087778873463232837115932352270563787255249031815E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/6/resistorPower |
| rl Freewheel — off Samples — sample/control 6 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/6/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 6 — stored energy | approximation | 8.263976681488623728536739815727886027364263276960225469822712707526512E-4 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/6/storedEnergy |
| rl Freewheel — off Samples — sample/control 6 — storage-energy change from original preparation | approximation | -8.548602331851137627146326018427211397263573672303977453017728729247349E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/6/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 6 — interval Resistor Work | approximation | 1.577224320869130206103428937794976514956891846008076178285484488547214E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/6/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 6 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/6/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 6 — resistor work from original preparation | approximation | 3.365074534854949338214037897937862004825788197542540193669920208978393E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/6/globalResistorWork |
| rl Freewheel — off Samples — sample/control 6 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/6/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 7 — dimensionless segment coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/7/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 7 — local interval time | approximation | 2.916666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/7/localTime |
| rl Freewheel — off Samples — sample/control 7 — absolute SI time | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/7/absoluteTime |
| rl Freewheel — off Samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/7/E |
| rl Freewheel — off Samples — sample/control 7 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/7/sourceV |
| rl Freewheel — off Samples — sample/control 7 — storage state | approximation | 5.780631585143105592518375288248840056225238021793740956646879788213135E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/7/state |
| rl Freewheel — off Samples — sample/control 7 — current | approximation | 5.780631585143105592518375288248840056225238021793740956646879788213135E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/7/current |
| rl Freewheel — off Samples — sample/control 7 — storage Voltage | approximation | -1.040513685325759006653307551884791210120542843922873372196438361878364E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/7/storageVoltage |
| rl Freewheel — off Samples — sample/control 7 — resistor Voltage | approximation | 1.040513685325759006653307551884791210120542843922873372196438361878364E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/7/resistorVoltage |
| rl Freewheel — off Samples — sample/control 7 — storage-state derivative | approximation | -3.468378951085863355511025172949304033735142813076244573988127872927881E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/7/stateDerivative |
| rl Freewheel — off Samples — sample/control 7 — storage Power | approximation | -6.014826274167736855420355816198307049175819094798039831453633301012389E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/7/storagePower |
| rl Freewheel — off Samples — sample/control 7 — resistor Power | approximation | 6.014826274167736855420355816198307049175819094798039831453633301012389E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/7/resistorPower |
| rl Freewheel — off Samples — sample/control 7 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/7/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 7 — stored energy | approximation | 5.012355228473114046183629846831922540979849245665033192878027750843658E-4 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/7/storedEnergy |
| rl Freewheel — off Samples — sample/control 7 — storage-energy change from original preparation | approximation | -8.873764477152688595381637015316807745902015075433496680712197224915634E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/7/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 7 — interval Resistor Work | approximation | 1.609740535399285302926960037483936149820735986321028101054931338114042E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/7/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 7 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/7/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 7 — resistor work from original preparation | approximation | 3.397590749385104435037568997626821639689632337855492116439367058545222E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/7/globalResistorWork |
| rl Freewheel — off Samples — sample/control 7 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/7/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 8 — dimensionless segment coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/8/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 8 — local interval time | approximation | 3.333333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/8/localTime |
| rl Freewheel — off Samples — sample/control 8 — absolute SI time | approximation | 7.083333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/8/absoluteTime |
| rl Freewheel — off Samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/8/E |
| rl Freewheel — off Samples — sample/control 8 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/8/sourceV |
| rl Freewheel — off Samples — sample/control 8 — storage state | approximation | 4.501960405156747039216002821352731790007037376904518573057426901325314E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/8/state |
| rl Freewheel — off Samples — sample/control 8 — current | approximation | 4.501960405156747039216002821352731790007037376904518573057426901325314E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/8/current |
| rl Freewheel — off Samples — sample/control 8 — storage Voltage | approximation | -8.103528729282144670588805078434917222012667278428133431503368422385566E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/8/storageVoltage |
| rl Freewheel — off Samples — sample/control 8 — resistor Voltage | approximation | 8.103528729282144670588805078434917222012667278428133431503368422385566E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/8/resistorVoltage |
| rl Freewheel — off Samples — sample/control 8 — storage-state derivative | approximation | -2.701176243094048223529601692811639074004222426142711143834456140795189E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/8/stateDerivative |
| rl Freewheel — off Samples — sample/control 8 — storage Power | approximation | -3.648176548127838351598936234049920303337690004326452942227787985076095E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/8/storagePower |
| rl Freewheel — off Samples — sample/control 8 — resistor Power | approximation | 3.648176548127838351598936234049920303337690004326452942227787985076095E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/8/resistorPower |
| rl Freewheel — off Samples — sample/control 8 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/8/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 8 — stored energy | approximation | 3.040147123439865292999113528374933586114741670272044118523156654230079E-4 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/8/storedEnergy |
| rl Freewheel — off Samples — sample/control 8 — storage-energy change from original preparation | approximation | -9.070985287656013470700088647162506641388525832972795588147684334576992E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/8/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 8 — interval Resistor Work | approximation | 1.629462616449617790458805200668506039369387062074957991798480049080178E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/8/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 8 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/8/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 8 — resistor work from original preparation | approximation | 3.417312830435436922569414160811391529238283413609422007182915769511357E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/8/globalResistorWork |
| rl Freewheel — off Samples — sample/control 8 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/8/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 9 — dimensionless segment coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/9/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 9 — local interval time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/9/localTime |
| rl Freewheel — off Samples — sample/control 9 — absolute SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/9/absoluteTime |
| rl Freewheel — off Samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/9/E |
| rl Freewheel — off Samples — sample/control 9 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/9/sourceV |
| rl Freewheel — off Samples — sample/control 9 — storage state | approximation | 3.506130288892533721449545579502434403169479523383463061434799221907213E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/9/state |
| rl Freewheel — off Samples — sample/control 9 — current | approximation | 3.506130288892533721449545579502434403169479523383463061434799221907213E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/9/current |
| rl Freewheel — off Samples — sample/control 9 — storage Voltage | approximation | -6.311034520006560698609182043104381925705063142090233510582638599432983E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/9/storageVoltage |
| rl Freewheel — off Samples — sample/control 9 — resistor Voltage | approximation | 6.311034520006560698609182043104381925705063142090233510582638599432983E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/9/resistorVoltage |
| rl Freewheel — off Samples — sample/control 9 — storage-state derivative | approximation | -2.103678173335520232869727347701460641901687714030077836860879533144328E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/9/stateDerivative |
| rl Freewheel — off Samples — sample/control 9 — storage Power | approximation | -2.212730928484135555044209487153222506442901226846972501750303888674211E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/9/storagePower |
| rl Freewheel — off Samples — sample/control 9 — resistor Power | approximation | 2.212730928484135555044209487153222506442901226846972501750303888674211E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/9/resistorPower |
| rl Freewheel — off Samples — sample/control 9 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/9/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 9 — stored energy | approximation | 1.843942440403446295870174572627685422035751022372477084791919907228509E-4 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/9/storedEnergy |
| rl Freewheel — off Samples — sample/control 9 — storage-energy change from original preparation | approximation | -9.190605755959655370412982542737231457796424897762752291520808009277149E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/9/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 9 — interval Resistor Work | approximation | 1.641424663279981980430094590225978521010176968553953662135792416550194E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/9/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 9 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/9/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 9 — resistor work from original preparation | approximation | 3.429274877265801112540703550368864010879073320088417677520228136981373E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/9/globalResistorWork |
| rl Freewheel — off Samples — sample/control 9 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/9/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 10 — dimensionless segment coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/10/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 10 — local interval time | approximation | 4.166666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/10/localTime |
| rl Freewheel — off Samples — sample/control 10 — absolute SI time | approximation | 7.916666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/10/absoluteTime |
| rl Freewheel — off Samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/10/E |
| rl Freewheel — off Samples — sample/control 10 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/10/sourceV |
| rl Freewheel — off Samples — sample/control 10 — storage state | approximation | 2.730577014539876236447582127864897225996800984261162834567925967817455E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/10/state |
| rl Freewheel — off Samples — sample/control 10 — current | approximation | 2.730577014539876236447582127864897225996800984261162834567925967817455E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/10/current |
| rl Freewheel — off Samples — sample/control 10 — storage Voltage | approximation | -4.915038626171777225605647830156815006794241771670093102222266742071420E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/10/storageVoltage |
| rl Freewheel — off Samples — sample/control 10 — resistor Voltage | approximation | 4.915038626171777225605647830156815006794241771670093102222266742071420E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/10/resistorVoltage |
| rl Freewheel — off Samples — sample/control 10 — storage-state derivative | approximation | -1.638346208723925741868549276718938335598080590556697700740755580690473E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/10/stateDerivative |
| rl Freewheel — off Samples — sample/control 10 — storage Power | approximation | -1.342089149820030626325958781843580023533907153992608915838204771314764E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/10/storagePower |
| rl Freewheel — off Samples — sample/control 10 — resistor Power | approximation | 1.342089149820030626325958781843580023533907153992608915838204771314764E-2 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/10/resistorPower |
| rl Freewheel — off Samples — sample/control 10 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/10/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 10 — stored energy | approximation | 1.118407624850025521938298984869650019611589294993840763198503976095637E-4 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/10/storedEnergy |
| rl Freewheel — off Samples — sample/control 10 — storage-energy change from original preparation | approximation | -9.263159237514997447806170101513034998038841070500615923680149602390436E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/10/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 10 — interval Resistor Work | approximation | 1.648680011435516188169413346103558875034418585827740025351726575861522E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/10/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 10 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/10/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 10 — resistor work from original preparation | approximation | 3.436530225421335320280022306246444364903314937362204040736162296292702E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/10/globalResistorWork |
| rl Freewheel — off Samples — sample/control 10 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/10/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 11 — dimensionless segment coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/11/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 11 — local interval time | approximation | 4.583333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/11/localTime |
| rl Freewheel — off Samples — sample/control 11 — absolute SI time | approximation | 8.333333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/11/absoluteTime |
| rl Freewheel — off Samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/11/E |
| rl Freewheel — off Samples — sample/control 11 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/11/sourceV |
| rl Freewheel — off Samples — sample/control 11 — storage state | approximation | 2.126575517160434489624980338697471665435460997370412910146767773105418E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/11/state |
| rl Freewheel — off Samples — sample/control 11 — current | approximation | 2.126575517160434489624980338697471665435460997370412910146767773105418E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/11/current |
| rl Freewheel — off Samples — sample/control 11 — storage Voltage | approximation | -3.827835930888782081324964609655448997783829795266743238264181991589752E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/11/storageVoltage |
| rl Freewheel — off Samples — sample/control 11 — resistor Voltage | approximation | 3.827835930888782081324964609655448997783829795266743238264181991589752E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/11/resistorVoltage |
| rl Freewheel — off Samples — sample/control 11 — storage-state derivative | approximation | -1.275945310296260693774988203218482999261276598422247746088060663863251E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/11/stateDerivative |
| rl Freewheel — off Samples — sample/control 11 — storage Power | approximation | -8.140182174335104928034275925399689551747953017033910558998041639058500E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/11/storagePower |
| rl Freewheel — off Samples — sample/control 11 — resistor Power | approximation | 8.140182174335104928034275925399689551747953017033910558998041639058500E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/11/resistorPower |
| rl Freewheel — off Samples — sample/control 11 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/11/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 11 — stored energy | approximation | 6.783485145279254106695229937833074626456627514194925465831701365882084E-5 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/11/storedEnergy |
| rl Freewheel — off Samples — sample/control 11 — storage-energy change from original preparation | approximation | -9.307165148547207458933047700621669253735433724858050745341682986341179E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/11/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 11 — interval Resistor Work | approximation | 1.653080602538737189282101106014422300604077851263483507517879914256597E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/11/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 11 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/11/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 11 — resistor work from original preparation | approximation | 3.440930816524556321392710066157307790472974202797947522902315634687776E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/11/globalResistorWork |
| rl Freewheel — off Samples — sample/control 11 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/11/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 12 — dimensionless segment coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/12/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 12 — local interval time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/12/localTime |
| rl Freewheel — off Samples — sample/control 12 — absolute SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/12/absoluteTime |
| rl Freewheel — off Samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/12/E |
| rl Freewheel — off Samples — sample/control 12 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/12/sourceV |
| rl Freewheel — off Samples — sample/control 12 — storage state | approximation | 1.656178678025024161756385710983299248719534546488311011400284770300248E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/12/state |
| rl Freewheel — off Samples — sample/control 12 — current | approximation | 1.656178678025024161756385710983299248719534546488311011400284770300248E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/12/current |
| rl Freewheel — off Samples — sample/control 12 — storage Voltage | approximation | -2.981121620445043491161494279769938647695162183678959820520512586540447E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/12/storageVoltage |
| rl Freewheel — off Samples — sample/control 12 — resistor Voltage | approximation | 2.981121620445043491161494279769938647695162183678959820520512586540447E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/12/resistorVoltage |
| rl Freewheel — off Samples — sample/control 12 — storage-state derivative | approximation | -9.937072068150144970538314265899795492317207278929866068401708621801490E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/12/stateDerivative |
| rl Freewheel — off Samples — sample/control 12 — storage Power | approximation | -4.937270064380489970489823737156775830306661698885597721867616906932951E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/12/storagePower |
| rl Freewheel — off Samples — sample/control 12 — resistor Power | approximation | 4.937270064380489970489823737156775830306661698885597721867616906932951E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/12/resistorPower |
| rl Freewheel — off Samples — sample/control 12 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/12/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 12 — stored energy | approximation | 4.114391720317074975408186447630646525255551415737998101556347422444126E-5 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/12/storedEnergy |
| rl Freewheel — off Samples — sample/control 12 — storage-energy change from original preparation | approximation | -9.333856082796829250245918135523693534747444485842620018984436525775559E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/12/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 12 — interval Resistor Work | approximation | 1.655749695963699368413388149504624728705278927361940434882155268200035E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/12/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 12 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/12/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 12 — resistor work from original preparation | approximation | 3.443599909949518500523997109647510218574175278896404450266590988631214E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/12/globalResistorWork |
| rl Freewheel — off Samples — sample/control 12 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/12/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 13 — dimensionless segment coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/13/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 13 — local interval time | approximation | 5.416666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/13/localTime |
| rl Freewheel — off Samples — sample/control 13 — absolute SI time | approximation | 9.166666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/13/absoluteTime |
| rl Freewheel — off Samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/13/E |
| rl Freewheel — off Samples — sample/control 13 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/13/sourceV |
| rl Freewheel — off Samples — sample/control 13 — storage state | approximation | 1.289833251352052931064628966586027849394728256972904094106799079604326E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/13/state |
| rl Freewheel — off Samples — sample/control 13 — current | approximation | 1.289833251352052931064628966586027849394728256972904094106799079604326E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/13/current |
| rl Freewheel — off Samples — sample/control 13 — storage Voltage | approximation | -2.321699852433695275916332139854850128910510862551227369392238343287787E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/13/storageVoltage |
| rl Freewheel — off Samples — sample/control 13 — resistor Voltage | approximation | 2.321699852433695275916332139854850128910510862551227369392238343287787E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/13/resistorVoltage |
| rl Freewheel — off Samples — sample/control 13 — storage-state derivative | approximation | -7.738999508112317586387773799516167096368369541837424564640794477625956E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/13/stateDerivative |
| rl Freewheel — off Samples — sample/control 13 — storage Power | approximation | -2.994605669328134677780103655177689531199148858707434103194810418699481E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/13/storagePower |
| rl Freewheel — off Samples — sample/control 13 — resistor Power | approximation | 2.994605669328134677780103655177689531199148858707434103194810418699481E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/13/resistorPower |
| rl Freewheel — off Samples — sample/control 13 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/13/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 13 — stored energy | approximation | 2.495504724440112231483419712648074609332624048922861752662342015582901E-5 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/13/storedEnergy |
| rl Freewheel — off Samples — sample/control 13 — storage-energy change from original preparation | approximation | -9.350044952755598877685165802873519253906673759510771382473376579844171E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/13/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 13 — interval Resistor Work | approximation | 1.657368582959576331157312916239607300621201854728755571231049273606896E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/13/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 13 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/13/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 13 — resistor work from original preparation | approximation | 3.445218796945395463267921876382492790490098206263219586615484994038075E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/13/globalResistorWork |
| rl Freewheel — off Samples — sample/control 13 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/13/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 14 — dimensionless segment coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/14/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 14 — local interval time | approximation | 5.833333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/14/localTime |
| rl Freewheel — off Samples — sample/control 14 — absolute SI time | approximation | 9.583333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/14/absoluteTime |
| rl Freewheel — off Samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/14/E |
| rl Freewheel — off Samples — sample/control 14 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/14/sourceV |
| rl Freewheel — off Samples — sample/control 14 — storage state | approximation | 1.004523146184515004741610986444860434919307735331218926294096286300972E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/14/state |
| rl Freewheel — off Samples — sample/control 14 — current | approximation | 1.004523146184515004741610986444860434919307735331218926294096286300972E-2 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/14/current |
| rl Freewheel — off Samples — sample/control 14 — storage Voltage | approximation | -1.808141663132127008534899775600748782854753923596194067329373315341750E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/14/storageVoltage |
| rl Freewheel — off Samples — sample/control 14 — resistor Voltage | approximation | 1.808141663132127008534899775600748782854753923596194067329373315341750E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/14/resistorVoltage |
| rl Freewheel — off Samples — sample/control 14 — storage-state derivative | approximation | -6.027138877107090028449665918669162609515846411987313557764577717805833E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/14/stateDerivative |
| rl Freewheel — off Samples — sample/control 14 — storage Power | approximation | -1.816320152196785703831375163316950519276975412304559241481860043240157E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/14/storagePower |
| rl Freewheel — off Samples — sample/control 14 — resistor Power | approximation | 1.816320152196785703831375163316950519276975412304559241481860043240157E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/14/resistorPower |
| rl Freewheel — off Samples — sample/control 14 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/14/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 14 — stored energy | approximation | 1.513600126830654753192812636097458766064146176920466034568216702700131E-5 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/14/storedEnergy |
| rl Freewheel — off Samples — sample/control 14 — storage-energy change from original preparation | approximation | -9.359863998731693452468071873639025412339358538230795339654317832972999E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/14/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 14 — interval Resistor Work | approximation | 1.658350487557185788635603523316157916464470332600757966949143398919779E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/14/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 14 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/14/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 14 — resistor work from original preparation | approximation | 3.446200701543004920746212483459043406333366684135221982333579119350958E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/14/globalResistorWork |
| rl Freewheel — off Samples — sample/control 14 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/14/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 15 — dimensionless segment coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/15/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 15 — local interval time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/15/localTime |
| rl Freewheel — off Samples — sample/control 15 — absolute SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/15/absoluteTime |
| rl Freewheel — off Samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/15/E |
| rl Freewheel — off Samples — sample/control 15 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/15/sourceV |
| rl Freewheel — off Samples — sample/control 15 — storage state | approximation | 7.823234128618515910705445544182139630286394172422278337991768871065383E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/15/state |
| rl Freewheel — off Samples — sample/control 15 — current | approximation | 7.823234128618515910705445544182139630286394172422278337991768871065383E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/15/current |
| rl Freewheel — off Samples — sample/control 15 — storage Voltage | approximation | -1.408182143151332863926980197952785133451550951036010100838518396791769E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/15/storageVoltage |
| rl Freewheel — off Samples — sample/control 15 — resistor Voltage | approximation | 1.408182143151332863926980197952785133451550951036010100838518396791769E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/15/resistorVoltage |
| rl Freewheel — off Samples — sample/control 15 — storage-state derivative | approximation | -4.693940477171109546423267326509283778171836503453367002795061322639230E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/15/stateDerivative |
| rl Freewheel — off Samples — sample/control 15 — storage Power | approximation | -1.101653860161267179047192431693209038080548735189921563153969892673347E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/15/storagePower |
| rl Freewheel — off Samples — sample/control 15 — resistor Power | approximation | 1.101653860161267179047192431693209038080548735189921563153969892673347E-3 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/15/resistorPower |
| rl Freewheel — off Samples — sample/control 15 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/15/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 15 — stored energy | approximation | 9.180448834677226492059936930776741984004572793249346359616415772277890E-6 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/15/storedEnergy |
| rl Freewheel — off Samples — sample/control 15 — storage-energy change from original preparation | approximation | -9.365819551165322773507940063069223258015995427206750653640383584227722E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/15/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 15 — interval Resistor Work | approximation | 1.658946042800548720739590342259177701032134021498353498347749974045251E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/15/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 15 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/15/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 15 — resistor work from original preparation | approximation | 3.446796256786367852850199302402063190901030373032817513732185694476430E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/15/globalResistorWork |
| rl Freewheel — off Samples — sample/control 15 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/15/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 16 — dimensionless segment coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/16/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 16 — local interval time | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/16/localTime |
| rl Freewheel — off Samples — sample/control 16 — absolute SI time | approximation | 1.041666666666666666666666666666666666666666666666666666666666666666667E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/16/absoluteTime |
| rl Freewheel — off Samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/16/E |
| rl Freewheel — off Samples — sample/control 16 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/16/sourceV |
| rl Freewheel — off Samples — sample/control 16 — storage state | approximation | 6.092740865519039901760483623080044799663041288534147819289677912819828E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/16/state |
| rl Freewheel — off Samples — sample/control 16 — current | approximation | 6.092740865519039901760483623080044799663041288534147819289677912819828E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/16/current |
| rl Freewheel — off Samples — sample/control 16 — storage Voltage | approximation | -1.096693355793427182316887052154408063939347431936146607472142024307569E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/16/storageVoltage |
| rl Freewheel — off Samples — sample/control 16 — resistor Voltage | approximation | 1.096693355793427182316887052154408063939347431936146607472142024307569E-1 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/16/resistorVoltage |
| rl Freewheel — off Samples — sample/control 16 — storage-state derivative | approximation | -3.655644519311423941056290173848026879797824773120488691573806747691897E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/16/stateDerivative |
| rl Freewheel — off Samples — sample/control 16 — storage Power | approximation | -6.681868425785825903756298680032612450378501917796825430657926133273403E-4 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/16/storagePower |
| rl Freewheel — off Samples — sample/control 16 — resistor Power | approximation | 6.681868425785825903756298680032612450378501917796825430657926133273403E-4 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/16/resistorPower |
| rl Freewheel — off Samples — sample/control 16 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/16/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 16 — stored energy | approximation | 5.568223688154854919796915566693843708648751598164021192214938444394502E-6 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/16/storedEnergy |
| rl Freewheel — off Samples — sample/control 16 — storage-energy change from original preparation | approximation | -9.369431776311845145080203084433306156291351248401835978807785061555605E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/16/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 16 — interval Resistor Work | approximation | 1.659307265315200957896816644395585990859669603617862030864490121778039E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/16/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 16 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/16/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 16 — resistor work from original preparation | approximation | 3.447157479301020090007425604538471480728565955152326046248925842209219E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/16/globalResistorWork |
| rl Freewheel — off Samples — sample/control 16 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/16/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 17 — dimensionless segment coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/17/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 17 — local interval time | approximation | 7.083333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/17/localTime |
| rl Freewheel — off Samples — sample/control 17 — absolute SI time | approximation | 1.083333333333333333333333333333333333333333333333333333333333333333333E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/17/absoluteTime |
| rl Freewheel — off Samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/17/E |
| rl Freewheel — off Samples — sample/control 17 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/17/sourceV |
| rl Freewheel — off Samples — sample/control 17 — storage state | approximation | 4.745031357117377335653659424414383490520162451327097336426189879276942E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/17/state |
| rl Freewheel — off Samples — sample/control 17 — current | approximation | 4.745031357117377335653659424414383490520162451327097336426189879276942E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/17/current |
| rl Freewheel — off Samples — sample/control 17 — storage Voltage | approximation | -8.541056442811279204176586963945890282936292412388775205567141782698496E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/17/storageVoltage |
| rl Freewheel — off Samples — sample/control 17 — resistor Voltage | approximation | 8.541056442811279204176586963945890282936292412388775205567141782698496E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/17/resistorVoltage |
| rl Freewheel — off Samples — sample/control 17 — storage-state derivative | approximation | -2.847018814270426401392195654648630094312097470796258401855713927566165E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/17/stateDerivative |
| rl Freewheel — off Samples — sample/control 17 — storage Power | approximation | -4.052758064404892350602462040838662897784512558906508082930600076356903E-4 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/17/storagePower |
| rl Freewheel — off Samples — sample/control 17 — resistor Power | approximation | 4.052758064404892350602462040838662897784512558906508082930600076356903E-4 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/17/resistorPower |
| rl Freewheel — off Samples — sample/control 17 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/17/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 17 — stored energy | approximation | 3.377298387004076958835385034032219081487093799088756735775500063630753E-6 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/17/storedEnergy |
| rl Freewheel — off Samples — sample/control 17 — storage-energy change from original preparation | approximation | -9.371622701612995923041164614965967780918512906200911243264224499936369E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/17/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 17 — interval Resistor Work | approximation | 1.659526357845316035692912797448852153322385769397769557310134065616116E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/17/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 17 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/17/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 17 — resistor work from original preparation | approximation | 3.447376571831135167803521757591737643191282120932233572694569786047295E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/17/globalResistorWork |
| rl Freewheel — off Samples — sample/control 17 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/17/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 18 — dimensionless segment coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/18/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 18 — local interval time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/18/localTime |
| rl Freewheel — off Samples — sample/control 18 — absolute SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/18/absoluteTime |
| rl Freewheel — off Samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/18/E |
| rl Freewheel — off Samples — sample/control 18 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/18/sourceV |
| rl Freewheel — off Samples — sample/control 18 — storage state | approximation | 3.695434136621384430787691570352762967139774063735206325048376061978088E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/18/state |
| rl Freewheel — off Samples — sample/control 18 — current | approximation | 3.695434136621384430787691570352762967139774063735206325048376061978088E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/18/current |
| rl Freewheel — off Samples — sample/control 18 — storage Voltage | approximation | -6.651781445918491975417844826634973340851593314723371385087076911560559E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/18/storageVoltage |
| rl Freewheel — off Samples — sample/control 18 — resistor Voltage | approximation | 6.651781445918491975417844826634973340851593314723371385087076911560559E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/18/resistorVoltage |
| rl Freewheel — off Samples — sample/control 18 — storage-state derivative | approximation | -2.217260481972830658472614942211657780283864438241123795029025637186853E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/18/stateDerivative |
| rl Freewheel — off Samples — sample/control 18 — storage Power | approximation | -2.458122022459194654709736677128138321043675036338544519558622460440335E-4 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/18/storagePower |
| rl Freewheel — off Samples — sample/control 18 — resistor Power | approximation | 2.458122022459194654709736677128138321043675036338544519558622460440335E-4 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/18/resistorPower |
| rl Freewheel — off Samples — sample/control 18 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/18/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 18 — stored energy | approximation | 2.048435018715995545591447230940115267536395863615453766298852050366946E-6 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/18/storedEnergy |
| rl Freewheel — off Samples — sample/control 18 — storage-energy change from original preparation | approximation | -9.372951564981284004454408552769059884732463604136384546233701147949633E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/18/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 18 — interval Resistor Work | approximation | 1.659659244182144843834237191229161363703780839191316887607081730417442E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/18/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 18 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/18/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 18 — resistor work from original preparation | approximation | 3.447509458167963975944846151372046853572677190725780902991517450848621E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/18/globalResistorWork |
| rl Freewheel — off Samples — sample/control 18 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/18/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 19 — dimensionless segment coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/19/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 19 — local interval time | approximation | 7.916666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/19/localTime |
| rl Freewheel — off Samples — sample/control 19 — absolute SI time | approximation | 1.166666666666666666666666666666666666666666666666666666666666666666667E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/19/absoluteTime |
| rl Freewheel — off Samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/19/E |
| rl Freewheel — off Samples — sample/control 19 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/19/sourceV |
| rl Freewheel — off Samples — sample/control 19 — storage state | approximation | 2.878006999389535156875617996887146316394109659421339113854368840646565E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/19/state |
| rl Freewheel — off Samples — sample/control 19 — current | approximation | 2.878006999389535156875617996887146316394109659421339113854368840646565E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/19/current |
| rl Freewheel — off Samples — sample/control 19 — storage Voltage | approximation | -5.180412598901163282376112394396863369509397386958410404937863913163818E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/19/storageVoltage |
| rl Freewheel — off Samples — sample/control 19 — resistor Voltage | approximation | 5.180412598901163282376112394396863369509397386958410404937863913163818E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/19/resistorVoltage |
| rl Freewheel — off Samples — sample/control 19 — storage-state derivative | approximation | -1.726804199633721094125370798132287789836465795652803468312621304387939E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/19/stateDerivative |
| rl Freewheel — off Samples — sample/control 19 — storage Power | approximation | -1.490926371936328047031365739216544450321944152663307588104877007190625E-4 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/19/storagePower |
| rl Freewheel — off Samples — sample/control 19 — resistor Power | approximation | 1.490926371936328047031365739216544450321944152663307588104877007190625E-4 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/19/resistorPower |
| rl Freewheel — off Samples — sample/control 19 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/19/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 19 — stored energy | approximation | 1.242438643280273372526138116013787041934953460552756323420730839325520E-6 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/19/storedEnergy |
| rl Freewheel — off Samples — sample/control 19 — storage-energy change from original preparation | approximation | -9.373757561356719726627473861883986212958065046539447243676579269160674E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/19/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 19 — interval Resistor Work | approximation | 1.659739843819688416051543722140653996526340983431623157351369542538546E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/19/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 19 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/19/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 19 — resistor work from original preparation | approximation | 3.447590057805507548162152682283539486395237334966087172735805262969726E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/19/globalResistorWork |
| rl Freewheel — off Samples — sample/control 19 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/19/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 20 — dimensionless segment coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/20/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 20 — local interval time | approximation | 8.333333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/20/localTime |
| rl Freewheel — off Samples — sample/control 20 — absolute SI time | approximation | 1.208333333333333333333333333333333333333333333333333333333333333333333E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/20/absoluteTime |
| rl Freewheel — off Samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/20/E |
| rl Freewheel — off Samples — sample/control 20 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/20/sourceV |
| rl Freewheel — off Samples — sample/control 20 — storage state | approximation | 2.241394104809554212780846712448471751924407794950318892735728352367674E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/20/state |
| rl Freewheel — off Samples — sample/control 20 — current | approximation | 2.241394104809554212780846712448471751924407794950318892735728352367674E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/20/current |
| rl Freewheel — off Samples — sample/control 20 — storage Voltage | approximation | -4.034509388657197583005524082407249153463934030910574006924311034261813E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/20/storageVoltage |
| rl Freewheel — off Samples — sample/control 20 — resistor Voltage | approximation | 4.034509388657197583005524082407249153463934030910574006924311034261813E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/20/resistorVoltage |
| rl Freewheel — off Samples — sample/control 20 — storage-state derivative | approximation | -1.344836462885732527668508027469083051154644676970191335641437011420604E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/20/stateDerivative |
| rl Freewheel — off Samples — sample/control 20 — storage Power | approximation | -9.042925559535041211802944997651426341124051989111008424435419657536048E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/20/storagePower |
| rl Freewheel — off Samples — sample/control 20 — resistor Power | approximation | 9.042925559535041211802944997651426341124051989111008424435419657536048E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/20/resistorPower |
| rl Freewheel — off Samples — sample/control 20 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/20/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 20 — stored energy | approximation | 7.535771299612534343169120831376188617603376657592507020362849714613373E-7 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/20/storedEnergy |
| rl Freewheel — off Samples — sample/control 20 — storage-energy change from original preparation | approximation | -9.374246422870038746565683087916862381138239662334240749297963715028539E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/20/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 20 — interval Resistor Work | approximation | 1.659788729971020318045364644743941613344358445011102507913507987125333E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/20/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 20 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/20/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 20 — resistor work from original preparation | approximation | 3.447638943956839450155973604886827103213254796545566523297943707556512E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/20/globalResistorWork |
| rl Freewheel — off Samples — sample/control 20 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/20/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 21 — dimensionless segment coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/21/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 21 — local interval time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/21/localTime |
| rl Freewheel — off Samples — sample/control 21 — absolute SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/21/absoluteTime |
| rl Freewheel — off Samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/21/E |
| rl Freewheel — off Samples — sample/control 21 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/21/sourceV |
| rl Freewheel — off Samples — sample/control 21 — storage state | approximation | 1.745599483997311337534099601840098337136080969424036245767542140128756E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/21/state |
| rl Freewheel — off Samples — sample/control 21 — current | approximation | 1.745599483997311337534099601840098337136080969424036245767542140128756E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/21/current |
| rl Freewheel — off Samples — sample/control 21 — storage Voltage | approximation | -3.142079071195160407561379283312177006844945744963265242381575852231761E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/21/storageVoltage |
| rl Freewheel — off Samples — sample/control 21 — resistor Voltage | approximation | 3.142079071195160407561379283312177006844945744963265242381575852231761E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/21/resistorVoltage |
| rl Freewheel — off Samples — sample/control 21 — storage-state derivative | approximation | -1.047359690398386802520459761104059002281648581654421747460525284077254E-1 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/21/stateDerivative |
| rl Freewheel — off Samples — sample/control 21 — storage Power | approximation | -5.484811605357023280672759762586591963027859877730586142454744113701402E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/21/storagePower |
| rl Freewheel — off Samples — sample/control 21 — resistor Power | approximation | 5.484811605357023280672759762586591963027859877730586142454744113701402E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/21/resistorPower |
| rl Freewheel — off Samples — sample/control 21 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/21/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 21 — stored energy | approximation | 4.570676337797519400560633135488826635856549898108821785378953428084501E-7 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/21/storedEnergy |
| rl Freewheel — off Samples — sample/control 21 — storage-energy change from original preparation | approximation | -9.374542932366220248059943936686451117336414345010189117821462104657192E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/21/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 21 — interval Resistor Work | approximation | 1.659818380920638468194790729620900486964175913278697344765857826088198E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/21/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 21 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/21/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 21 — resistor work from original preparation | approximation | 3.447668594906457600305399689763785976833072264813161360150293546519377E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/21/globalResistorWork |
| rl Freewheel — off Samples — sample/control 21 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/21/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 22 — dimensionless segment coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/22/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 22 — local interval time | approximation | 9.166666666666666666666666666666666666666666666666666666666666666666667E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/22/localTime |
| rl Freewheel — off Samples — sample/control 22 — absolute SI time | approximation | 1.291666666666666666666666666666666666666666666666666666666666666666667E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/22/absoluteTime |
| rl Freewheel — off Samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/22/E |
| rl Freewheel — off Samples — sample/control 22 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/22/sourceV |
| rl Freewheel — off Samples — sample/control 22 — storage state | approximation | 1.359474245066146340729999279053422234340034929892059329728090471453148E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/22/state |
| rl Freewheel — off Samples — sample/control 22 — current | approximation | 1.359474245066146340729999279053422234340034929892059329728090471453148E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/22/current |
| rl Freewheel — off Samples — sample/control 22 — storage Voltage | approximation | -2.447053641119063413313998702296160021812062873805706793510562848615667E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/22/storageVoltage |
| rl Freewheel — off Samples — sample/control 22 — resistor Voltage | approximation | 2.447053641119063413313998702296160021812062873805706793510562848615667E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/22/resistorVoltage |
| rl Freewheel — off Samples — sample/control 22 — storage-state derivative | approximation | -8.156845470396878044379995674320533406040209579352355978368542828718890E-2 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/22/stateDerivative |
| rl Freewheel — off Samples — sample/control 22 — storage Power | approximation | -3.326706401396703332852218276575648314906774682866792500490542833282440E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/22/storagePower |
| rl Freewheel — off Samples — sample/control 22 — resistor Power | approximation | 3.326706401396703332852218276575648314906774682866792500490542833282440E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/22/resistorPower |
| rl Freewheel — off Samples — sample/control 22 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/22/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 22 — stored energy | approximation | 2.772255334497252777376848563813040262422312235722327083742119027735367E-7 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/22/storedEnergy |
| rl Freewheel — off Samples — sample/control 22 — storage-energy change from original preparation | approximation | -9.374722774466550274722262315143618695973757768776427767291625788097226E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/22/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 22 — interval Resistor Work | approximation | 1.659836365130671470861022567466617244827910255655321209712874194432201E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/22/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 22 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/22/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 22 — resistor work from original preparation | approximation | 3.447686579116490602971631527609502734696806607189785225097309914863381E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/22/globalResistorWork |
| rl Freewheel — off Samples — sample/control 22 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/22/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 23 — dimensionless segment coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/23/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 23 — local interval time | approximation | 9.583333333333333333333333333333333333333333333333333333333333333333333E-2 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/23/localTime |
| rl Freewheel — off Samples — sample/control 23 — absolute SI time | approximation | 1.333333333333333333333333333333333333333333333333333333333333333333333E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/23/absoluteTime |
| rl Freewheel — off Samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/23/E |
| rl Freewheel — off Samples — sample/control 23 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/23/sourceV |
| rl Freewheel — off Samples — sample/control 23 — storage state | approximation | 1.058759606622921736304758724457767366462637160007222087154713804234905E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/23/state |
| rl Freewheel — off Samples — sample/control 23 — current | approximation | 1.058759606622921736304758724457767366462637160007222087154713804234905E-3 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/23/current |
| rl Freewheel — off Samples — sample/control 23 — storage Voltage | approximation | -1.905767291921259125348565704023981259632746888012999756878484847622829E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/23/storageVoltage |
| rl Freewheel — off Samples — sample/control 23 — resistor Voltage | approximation | 1.905767291921259125348565704023981259632746888012999756878484847622829E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/23/resistorVoltage |
| rl Freewheel — off Samples — sample/control 23 — storage-state derivative | approximation | -6.352557639737530417828552346746604198775822960043332522928282825409431E-2 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/23/stateDerivative |
| rl Freewheel — off Samples — sample/control 23 — storage Power | approximation | -2.017749428309383165054360756124769680288842967704159990549200644185156E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/23/storagePower |
| rl Freewheel — off Samples — sample/control 23 — resistor Power | approximation | 2.017749428309383165054360756124769680288842967704159990549200644185156E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/23/resistorPower |
| rl Freewheel — off Samples — sample/control 23 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/23/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 23 — stored energy | approximation | 1.681457856924485970878633963437308066907369139753466658791000536820963E-7 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/23/storedEnergy |
| rl Freewheel — off Samples — sample/control 23 — storage-energy change from original preparation | approximation | -9.374831854214307551402912136603656269193309263086024653334120899946318E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/23/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 23 — interval Resistor Work | approximation | 1.659847273105447198529087549612621002149865405086280898317123705617111E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/23/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 23 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/23/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 23 — resistor work from original preparation | approximation | 3.447697487091266330639696509755506492018761756620744913701559426048290E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/23/globalResistorWork |
| rl Freewheel — off Samples — sample/control 23 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/23/globalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 24 — dimensionless segment coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/24/segmentCoordinate |
| rl Freewheel — off Samples — sample/control 24 — local interval time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/24/localTime |
| rl Freewheel — off Samples — sample/control 24 — absolute SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | rlFreewheel/offSamples/24/absoluteTime |
| rl Freewheel — off Samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | rlFreewheel/offSamples/24/E |
| rl Freewheel — off Samples — sample/control 24 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/24/sourceV |
| rl Freewheel — off Samples — sample/control 24 — storage state | approximation | 8.245628107223040241960836490105660473947373559368245857727663460044953E-4 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/24/state |
| rl Freewheel — off Samples — sample/control 24 — current | approximation | 8.245628107223040241960836490105660473947373559368245857727663460044953E-4 | A70 significant digits in the stored approximation | rlFreewheel/offSamples/24/current |
| rl Freewheel — off Samples — sample/control 24 — storage Voltage | approximation | -1.484213059300147243552950568219018885310527240686284254390979422808092E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/24/storageVoltage |
| rl Freewheel — off Samples — sample/control 24 — resistor Voltage | approximation | 1.484213059300147243552950568219018885310527240686284254390979422808092E-2 | V70 significant digits in the stored approximation | rlFreewheel/offSamples/24/resistorVoltage |
| rl Freewheel — off Samples — sample/control 24 — storage-state derivative | approximation | -4.947376864333824145176501894063396284368424135620947514636598076026972E-2 | A/s70 significant digits in the stored approximation | rlFreewheel/offSamples/24/stateDerivative |
| rl Freewheel — off Samples — sample/control 24 — storage Power | approximation | -1.223826891887279110054652194709283683294007672043972324200803253533446E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/24/storagePower |
| rl Freewheel — off Samples — sample/control 24 — resistor Power | approximation | 1.223826891887279110054652194709283683294007672043972324200803253533446E-5 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/24/resistorPower |
| rl Freewheel — off Samples — sample/control 24 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/offSamples/24/sourceDeliveredPower |
| rl Freewheel — off Samples — sample/control 24 — stored energy | approximation | 1.019855743239399258378876828924403069411673060036643603500669377944539E-7 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/24/storedEnergy |
| rl Freewheel — off Samples — sample/control 24 — storage-energy change from original preparation | approximation | -9.374898014425676060074162112317107559693058832693996335639649933062206E-3 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/24/storedChangeFromOriginal |
| rl Freewheel — off Samples — sample/control 24 — interval Resistor Work | approximation | 1.659853889126584049396212547183966131199840362047078066547676608928699E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/24/intervalResistorWork |
| rl Freewheel — off Samples — sample/control 24 — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/24/intervalSourceDeliveredWork |
| rl Freewheel — off Samples — sample/control 24 — resistor work from original preparation | approximation | 3.447704103112403181506821507326851621068736713581542081932112329359879E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/24/globalResistorWork |
| rl Freewheel — off Samples — sample/control 24 — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/offSamples/24/globalSourceDeliveredWork |
| rl Freewheel — boundary — left — dimensionless segment coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/boundary/left/segmentCoordinate |
| rl Freewheel — boundary — left — local interval time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/boundary/left/localTime |
| rl Freewheel — boundary — left — absolute SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/boundary/left/absoluteTime |
| rl Freewheel — boundary — left — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | rlFreewheel/boundary/left/E |
| rl Freewheel — boundary — left — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/boundary/left/sourceV |
| rl Freewheel — boundary — left — storage state | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlFreewheel/boundary/left/state |
| rl Freewheel — boundary — left — current | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlFreewheel/boundary/left/current |
| rl Freewheel — boundary — left — storage Voltage | approximation | 2.008171441335868460399524236876112692079544664249713958694517868842926E+0 | V70 significant digits in the stored approximation | rlFreewheel/boundary/left/storageVoltage |
| rl Freewheel — boundary — left — resistor Voltage | approximation | 3.991828558664131539600475763123887307920455335750286041305482131157074E+0 | V70 significant digits in the stored approximation | rlFreewheel/boundary/left/resistorVoltage |
| rl Freewheel — boundary — left — storage-state derivative | approximation | 6.693904804452894867998414122920375640265148880832379862315059562809755E+0 | A/s70 significant digits in the stored approximation | rlFreewheel/boundary/left/stateDerivative |
| rl Freewheel — boundary — left — storage Power | approximation | 6.680230091848526150892008128001393537758000848530002742657717730805537E-1 | W70 significant digits in the stored approximation | rlFreewheel/boundary/left/storagePower |
| rl Freewheel — boundary — left — resistor Power | approximation | 1.327891270147213154711037068761804300184427583022142746386969292497983E+0 | W70 significant digits in the stored approximation | rlFreewheel/boundary/left/resistorPower |
| rl Freewheel — boundary — left — source-delivered power | approximation | 1.995914279332065769800237881561943653960227667875143020652741065578537E+0 | W70 significant digits in the stored approximation | rlFreewheel/boundary/left/sourceDeliveredPower |
| rl Freewheel — boundary — left — stored energy | approximation | 1.659864087684016443388796335952255375230534478777678432983711615622479E-2 | J70 significant digits in the stored approximation | rlFreewheel/boundary/left/storedEnergy |
| rl Freewheel — boundary — left — storage-energy change from original preparation | approximation | 7.223640876840164433887963359522553752305344787776784329837116156224788E-3 | J70 significant digits in the stored approximation | rlFreewheel/boundary/left/storedChangeFromOriginal |
| rl Freewheel — boundary — left — interval Resistor Work | approximation | 1.787850213985819132110608960142885489868896351534464015384435720431179E-2 | J70 significant digits in the stored approximation | rlFreewheel/boundary/left/intervalResistorWork |
| rl Freewheel — boundary — left — interval Source Delivered Work | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/boundary/left/intervalSourceDeliveredWork |
| rl Freewheel — boundary — left — resistor work from original preparation | approximation | 1.787850213985819132110608960142885489868896351534464015384435720431179E-2 | J70 significant digits in the stored approximation | rlFreewheel/boundary/left/globalResistorWork |
| rl Freewheel — boundary — left — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/boundary/left/globalSourceDeliveredWork |
| rl Freewheel — boundary — right — dimensionless segment coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/boundary/right/segmentCoordinate |
| rl Freewheel — boundary — right — local interval time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | rlFreewheel/boundary/right/localTime |
| rl Freewheel — boundary — right — absolute SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | rlFreewheel/boundary/right/absoluteTime |
| rl Freewheel — boundary — right — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | rlFreewheel/boundary/right/E |
| rl Freewheel — boundary — right — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | rlFreewheel/boundary/right/sourceV |
| rl Freewheel — boundary — right — storage state | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlFreewheel/boundary/right/state |
| rl Freewheel — boundary — right — current | approximation | 3.326523798886776283000396469269906089933712779791905034421235109297561E-1 | A70 significant digits in the stored approximation | rlFreewheel/boundary/right/current |
| rl Freewheel — boundary — right — storage Voltage | approximation | -5.987742837996197309400713644685830961880683003625429061958223196735610E+0 | V70 significant digits in the stored approximation | rlFreewheel/boundary/right/storageVoltage |
| rl Freewheel — boundary — right — resistor Voltage | approximation | 5.987742837996197309400713644685830961880683003625429061958223196735610E+0 | V70 significant digits in the stored approximation | rlFreewheel/boundary/right/resistorVoltage |
| rl Freewheel — boundary — right — storage-state derivative | approximation | -1.995914279332065769800237881561943653960227667875143020652741065578537E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/boundary/right/stateDerivative |
| rl Freewheel — boundary — right — storage Power | approximation | -1.991836905220819732066555603142706450276641374533214119580453938746975E+0 | W70 significant digits in the stored approximation | rlFreewheel/boundary/right/storagePower |
| rl Freewheel — boundary — right — resistor Power | approximation | 1.991836905220819732066555603142706450276641374533214119580453938746975E+0 | W70 significant digits in the stored approximation | rlFreewheel/boundary/right/resistorPower |
| rl Freewheel — boundary — right — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | rlFreewheel/boundary/right/sourceDeliveredPower |
| rl Freewheel — boundary — right — stored energy | approximation | 1.659864087684016443388796335952255375230534478777678432983711615622479E-2 | J70 significant digits in the stored approximation | rlFreewheel/boundary/right/storedEnergy |
| rl Freewheel — boundary — right — storage-energy change from original preparation | approximation | 7.223640876840164433887963359522553752305344787776784329837116156224788E-3 | J70 significant digits in the stored approximation | rlFreewheel/boundary/right/storedChangeFromOriginal |
| rl Freewheel — boundary — right — interval Resistor Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/boundary/right/intervalResistorWork |
| rl Freewheel — boundary — right — interval Source Delivered Work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | rlFreewheel/boundary/right/intervalSourceDeliveredWork |
| rl Freewheel — boundary — right — resistor work from original preparation | approximation | 1.787850213985819132110608960142885489868896351534464015384435720431179E-2 | J70 significant digits in the stored approximation | rlFreewheel/boundary/right/globalResistorWork |
| rl Freewheel — boundary — right — source work from original preparation | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/boundary/right/globalSourceDeliveredWork |
| rl Freewheel — boundary — jump Controls — state Jump | rational | 0 | A | rlFreewheel/boundary/jumpControls/stateJump |
| rl Freewheel — boundary — jump Controls — stored Energy Jump | rational | 0 | J | rlFreewheel/boundary/jumpControls/storedEnergyJump |
| rl Freewheel — boundary — jump Controls — storage Voltage Jump | approximation | -7.995914279332065769800237881561943653960227667875143020652741065578537E+0 | V70 significant digits in the stored approximation | rlFreewheel/boundary/jumpControls/storageVoltageJump |
| rl Freewheel — boundary — jump Controls — state Derivative Jump | approximation | -2.665304759777355256600079293853981217986742555958381006884247021859512E+1 | A/s70 significant digits in the stored approximation | rlFreewheel/boundary/jumpControls/stateDerivativeJump |
| rl Freewheel — limit Controls — storage state — status | metadata | finite | rlFreewheel/limitControls/state/status | |
| rl Freewheel — limit Controls — storage state — value | rational | 0 | A | rlFreewheel/limitControls/state/value |
| rl Freewheel — limit Controls — current — status | metadata | finite | rlFreewheel/limitControls/current/status | |
| rl Freewheel — limit Controls — current — value | rational | 0 | A | rlFreewheel/limitControls/current/value |
| rl Freewheel — limit Controls — storage Voltage — status | metadata | finite | rlFreewheel/limitControls/storageVoltage/status | |
| rl Freewheel — limit Controls — storage Voltage — value | rational | 0 | V | rlFreewheel/limitControls/storageVoltage/value |
| rl Freewheel — limit Controls — stored energy — status | metadata | finite | rlFreewheel/limitControls/storedEnergy/status | |
| rl Freewheel — limit Controls — stored energy — value | rational | 0 | J | rlFreewheel/limitControls/storedEnergy/value |
| rl Freewheel — limit Controls — storage-energy change from original preparation — status | metadata | finite | rlFreewheel/limitControls/storedChangeFromOriginal/status | |
| rl Freewheel — limit Controls — storage-energy change from original preparation — value | rational | -3/320 | J | rlFreewheel/limitControls/storedChangeFromOriginal/value |
| rl Freewheel — limit Controls — source work from original preparation — status | metadata | finite | rlFreewheel/limitControls/globalSourceDeliveredWork/status | |
| rl Freewheel — limit Controls — source work from original preparation — value | approximation | 2.510214301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/limitControls/globalSourceDeliveredWork/value |
| rl Freewheel — limit Controls — resistor work from original preparation — status | metadata | finite | rlFreewheel/limitControls/globalResistorWork/status | |
| rl Freewheel — limit Controls — resistor work from original preparation — value | approximation | 3.447714301669835575499405296095140865099430830312142448368147336053658E-2 | J70 significant digits in the stored approximation | rlFreewheel/limitControls/globalResistorWork/value |
Focus a labelled graph or table region and scroll it locally with arrow keys. Stored values retain all exact fractions, 70-significant-digit approximations, signs, units and explicit limit/status controls.
| Feature | RC pulse | RL closed return |
|---|---|---|
| On duration | 3/40 s | 3/80 s |
| On time constant | 1/20 s | 1/40 s |
| Off time constant | 1/20 s | 1/60 s |
| Inherited state, α=exp(−3/2) | v_*=8−10α V | i_*=1/2−3α/4 A |
| Continuous quantity | v_C and U_C | i_L and U_L |
| Ordinary algebraic jump | Current changes by −4/75 A | v_L changes from 9α V to −18 Ω×i_* |
Separate conserved charge from the decaying difference
Join the top terminals of two capacitors through a resistor while their bottom terminals share a common reference. Let i be positive from capacitor 1 toward capacitor 2. Then C_1 dv_1/dt=−i, C_2 dv_2/dt=i and i=(v_1−v_2)/R. Adding the charge equations gives Q_total=C_1v_1+C_2v_2 constant. Subtracting the voltage equations gives d(v_1−v_2)/dt=−(v_1−v_2)/(R C_eq), where C_eq=C_1C_2/(C_1+C_2).
There are two modes with different roles: a conserved total-charge coordinate and a decaying voltage difference. The common final voltage is v_f=Q_total/(C_1+C_2). If d_0=v_1(0)−v_2(0), then v_1=v_f+[C_2/(C_1+C_2)]d_0 exp(−t/τ) and v_2=v_f−[C_1/(C_1+C_2)]d_0 exp(−t/τ), with τ=R C_eq. The total capacitance determines the common voltage, while the series-combination capacitance determines this differential time scale.
The original case has C_1=3 μF,C_2=2 μF,R=500 Ω,v_1(0)=10 V and v_2(0)=−5 V. It has Q_total=20 μC,v_f=4 V,C_eq=6/5 μF and τ=3/5000 s=0.6 ms. With E=exp(−t/τ), v_1=4+6E V,v_2=4−9E V and i=(3/100)E A. These signed charges conserve their sum; equal final voltages do not mean equal final capacitor charges.
Account for sharing energy without erasing the loss
The storage power of capacitor 1 is p_1=−v_1 i, and that of capacitor 2 is p_2=v_2 i. Their sum is −(v_1−v_2)i=−Ri², so the resistor’s positive heat accounts for the decrease in total electrostatic energy. Initially both capacitors deliver energy in this original case: p_1=−3/10 W and p_2=−3/20 W, while p_R=9/20 W. Capacitor 2 receives positive signed charge while its negative voltage moves toward zero, so its energy can initially decrease.
Total initial energy is 175 μJ and final energy is 40 μJ. The full-settling heat is 135 μJ=(C_eq/2)[v_1(0)−v_2(0)]². At a finite time, total storage is [40+135exp(−2t/τ)] μJ and resistor work is 135[1−exp(−2t/τ)] μJ. These are finite-R predictions with a closed conductive path; charge conservation alone would determine the final voltage but would not supply the energy-transfer mechanism.
Decreasing a positive R shortens the transient and increases its peak current while leaving the complete-settling heat unchanged. That limit is singular: the incompatible unequal initial voltages cannot both remain across directly shorted ideal capacitor terminals without a state-changing singular process. Real lead inductance, radiation, switch losses and finite material response can matter. The finite-R calculation does not prove that an ideal R=0 connection loses no energy or identify a universal microscopic destination for that energy.
| Quantity | Exact result | Interpretation |
|---|---|---|
| Total signed top-terminal charge | 20 μC | Conserved with no external top-terminal injection |
| Common final voltage | 4 V | Charge-weighted mean, not arithmetic mean |
| Difference-mode capacitance and time | 6/5 μF; 3/5000 s | C_eq sets τ=R C_eq |
| Initial total energy | 175 μJ | Includes the initially negative-voltage capacitor |
| Final total energy | 40 μJ | Equal voltages with unequal capacitor charges |
| Full-settling resistor heat | 135 μJ | Independent of positive R in this ideal complete-settling limit |
Derive the integrating factor and causal Green function
For an arbitrary locally integrable voltage input on a regular interval, the RC equation is dv/dt+v/τ=V_s(t)/τ. Multiply by exp(t/τ), integrate from 0 to t and apply the initial state. The result is v(t)=v_0 exp(−t/τ)+(1/τ)∫₀ᵗ exp[−(t−s)/τ]V_s(s) ds. The first term retains memory; the second sums the contributions of the input at earlier times, each with its appropriate remaining decay.
The causal zero-state kernel is h_RC(t)=(1/τ)exp(−t/τ) for t≥0 and zero for t<0. It has units s⁻¹ because it is integrated against a voltage input and a time element. An impulse in the source voltage carries voltage-time area, whereas a direct impulse current into a capacitor carries charge. These are different inputs with different units and should not be represented by the same unlabeled amplitude.
The RL analogue is i(t)=i_0 exp(−t/τ_L)+(1/L)∫₀ᵗ exp[−(t−s)/τ_L]V_s(s) ds. Its voltage-to-current kernel has units A/(V·s). A known piecewise input can be handled interval by interval or through the integral, but either method must keep the same state history and switch topology. A kernel for one fixed network is not automatically valid after R or the return path changes.
Distinguish zero input from zero state
For a fixed linear RC equation, the zero-input response is v_ZI=v_0 exp(−t/τ) with the independent input set to zero. The zero-state response is the convolution term with initial voltage zero. Their sum gives the total response. For a constant source, v_ZS=V_s[1−exp(−t/τ)], so v_ZI+v_ZS=V_s+(v_0−V_s)exp(−t/τ). Neither phrase means that all current or all storage energy is zero in the actual combined experiment.
The homogeneous-plus-particular decomposition is algebraically useful but not uniquely labeled by itself: one can add a homogeneous solution to a chosen particular solution and subtract it from the homogeneous part. Zero-input and zero-state responses are fixed by distinct boundary conditions. In particular, the homogeneous term (v_0−V_s)exp(−t/τ) used with the constant particular solution V_s is not the same term as the zero-input response v_0 exp(−t/τ).
Voltage and current responses superpose for the fixed linear problem. Storage energy and resistor heat are quadratic and retain cross terms. Computing an energy ledger separately from zero-input and zero-state voltages and simply adding those ledgers would generally fail, just as power superposition failed in the preceding DC lesson. Reconstruct the complete state and current before multiplying or squaring them.
Retain initial terms in a unilateral Laplace solution
For regular post-switch signals, choose the unilateral integral from 0+ and let the initial state mean the value already inherited at 0+. Integration by parts gives ℒ{dv/dt}=sV(s)−v(0+), with s measured in s⁻¹. The RC equation becomes (τs+1)V(s)=V_s(s)+τv_0. Its source transfer factor 1/(τs+1) describes zero-state response; the additional initial-state term cannot be dropped when a charged capacitor is present.
The RL equation similarly gives (Ls+R)I(s)=V_s(s)+Li_0. These transformed equations carry the same initial-value physics as the time-domain integrating factor. Their simple pole is −1/τ for the positive-resistance cases. Final-value shortcuts require the relevant stability and pole conditions; substituting s=0 into a transform is not a general license to assign a finite equilibrium to an active growing response or to an unbounded ramp.
If an impulse occurs at the origin, explicitly include it using a convention that integrates from 0− and uses the pre-initial state in the derivative rule. Then the impulsive state jump is part of the transformed problem. Alternatively, first determine the integrated jump and start the regular 0+ problem from its resulting state. Do not include the same impulse in the input and also add its state jump a second time, and do not combine a 0+ derivative rule with an origin impulse that the chosen integral has excluded.
Solve the original ramp by convolution and transform algebra
The original ramp uses the same 150 Ω and 1/3000 F RC pair, initial voltage zero, and V_s(t)=at with a=40 V/s for t≥0. Substituting the ramp into the convolution integral gives v_C=a[t−τ(1−exp(−t/τ))]. Differentiation yields i=Ca[1−exp(−t/τ)] and dv_C/dt=a[1−exp(−t/τ)]. Both state and initial slope are zero at the origin; the derivative approaches the ramp slope only later.
The unilateral transform supplies a separate algebraic check. With zero initial state, V(s)=a/[s²(τs+1)]=a[1/s²−τ/s+τ/(s+1/τ)]. Inverting term by term gives at−aτ+aτexp(−t/τ), exactly the same expression. The decomposition concerns a ramp in time, not a sinusoidal phasor or an AC steady-state approximation.
At t=τ=1/20 s, the source voltage is 2 V, capacitor voltage is 2/e V and current is (1/75)(1−e⁻¹) A. As time grows, V_s−v_C tends to aτ=2 V and current tends to Ca=1/75 A, while both source and capacitor voltages continue to rise. There is no finite final capacitor voltage. Instantaneous and finite-window energy balances remain valid; total source work and storage energy are not finite infinite-ramp quantities.
Conserved modes and causal driven response
Keep all original two-capacitor charge-sharing and causal-ramp records, complete energy ledgers and analytic forms without replacing the inherited initial data.
Conserved charge and a relaxing difference
- Capacitor1 voltage — blue circle
- Capacitor2 voltage — orange square
- Voltage difference v1−v2 — violet triangle
- Total stored energy — green diamond
- Cumulative resistor work — blue circle
A causal ramp with its initial state
- Ramp-source voltage — orange square
- Capacitor voltage — violet triangle
- Series current — blue circle
- Storage energy change — green diamond/dot
- Resistor work — blue circle/solid
- Source-delivered work — orange square/dash
- Two-capacitor total charge is conserved while the voltage difference relaxes through the finite resistor. The resistor receives the energy difference; a formal zero-resistance limit is not an ordinary lossless redistribution mechanism.
- The ramp response retains the initial-state contribution and the causal input response. It is not a DC final-state or phasor approximation.
- Voltage, current and energy have separate labelled axes; milli prefixes are drawing-unit conversions only. Source values, kind, SI unit and full retained precision remain unchanged below.
- The full tables preserve both analytic ramp forms, all source derivatives, transferred charge and the complete finite physical work. No additional case or empirical data has been generated.
Original charge sharing: conserved charge and decreasing stored energy
Complete original charge Sharing source values, units and controls (496 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| charge Sharing — parameters — C1 | rational | 3/1000000 | F | chargeSharing/parameters/C1 |
| charge Sharing — parameters — C2 | rational | 1/500000 | F | chargeSharing/parameters/C2 |
| charge Sharing — parameters — R | rational | 500 | ohm | chargeSharing/parameters/R |
| charge Sharing — parameters — Ceq | rational | 3/2500000 | F | chargeSharing/parameters/Ceq |
| charge Sharing — parameters — tau | rational | 3/5000 | s | chargeSharing/parameters/tau |
| charge Sharing — parameters — initial V1 | rational | 10 | V | chargeSharing/parameters/initialV1 |
| charge Sharing — parameters — initial V2 | rational | -5 | V | chargeSharing/parameters/initialV2 |
| charge Sharing — parameters — total Charge | rational | 1/50000 | C | chargeSharing/parameters/totalCharge |
| charge Sharing — parameters — final V | rational | 4 | V | chargeSharing/parameters/finalV |
| charge Sharing — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | chargeSharing/initialExact/u |
| charge Sharing — initial Exact — physical SI time | rational | 0 | s | chargeSharing/initialExact/t |
| charge Sharing — initial Exact — retained exponential | rational | 1 | dimensionless | chargeSharing/initialExact/E |
| charge Sharing — initial Exact — v1 | rational | 10 | V | chargeSharing/initialExact/v1 |
| charge Sharing — initial Exact — v2 | rational | -5 | V | chargeSharing/initialExact/v2 |
| charge Sharing — initial Exact — difference V | rational | 15 | V | chargeSharing/initialExact/differenceV |
| charge Sharing — initial Exact — i1 To2 | rational | 3/100 | A | chargeSharing/initialExact/i1To2 |
| charge Sharing — initial Exact — q1 | rational | 3/100000 | C | chargeSharing/initialExact/q1 |
| charge Sharing — initial Exact — q2 | rational | -1/100000 | C | chargeSharing/initialExact/q2 |
| charge Sharing — initial Exact — total Charge | rational | 1/50000 | C | chargeSharing/initialExact/totalCharge |
| charge Sharing — initial Exact — transferred Charge1 To2 | rational | 0 | C | chargeSharing/initialExact/transferredCharge1To2 |
| charge Sharing — initial Exact — p C1 | rational | -3/10 | W | chargeSharing/initialExact/pC1 |
| charge Sharing — initial Exact — p C2 | rational | -3/20 | W | chargeSharing/initialExact/pC2 |
| charge Sharing — initial Exact — resistor absorbed power | rational | 9/20 | W | chargeSharing/initialExact/pR |
| charge Sharing — initial Exact — energy1 | rational | 3/20000 | J | chargeSharing/initialExact/energy1 |
| charge Sharing — initial Exact — energy2 | rational | 1/40000 | J | chargeSharing/initialExact/energy2 |
| charge Sharing — initial Exact — total Energy | rational | 7/40000 | J | chargeSharing/initialExact/totalEnergy |
| charge Sharing — initial Exact — cumulative resistor work | rational | 0 | J | chargeSharing/initialExact/resistorWork |
| charge Sharing — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/0/u |
| charge Sharing — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | chargeSharing/samples/0/t |
| charge Sharing — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/0/E |
| charge Sharing — samples — sample/control 0 — v1 | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | chargeSharing/samples/0/v1 |
| charge Sharing — samples — sample/control 0 — v2 | approximation | -5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/0/v2 |
| charge Sharing — samples — sample/control 0 — difference V | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | chargeSharing/samples/0/differenceV |
| charge Sharing — samples — sample/control 0 — i1 To2 | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-2 | A70 significant digits in the stored approximation | chargeSharing/samples/0/i1To2 |
| charge Sharing — samples — sample/control 0 — q1 | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/0/q1 |
| charge Sharing — samples — sample/control 0 — q2 | approximation | -1.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/0/q2 |
| charge Sharing — samples — sample/control 0 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/0/totalCharge |
| charge Sharing — samples — sample/control 0 — transferred Charge1 To2 | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | C70 significant digits in the stored approximation | chargeSharing/samples/0/transferredCharge1To2 |
| charge Sharing — samples — sample/control 0 — p C1 | approximation | -3.000000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | chargeSharing/samples/0/pC1 |
| charge Sharing — samples — sample/control 0 — p C2 | approximation | -1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | chargeSharing/samples/0/pC2 |
| charge Sharing — samples — sample/control 0 — resistor absorbed power | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | chargeSharing/samples/0/pR |
| charge Sharing — samples — sample/control 0 — energy1 | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/0/energy1 |
| charge Sharing — samples — sample/control 0 — energy2 | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/0/energy2 |
| charge Sharing — samples — sample/control 0 — total Energy | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/0/totalEnergy |
| charge Sharing — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | chargeSharing/samples/0/resistorWork |
| charge Sharing — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/1/u |
| charge Sharing — samples — sample/control 1 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-4 | s70 significant digits in the stored approximation | chargeSharing/samples/1/t |
| charge Sharing — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/1/E |
| charge Sharing — samples — sample/control 1 — v1 | approximation | 8.672804698428429209471021601869923883780633742556848845447904197609474E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/1/v1 |
| charge Sharing — samples — sample/control 1 — v2 | approximation | -3.009207047642643814206532402804885825670950613835273268171856296414211E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/1/v2 |
| charge Sharing — samples — sample/control 1 — difference V | approximation | 1.168201174607107302367755400467480970945158435639212211361976049402368E+1 | V70 significant digits in the stored approximation | chargeSharing/samples/1/differenceV |
| charge Sharing — samples — sample/control 1 — i1 To2 | approximation | 2.336402349214214604735510800934961941890316871278424422723952098804737E-2 | A70 significant digits in the stored approximation | chargeSharing/samples/1/i1To2 |
| charge Sharing — samples — sample/control 1 — q1 | approximation | 2.601841409528528762841306480560977165134190122767054653634371259282842E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/1/q1 |
| charge Sharing — samples — sample/control 1 — q2 | approximation | -6.018414095285287628413064805609771651341901227670546536343712592828421E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/1/q2 |
| charge Sharing — samples — sample/control 1 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/1/totalCharge |
| charge Sharing — samples — sample/control 1 — transferred Charge1 To2 | approximation | 3.981585904714712371586935194390228348658098772329453463656287407171579E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/1/transferredCharge1To2 |
| charge Sharing — samples — sample/control 1 — p C1 | approximation | -2.026316127168426004381043483358109592951579392388306289318786725244996E-1 | W70 significant digits in the stored approximation | chargeSharing/samples/1/pC1 |
| charge Sharing — samples — sample/control 1 — p C2 | approximation | -7.030718415384244018360544241022024475370522173040350112542279890627579E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/1/pC2 |
| charge Sharing — samples — sample/control 1 — resistor absorbed power | approximation | 2.729387968706850406217097907460312040488631609692341300573014714307754E-1 | W70 significant digits in the stored approximation | chargeSharing/samples/1/pR |
| charge Sharing — samples — sample/control 1 — energy1 | approximation | 1.128263120056233553882574341119628310912311842269902817522510269430067E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/1/energy1 |
| charge Sharing — samples — sample/control 1 — energy2 | approximation | 9.055327055582156798255503111846530123427764063779957264939414486225894E-6 | J70 significant digits in the stored approximation | chargeSharing/samples/1/energy2 |
| charge Sharing — samples — sample/control 1 — total Energy | approximation | 1.218816390612055121865129372238093612146589482907702390171904414292326E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/1/totalEnergy |
| charge Sharing — samples — sample/control 1 — cumulative resistor work | approximation | 5.311836093879448781348706277619063878534105170922976098280955857076737E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/1/resistorWork |
| charge Sharing — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/2/u |
| charge Sharing — samples — sample/control 2 — physical SI time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-4 | s70 significant digits in the stored approximation | chargeSharing/samples/2/t |
| charge Sharing — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/2/E |
| charge Sharing — samples — sample/control 2 — v1 | approximation | 7.639183958275800541622797209947082720651508812923121734097352952410339E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/2/v1 |
| charge Sharing — samples — sample/control 2 — v2 | approximation | -1.458775937413700812434195814920624080977263219384682601146029428615509E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/2/v2 |
| charge Sharing — samples — sample/control 2 — difference V | approximation | 9.097959895689501354056993024867706801628772032307804335243382381025848E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/2/differenceV |
| charge Sharing — samples — sample/control 2 — i1 To2 | approximation | 1.819591979137900270811398604973541360325754406461560867048676476205170E-2 | A70 significant digits in the stored approximation | chargeSharing/samples/2/i1To2 |
| charge Sharing — samples — sample/control 2 — q1 | approximation | 2.291755187482740162486839162984124816195452643876936520229205885723102E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/2/q1 |
| charge Sharing — samples — sample/control 2 — q2 | approximation | -2.917551874827401624868391629841248161954526438769365202292058857231017E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/2/q2 |
| charge Sharing — samples — sample/control 2 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/2/totalCharge |
| charge Sharing — samples — sample/control 2 — transferred Charge1 To2 | approximation | 7.082448125172598375131608370158751838045473561230634797707941142768983E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/2/transferredCharge1To2 |
| charge Sharing — samples — sample/control 2 — p C1 | approximation | -1.390019785763756287196502228280046105532761798441806448933576833537499E-1 | W70 significant digits in the stored approximation | chargeSharing/samples/2/pC1 |
| charge Sharing — samples — sample/control 2 — p C2 | approximation | -2.654376995077341599833547374465277979733882912011488063516887741010782E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/2/pC2 |
| charge Sharing — samples — sample/control 2 — resistor absorbed power | approximation | 1.655457485271490447179856965726573903506150089642955255285265607638577E-1 | W70 significant digits in the stored approximation | chargeSharing/samples/2/pR |
| charge Sharing — samples — sample/control 2 — energy1 | approximation | 8.753569732256749186563185010808387948989190683079292387259142272058699E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/2/energy1 |
| charge Sharing — samples — sample/control 2 — energy2 | approximation | 2.128027235577221549763858863713337615292595858495733785966545508570312E-6 | J70 significant digits in the stored approximation | chargeSharing/samples/2/energy2 |
| charge Sharing — samples — sample/control 2 — total Energy | approximation | 8.966372455814471341539570897179721710518450268928865765855796822915730E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/2/totalEnergy |
| charge Sharing — samples — sample/control 2 — cumulative resistor work | approximation | 8.533627544185528658460429102820278289481549731071134234144203177084270E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/2/resistorWork |
| charge Sharing — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/3/u |
| charge Sharing — samples — sample/control 3 — physical SI time | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E-4 | s70 significant digits in the stored approximation | chargeSharing/samples/3/t |
| charge Sharing — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/3/E |
| charge Sharing — samples — sample/control 3 — v1 | approximation | 6.834199316446088242828279305659607477821221474818860094373947664847206E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/3/v1 |
| charge Sharing — samples — sample/control 3 — v2 | approximation | -2.512989746691323642424189584894112167318322122282901415609214972708085E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/3/v2 |
| charge Sharing — samples — sample/control 3 — difference V | approximation | 7.085498291115220607070698264149018694553053687047150235934869162118014E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/3/differenceV |
| charge Sharing — samples — sample/control 3 — i1 To2 | approximation | 1.417099658223044121414139652829803738910610737409430047186973832423603E-2 | A70 significant digits in the stored approximation | chargeSharing/samples/3/i1To2 |
| charge Sharing — samples — sample/control 3 — q1 | approximation | 2.050259794933826472848483791697882243346366442445658028312184299454162E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/3/q1 |
| charge Sharing — samples — sample/control 3 — q2 | approximation | -5.025979493382647284848379169788224334636644244565802831218429945416170E-7 | C70 significant digits in the stored approximation | chargeSharing/samples/3/q2 |
| charge Sharing — samples — sample/control 3 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/3/totalCharge |
| charge Sharing — samples — sample/control 3 — transferred Charge1 To2 | approximation | 9.497402050661735271515162083021177566536335575543419716878157005458383E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/3/transferredCharge1To2 |
| charge Sharing — samples — sample/control 3 — p C1 | approximation | -9.684741515563913406455607085071440339801532278137148106136931067380264E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/3/pC1 |
| charge Sharing — samples — sample/control 3 — p C2 | approximation | -3.561156911154288955420140993091231205961910431114216873356582768343682E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/3/pC2 |
| charge Sharing — samples — sample/control 3 — resistor absorbed power | approximation | 1.004085720667934230199762118438056346039772332124856979347258934421463E-1 | W70 significant digits in the stored approximation | chargeSharing/samples/3/pR |
| charge Sharing — samples — sample/control 3 — energy1 | approximation | 7.005942044536826967633649708917196588633192568332460488465447919122403E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/3/energy1 |
| charge Sharing — samples — sample/control 3 — energy2 | approximation | 6.315117466975722965636646396972449486124428042110449576328884141987041E-8 | J70 significant digits in the stored approximation | chargeSharing/samples/3/energy2 |
| charge Sharing — samples — sample/control 3 — total Energy | approximation | 7.012257162003802690599286355314169038119316996374570938041776803264390E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/3/totalEnergy |
| charge Sharing — samples — sample/control 3 — cumulative resistor work | approximation | 1.048774283799619730940071364468583096188068300362542906195822319673561E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/3/resistorWork |
| charge Sharing — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/4/u |
| charge Sharing — samples — sample/control 4 — physical SI time | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E-4 | s70 significant digits in the stored approximation | chargeSharing/samples/4/t |
| charge Sharing — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/4/E |
| charge Sharing — samples — sample/control 4 — v1 | approximation | 6.207276647028653929573142620968765204674866786190607007047020810184769E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/4/v1 |
| charge Sharing — samples — sample/control 4 — v2 | approximation | 6.890850294570191056402860685468521929876998207140894894294687847228465E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/4/v2 |
| charge Sharing — samples — sample/control 4 — difference V | approximation | 5.518191617571634823932856552421913011687166965476517517617552025461922E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/4/differenceV |
| charge Sharing — samples — sample/control 4 — i1 To2 | approximation | 1.103638323514326964786571310484382602337433393095303503523510405092384E-2 | A70 significant digits in the stored approximation | chargeSharing/samples/4/i1To2 |
| charge Sharing — samples — sample/control 4 — q1 | approximation | 1.862182994108596178871942786290629561402460035857182102114106243055431E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/4/q1 |
| charge Sharing — samples — sample/control 4 — q2 | approximation | 1.378170058914038211280572137093704385975399641428178978858937569445693E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/4/q2 |
| charge Sharing — samples — sample/control 4 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/4/totalCharge |
| charge Sharing — samples — sample/control 4 — transferred Charge1 To2 | approximation | 1.137817005891403821128057213709370438597539964142817897885893756944569E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/4/transferredCharge1To2 |
| charge Sharing — samples — sample/control 4 — p C1 | approximation | -6.850588392316336313238276151442249670687101398753579880520901328142859E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/4/pC1 |
| charge Sharing — samples — sample/control 4 — p C2 | approximation | 7.605006466687651780082988776804515173436818328226652144537520587095568E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/4/pC2 |
| charge Sharing — samples — sample/control 4 — resistor absorbed power | approximation | 6.090087745647571135229977273761798153343419565930914666067149269433302E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/4/pR |
| charge Sharing — samples — sample/control 4 — energy1 | approximation | 5.779542505912093251715368418013934024011050491340438168384482884553719E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/4/energy1 |
| charge Sharing — samples — sample/control 4 — energy2 | approximation | 4.748381778217808885362476411460542199197537843883623143566189627627156E-7 | J70 significant digits in the stored approximation | chargeSharing/samples/4/energy2 |
| charge Sharing — samples — sample/control 4 — total Energy | approximation | 5.827026323694271340568993182128539446003025869779274399820144780829991E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/4/totalEnergy |
| charge Sharing — samples — sample/control 4 — cumulative resistor work | approximation | 1.167297367630572865943100681787146055399697413022072560017985521917001E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/4/resistorWork |
| charge Sharing — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/5/u |
| charge Sharing — samples — sample/control 5 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-4 | s70 significant digits in the stored approximation | chargeSharing/samples/5/t |
| charge Sharing — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/5/E |
| charge Sharing — samples — sample/control 5 — v1 | approximation | 5.719028781161140601949312559887025616758904753969506282530293267272832E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/5/v1 |
| charge Sharing — samples — sample/control 5 — v2 | approximation | 1.421456828258289097076031160169461574861642869045740576204560099090752E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/5/v2 |
| charge Sharing — samples — sample/control 5 — difference V | approximation | 4.297571952902851504873281399717564041897261884923765706325733168182080E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/5/differenceV |
| charge Sharing — samples — sample/control 5 — i1 To2 | approximation | 8.595143905805703009746562799435128083794523769847531412651466336364159E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/5/i1To2 |
| charge Sharing — samples — sample/control 5 — q1 | approximation | 1.715708634348342180584793767966107685027671426190851884759087980181850E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/5/q1 |
| charge Sharing — samples — sample/control 5 — q2 | approximation | 2.842913656516578194152062320338923149723285738091481152409120198181505E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/5/q2 |
| charge Sharing — samples — sample/control 5 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/5/totalCharge |
| charge Sharing — samples — sample/control 5 — transferred Charge1 To2 | approximation | 1.284291365651657819415206232033892314972328573809148115240912019818150E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/5/transferredCharge1To2 |
| charge Sharing — samples — sample/control 5 — p C1 | approximation | -4.915587537552459516950141260182927774598283686216872244284237923819709E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/5/pC1 |
| charge Sharing — samples — sample/control 5 — p C2 | approximation | 1.221762599477013734321350909160736421897098240522223046225109450634595E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/5/pC2 |
| charge Sharing — samples — sample/control 5 — resistor absorbed power | approximation | 3.693824938075445782628790351022191352701185445694649198059128473185114E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/5/pR |
| charge Sharing — samples — sample/control 5 — energy1 | approximation | 4.906093529962422216254629913987093702434827958246765442803447337509612E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/5/energy1 |
| charge Sharing — samples — sample/control 5 — energy2 | approximation | 2.020539514602115185340071913195637033755276754616293166142912044459224E-6 | J70 significant digits in the stored approximation | chargeSharing/samples/5/energy2 |
| charge Sharing — samples — sample/control 5 — total Energy | approximation | 5.108147481422633734788637105306657405810355633708394759417738541955534E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/5/totalEnergy |
| charge Sharing — samples — sample/control 5 — cumulative resistor work | approximation | 1.239185251857736626521136289469334259418964436629160524058226145804447E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/5/resistorWork |
| charge Sharing — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/6/u |
| charge Sharing — samples — sample/control 6 — physical SI time | approximation | 9.000000000000000000000000000000000000000000000000000000000000000000000E-4 | s70 significant digits in the stored approximation | chargeSharing/samples/6/t |
| charge Sharing — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/6/E |
| charge Sharing — samples — sample/control 6 — v1 | approximation | 5.338780960890578973599682824584075128053029776166475972463011912561951E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/6/v1 |
| charge Sharing — samples — sample/control 6 — v2 | approximation | 1.991828558664131539600475763123887307920455335750286041305482131157074E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/6/v2 |
| charge Sharing — samples — sample/control 6 — difference V | approximation | 3.346952402226447433999207061460187820132574440416189931157529781404877E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/6/differenceV |
| charge Sharing — samples — sample/control 6 — i1 To2 | approximation | 6.693904804452894867998414122920375640265148880832379862315059562809755E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/6/i1To2 |
| charge Sharing — samples — sample/control 6 — q1 | approximation | 1.601634288267173692079904847375222538415908932849942791738903573768585E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/6/q1 |
| charge Sharing — samples — sample/control 6 — q2 | approximation | 3.983657117328263079200951526247774615840910671500572082610964262314147E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/6/q2 |
| charge Sharing — samples — sample/control 6 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/6/totalCharge |
| charge Sharing — samples — sample/control 6 — transferred Charge1 To2 | approximation | 1.398365711732826307920095152624777461584091067150057208261096426231415E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/6/transferredCharge1To2 |
| charge Sharing — samples — sample/control 6 — p C1 | approximation | -3.573729152402708920827529130869262235476652211724569825143322922032994E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/6/pC1 |
| charge Sharing — samples — sample/control 6 — p C2 | approximation | 1.333311075848831486757120426616482287050170563245525124600075179760264E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/6/pC2 |
| charge Sharing — samples — sample/control 6 — resistor absorbed power | approximation | 2.240418076553877434070408704252779948426481648479044700543247742272730E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/6/pR |
| charge Sharing — samples — sample/control 6 — energy1 | approximation | 4.275387322255160060408068434011223747474813529217256531020804024147069E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/6/energy1 |
| charge Sharing — samples — sample/control 6 — energy2 | approximation | 3.967381007110031698130541772646102370531309653264568791421702985347502E-6 | J70 significant digits in the stored approximation | chargeSharing/samples/6/energy2 |
| charge Sharing — samples — sample/control 6 — total Energy | approximation | 4.672125422966163230221122611275833984527944494543713410162974322681819E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/6/totalEnergy |
| charge Sharing — samples — sample/control 6 — cumulative resistor work | approximation | 1.282787457703383676977887738872416601547205550545628658983702567731818E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/6/resistorWork |
| charge Sharing — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/7/u |
| charge Sharing — samples — sample/control 7 — physical SI time | approximation | 1.050000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/7/t |
| charge Sharing — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/7/E |
| charge Sharing — samples — sample/control 7 — v1 | approximation | 5.042643660702670760084303551998226096088325120039430226103888323523417E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/7/v1 |
| charge Sharing — samples — sample/control 7 — v2 | approximation | 2.436034508945993859873544672002660855867512319940854660844167514714874E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/7/v2 |
| charge Sharing — samples — sample/control 7 — difference V | approximation | 2.606609151756676900210758879995565240220812800098575565259720808808543E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/7/differenceV |
| charge Sharing — samples — sample/control 7 — i1 To2 | approximation | 5.213218303513353800421517759991130480441625600197151130519441617617086E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/7/i1To2 |
| charge Sharing — samples — sample/control 7 — q1 | approximation | 1.512793098210801228025291065599467828826497536011829067831166497057025E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/7/q1 |
| charge Sharing — samples — sample/control 7 — q2 | approximation | 4.872069017891987719747089344005321711735024639881709321688335029429749E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/7/q2 |
| charge Sharing — samples — sample/control 7 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/7/totalCharge |
| charge Sharing — samples — sample/control 7 — transferred Charge1 To2 | approximation | 1.487206901789198771974708934400532171173502463988170932168833502942975E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/7/transferredCharge1To2 |
| charge Sharing — samples — sample/control 7 — p C1 | approximation | -2.628840223007074533484760366541609403466539820536686572291900662577639E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/7/pC1 |
| charge Sharing — samples — sample/control 7 — p C2 | approximation | 1.269957969002742000194377210178716375241815869392121272081590623750627E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/7/pC2 |
| charge Sharing — samples — sample/control 7 — resistor absorbed power | approximation | 1.358882254004332533290383156362893028224723951144565300210310038827013E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/7/pR |
| charge Sharing — samples — sample/control 7 — energy1 | approximation | 3.814238263323724816096010241161418478692957018184664107349903192887342E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/7/energy1 |
| charge Sharing — samples — sample/control 7 — energy2 | approximation | 5.934264128775749438911047057474494297744601671587054827131898187607617E-6 | J70 significant digits in the stored approximation | chargeSharing/samples/7/energy2 |
| charge Sharing — samples — sample/control 7 — total Energy | approximation | 4.407664676201299759987114946908867908467417185343369590063093011648104E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/7/totalEnergy |
| charge Sharing — samples — sample/control 7 — cumulative resistor work | approximation | 1.309233532379870024001288505309113209153258281465663040993690698835190E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/7/resistorWork |
| charge Sharing — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/8/u |
| charge Sharing — samples — sample/control 8 — physical SI time | approximation | 1.200000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/8/t |
| charge Sharing — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/8/E |
| charge Sharing — samples — sample/control 8 — v1 | approximation | 4.812011699419676151363996969834906420445789275457455288808953235924440E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/8/v1 |
| charge Sharing — samples — sample/control 8 — v2 | approximation | 2.781982450870485772954004545247640369331316086813817066786570146113340E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/8/v2 |
| charge Sharing — samples — sample/control 8 — difference V | approximation | 2.030029248549190378409992424587266051114473188643638222022383089811101E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/8/differenceV |
| charge Sharing — samples — sample/control 8 — i1 To2 | approximation | 4.060058497098380756819984849174532102228946377287276444044766179622201E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/8/i1To2 |
| charge Sharing — samples — sample/control 8 — q1 | approximation | 1.443603509825902845409199090950471926133736782637236586642685970777332E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/8/q1 |
| charge Sharing — samples — sample/control 8 — q2 | approximation | 5.563964901740971545908009090495280738662632173627634133573140292226679E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/8/q2 |
| charge Sharing — samples — sample/control 8 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/8/totalCharge |
| charge Sharing — samples — sample/control 8 — transferred Charge1 To2 | approximation | 1.556396490174097154590800909049528073866263217362763413357314029222668E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/8/transferredCharge1To2 |
| charge Sharing — samples — sample/control 8 — p C1 | approximation | -1.953704898836567548014918322588155200705995766877471283470705165755388E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/8/pC1 |
| charge Sharing — samples — sample/control 8 — p C2 | approximation | 1.129501148843529434797607365292299301169952726971069518838708430989119E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/8/pC2 |
| charge Sharing — samples — sample/control 8 — resistor absorbed power | approximation | 8.242037499930381132173109572958558995360430399064017646319967347662694E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/8/pR |
| charge Sharing — samples — sample/control 8 — energy1 | approximation | 3.473318489302775955222873678677390412479272295337714558326583491281281E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/8/energy1 |
| charge Sharing — samples — sample/control 8 — energy2 | approximation | 7.739426356951354787423196085113663573815406166342059710630155291486002E-6 | J70 significant digits in the stored approximation | chargeSharing/samples/8/energy2 |
| charge Sharing — samples — sample/control 8 — total Energy | approximation | 4.247261124997911433965193287188756769860812911971920529389599020429881E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/8/totalEnergy |
| charge Sharing — samples — sample/control 8 — cumulative resistor work | approximation | 1.325273887500208856603480671281124323013918708802807947061040097957012E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/8/resistorWork |
| charge Sharing — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/9/u |
| charge Sharing — samples — sample/control 9 — physical SI time | approximation | 1.350000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/9/t |
| charge Sharing — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/9/E |
| charge Sharing — samples — sample/control 9 — v1 | approximation | 4.632395347371186020699306135444188583610946440263667202893064548459299E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/9/v1 |
| charge Sharing — samples — sample/control 9 — v2 | approximation | 3.051406978943220968951040796833717124583580339604499195660403177311052E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/9/v2 |
| charge Sharing — samples — sample/control 9 — difference V | approximation | 1.580988368427965051748265338610471459027366100659168007232661371148246E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/9/differenceV |
| charge Sharing — samples — sample/control 9 — i1 To2 | approximation | 3.161976736855930103496530677220942918054732201318336014465322742296493E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/9/i1To2 |
| charge Sharing — samples — sample/control 9 — q1 | approximation | 1.389718604211355806209791840633256575083283932079100160867919364537790E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/9/q1 |
| charge Sharing — samples — sample/control 9 — q2 | approximation | 6.102813957886441937902081593667434249167160679208998391320806354622104E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/9/q2 |
| charge Sharing — samples — sample/control 9 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/9/totalCharge |
| charge Sharing — samples — sample/control 9 — transferred Charge1 To2 | approximation | 1.610281395788644193790208159366743424916716067920899839132080635462210E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/9/transferredCharge1To2 |
| charge Sharing — samples — sample/control 9 — p C1 | approximation | -1.464752632430733558329188688053126667109599695631218349861593483319266E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/9/pC1 |
| charge Sharing — samples — sample/control 9 — p C2 | approximation | 9.648477882098297660027476451412529173903326578715084896729325173175945E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/9/pC2 |
| charge Sharing — samples — sample/control 9 — resistor absorbed power | approximation | 4.999048442209037923264410429118737497192670377597098601886609660016711E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/9/pR |
| charge Sharing — samples — sample/control 9 — energy1 | approximation | 3.218862998151931679918340287682451150299447772847565826694316774071359E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/9/energy1 |
| charge Sharing — samples — sample/control 9 — energy2 | approximation | 9.311084551143394577795920251911109746163323384803471313622815157291425E-6 | J70 significant digits in the stored approximation | chargeSharing/samples/9/energy2 |
| charge Sharing — samples — sample/control 9 — total Energy | approximation | 4.149971453266271137697932312873562124915780111327912958056598289800501E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/9/totalEnergy |
| charge Sharing — samples — sample/control 9 — cumulative resistor work | approximation | 1.335002854673372886230206768712643787508421988867208704194340171019950E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/9/resistorWork |
| charge Sharing — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/10/u |
| charge Sharing — samples — sample/control 10 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/10/t |
| charge Sharing — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/10/E |
| charge Sharing — samples — sample/control 10 — v1 | approximation | 4.492509991743392771017172046802958847026824726092619893074550463091349E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/10/v1 |
| charge Sharing — samples — sample/control 10 — v2 | approximation | 3.261235012384910843474241929795561729459762910861070160388174305362977E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/10/v2 |
| charge Sharing — samples — sample/control 10 — difference V | approximation | 1.231274979358481927542930117007397117567061815231549732686376157728371E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/10/differenceV |
| charge Sharing — samples — sample/control 10 — i1 To2 | approximation | 2.462549958716963855085860234014794235134123630463099465372752315456743E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/10/i1To2 |
| charge Sharing — samples — sample/control 10 — q1 | approximation | 1.347752997523017831305151614040887654108047417827785967922365138927405E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/10/q1 |
| charge Sharing — samples — sample/control 10 — q2 | approximation | 6.522470024769821686948483859591123458919525821722140320776348610725954E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/10/q2 |
| charge Sharing — samples — sample/control 10 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/10/totalCharge |
| charge Sharing — samples — sample/control 10 — transferred Charge1 To2 | approximation | 1.652247002476982168694848385959112345891952582172214032077634861072595E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/10/transferredCharge1To2 |
| charge Sharing — samples — sample/control 10 — p C1 | approximation | -1.106303029470323949773792965222589330532941982677631323894600494491000E-2 | W70 significant digits in the stored approximation | chargeSharing/samples/10/pC1 |
| charge Sharing — samples — sample/control 10 — p C2 | approximation | 8.030954145114779304251707861809102393347106564466524795308515737202420E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/10/pC2 |
| charge Sharing — samples — sample/control 10 — resistor absorbed power | approximation | 3.032076149588460193486221790416790911982313262309788443637489207707585E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/10/pR |
| charge Sharing — samples — sample/control 10 — energy1 | approximation | 3.027396903887132847542441117648552107375977430458861333013110426202109E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/10/energy1 |
| charge Sharing — samples — sample/control 10 — energy2 | approximation | 1.063565380600520958262145536063951619983491967410432320296014250029118E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/10/energy2 |
| charge Sharing — samples — sample/control 10 — total Energy | approximation | 4.090962284487653805804586653712503727359469397869293653309124676231228E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/10/totalEnergy |
| charge Sharing — samples — sample/control 10 — cumulative resistor work | approximation | 1.340903771551234619419541334628749627264053060213070634669087532376877E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/10/resistorWork |
| charge Sharing — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/11/u |
| charge Sharing — samples — sample/control 11 — physical SI time | approximation | 1.650000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/11/t |
| charge Sharing — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/11/E |
| charge Sharing — samples — sample/control 11 — v1 | approximation | 4.383567167240245436214580153347710495851804570472610689309140982161094E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/11/v1 |
| charge Sharing — samples — sample/control 11 — v2 | approximation | 3.424649249139631845678129769978434256222293144291083966036288526758360E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/11/v2 |
| charge Sharing — samples — sample/control 11 — difference V | approximation | 9.589179181006135905364503833692762396295114261815267232728524554027339E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/11/differenceV |
| charge Sharing — samples — sample/control 11 — i1 To2 | approximation | 1.917835836201227181072900766738552479259022852363053446545704910805468E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/11/i1To2 |
| charge Sharing — samples — sample/control 11 — q1 | approximation | 1.315070150172073630864374046004313148755541371141783206792742294648328E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/11/q1 |
| charge Sharing — samples — sample/control 11 — q2 | approximation | 6.849298498279263691356259539956868512444586288582167932072577053516719E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/11/q2 |
| charge Sharing — samples — sample/control 11 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/11/totalCharge |
| charge Sharing — samples — sample/control 11 — transferred Charge1 To2 | approximation | 1.684929849827926369135625953995686851244458628858216793207257705351672E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/11/transferredCharge1To2 |
| charge Sharing — samples — sample/control 11 — p C1 | approximation | -8.406962203728440783115249550203948230546409606621089681905288236855164E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/11/pC1 |
| charge Sharing — samples — sample/control 11 — p C2 | approximation | 6.567915056419610636056133342079602446770614113698899942599116752771932E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/11/pC2 |
| charge Sharing — samples — sample/control 11 — resistor absorbed power | approximation | 1.839047147308830147059116208124345783775795492922189739306171484083232E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/11/pR |
| charge Sharing — samples — sample/control 11 — energy1 | approximation | 2.882349166456000485222205578514744744427475030482199104042643236402311E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/11/energy1 |
| charge Sharing — samples — sample/control 11 — energy2 | approximation | 1.172822247963264419189567907728985629085798834305466588136541908120186E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/11/energy2 |
| charge Sharing — samples — sample/control 11 — total Energy | approximation | 4.055171414419264904411773486243730373513273864787665692179185144522497E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/11/totalEnergy |
| charge Sharing — samples — sample/control 11 — cumulative resistor work | approximation | 1.344482858558073509558822651375626962648672613521233430782081485547750E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/11/resistorWork |
| charge Sharing — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/12/u |
| charge Sharing — samples — sample/control 12 — physical SI time | approximation | 1.800000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/12/t |
| charge Sharing — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/12/E |
| charge Sharing — samples — sample/control 12 — v1 | approximation | 4.298722410207183657876054493900370659790197553130539293405766365636364E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/12/v1 |
| charge Sharing — samples — sample/control 12 — v2 | approximation | 3.551916384689224513185918259149444010314703670304191059891350451545454E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/12/v2 |
| charge Sharing — samples — sample/control 12 — difference V | approximation | 7.468060255179591446901362347509266494754938828263482335144159140909100E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/12/differenceV |
| charge Sharing — samples — sample/control 12 — i1 To2 | approximation | 1.493612051035918289380272469501853298950987765652696467028831828181820E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/12/i1To2 |
| charge Sharing — samples — sample/control 12 — q1 | approximation | 1.289616723062155097362816348170111197937059265939161788021729909690909E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/12/q1 |
| charge Sharing — samples — sample/control 12 — q2 | approximation | 7.103832769378449026371836518298888020629407340608382119782700903090908E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/12/q2 |
| charge Sharing — samples — sample/control 12 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/12/totalCharge |
| charge Sharing — samples — sample/control 12 — transferred Charge1 To2 | approximation | 1.710383276937844902637183651829888802062940734060838211978270090309091E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/12/transferredCharge1To2 |
| charge Sharing — samples — sample/control 12 — p C1 | approximation | -6.420623595943617673669220015554413416275117388006895977273479633856995E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/12/pC1 |
| charge Sharing — samples — sample/control 12 — p C2 | approximation | 5.305185116443756383298894671686912865097201574516620704378098831032708E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/12/pC2 |
| charge Sharing — samples — sample/control 12 — resistor absorbed power | approximation | 1.115438479499861290370325343867500551177915813490275272895380802824287E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/12/pR |
| charge Sharing — samples — sample/control 12 — energy1 | approximation | 2.771852154002618724935709296806854798362372053518530455361664208397528E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/12/energy1 |
| charge Sharing — samples — sample/control 12 — energy2 | approximation | 1.261611000382377113775400463509170218172965420886177802825197215687200E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/12/energy2 |
| charge Sharing — samples — sample/control 12 — total Energy | approximation | 4.033463154384995838711109760316025016535337474404708258186861424084729E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/12/totalEnergy |
| charge Sharing — samples — sample/control 12 — cumulative resistor work | approximation | 1.346653684561500416128889023968397498346466252559529174181313857591527E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/12/resistorWork |
| charge Sharing — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/13/u |
| charge Sharing — samples — sample/control 13 — physical SI time | approximation | 1.950000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/13/t |
| charge Sharing — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/13/E |
| charge Sharing — samples — sample/control 13 — v1 | approximation | 4.232645246990332059321399011605576859560864371616120874204175165958561E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/13/v1 |
| charge Sharing — samples — sample/control 13 — v2 | approximation | 3.651032129514501911017901482591634710658703442575818688693737251062159E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/13/v2 |
| charge Sharing — samples — sample/control 13 — difference V | approximation | 5.816131174758301483034975290139421489021609290403021855104379148964016E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/13/differenceV |
| charge Sharing — samples — sample/control 13 — i1 To2 | approximation | 1.163226234951660296606995058027884297804321858080604371020875829792803E-3 | A70 significant digits in the stored approximation | chargeSharing/samples/13/i1To2 |
| charge Sharing — samples — sample/control 13 — q1 | approximation | 1.269793574097099617796419703481673057868259311484836262261252549787568E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/13/q1 |
| charge Sharing — samples — sample/control 13 — q2 | approximation | 7.302064259029003822035802965183269421317406885151637377387474502124318E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/13/q2 |
| charge Sharing — samples — sample/control 13 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/13/totalCharge |
| charge Sharing — samples — sample/control 13 — transferred Charge1 To2 | approximation | 1.730206425902900382203580296518326942131740688515163737738747450212432E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/13/transferredCharge1To2 |
| charge Sharing — samples — sample/control 13 — p C1 | approximation | -4.923523994542604226956902831901714880617379764816951201463592303324994E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/13/pC1 |
| charge Sharing — samples — sample/control 13 — p C2 | approximation | 4.246976357702696625634596332426270657117148933580616908013369842940542E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/13/pC2 |
| charge Sharing — samples — sample/control 13 — resistor absorbed power | approximation | 6.765476368399076013223064994754442235002308312363342934502224603844524E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/13/pR |
| charge Sharing — samples — sample/control 13 — energy1 | approximation | 2.687292868030477362401546491920397562155040015914181060566412868674886E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/13/energy1 |
| charge Sharing — samples — sample/control 13 — energy2 | approximation | 1.333003561074719865638122703063865764549966909022908968237093805136647E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/13/energy2 |
| charge Sharing — samples — sample/control 13 — total Energy | approximation | 4.020296429105197228039669194984263326705006924937090028803506673811534E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/13/totalEnergy |
| charge Sharing — samples — sample/control 13 — cumulative resistor work | approximation | 1.347970357089480277196033080501573667329499307506290997119649332618847E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/13/resistorWork |
| charge Sharing — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/14/u |
| charge Sharing — samples — sample/control 14 — physical SI time | approximation | 2.100000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/14/t |
| charge Sharing — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/14/E |
| charge Sharing — samples — sample/control 14 — v1 | approximation | 4.181184300533911004438717754181719070429963193485942040028041338510268E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/14/v1 |
| charge Sharing — samples — sample/control 14 — v2 | approximation | 3.728223549199133493341923368727421394355055209771086939957937992234597E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/14/v2 |
| charge Sharing — samples — sample/control 14 — difference V | approximation | 4.529607513347775110967943854542976760749079837148551000701033462756709E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/14/differenceV |
| charge Sharing — samples — sample/control 14 — i1 To2 | approximation | 9.059215026695550221935887709085953521498159674297102001402066925513418E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/14/i1To2 |
| charge Sharing — samples — sample/control 14 — q1 | approximation | 1.254355290160173301331615326254515721128988958045782612008412401553081E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/14/q1 |
| charge Sharing — samples — sample/control 14 — q2 | approximation | 7.456447098398266986683846737454842788710110419542173879915875984469195E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/14/q2 |
| charge Sharing — samples — sample/control 14 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/14/totalCharge |
| charge Sharing — samples — sample/control 14 — transferred Charge1 To2 | approximation | 1.745644709839826698668384673745484278871011041954217387991587598446919E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/14/transferredCharge1To2 |
| charge Sharing — samples — sample/control 14 — p C1 | approximation | -3.787824764478033006214919578828052281364534284657330491907730786145473E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/14/pC1 |
| charge Sharing — samples — sample/control 14 — p C2 | approximation | 3.377477879978500712613508340843875099451358247311106263540470746295208E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/14/pC2 |
| charge Sharing — samples — sample/control 14 — resistor absorbed power | approximation | 4.103468844995322936014112379841771819131760373462242283672600398502660E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/14/pR |
| charge Sharing — samples — sample/control 14 — energy1 | approximation | 2.622345323254687592849678239873873010698913944631285138774056726690525E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/14/energy1 |
| charge Sharing — samples — sample/control 14 — energy2 | approximation | 1.389965083280298375958364097265652304758481336489101588076961074504983E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/14/energy2 |
| charge Sharing — samples — sample/control 14 — total Energy | approximation | 4.012310406534985968808042337139525315457395281120386726851017801195508E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/14/totalEnergy |
| charge Sharing — samples — sample/control 14 — cumulative resistor work | approximation | 1.348768959346501403119195766286047468454260471887961327314898219880449E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/14/resistorWork |
| charge Sharing — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/15/u |
| charge Sharing — samples — sample/control 15 — physical SI time | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/15/t |
| charge Sharing — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/15/E |
| charge Sharing — samples — sample/control 15 — v1 | approximation | 4.141106475136054649416907110602597636820405931638434423680592427886955E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/15/v1 |
| charge Sharing — samples — sample/control 15 — v2 | approximation | 3.788340287295918025874639334096103544769391102542348364479111358169567E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/15/v2 |
| charge Sharing — samples — sample/control 15 — difference V | approximation | 3.527661878401366235422677765064940920510148290960860592014810697173884E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/15/differenceV |
| charge Sharing — samples — sample/control 15 — i1 To2 | approximation | 7.055323756802732470845355530129881841020296581921721184029621394347768E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/15/i1To2 |
| charge Sharing — samples — sample/control 15 — q1 | approximation | 1.242331942540816394825072133180779291046121779491530327104177728366087E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/15/q1 |
| charge Sharing — samples — sample/control 15 — q2 | approximation | 7.576680574591836051749278668192207089538782205084696728958222716339134E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/15/q2 |
| charge Sharing — samples — sample/control 15 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/15/totalCharge |
| charge Sharing — samples — sample/control 15 — transferred Charge1 To2 | approximation | 1.757668057459183605174927866819220708953878220508469672895822271633913E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/15/transferredCharge1To2 |
| charge Sharing — samples — sample/control 15 — p C1 | approximation | -2.921684689347703033296502227987417032014159217607923979131819515451172E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/15/pC1 |
| charge Sharing — samples — sample/control 15 — p C2 | approximation | 2.672796722781177920900602188148756292999057755509835215331892121171010E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/15/pC2 |
| charge Sharing — samples — sample/control 15 — resistor absorbed power | approximation | 2.488879665665251123959000398386607390151014620980887637999273942801611E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/15/pR |
| charge Sharing — samples — sample/control 15 — energy1 | approximation | 2.572314425762063880649039333201181093052668335511298373582310042195708E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/15/energy1 |
| charge Sharing — samples — sample/control 15 — energy2 | approximation | 1.435152213234931872722837667993978729117784708351644289331687779632696E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/15/energy2 |
| charge Sharing — samples — sample/control 15 — total Energy | approximation | 4.007466638996995753371877001195159822170453043862942662913997821828405E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/15/totalEnergy |
| charge Sharing — samples — sample/control 15 — cumulative resistor work | approximation | 1.349253336100300424662812299880484017782954695613705733708600217817160E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/15/resistorWork |
| charge Sharing — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/16/u |
| charge Sharing — samples — sample/control 16 — physical SI time | approximation | 2.400000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/16/t |
| charge Sharing — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/16/E |
| charge Sharing — samples — sample/control 16 — v1 | approximation | 4.109893833332405081762308127639447453271472405320853568617599564635503E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/16/v1 |
| charge Sharing — samples — sample/control 16 — v2 | approximation | 3.835159250001392377356537808540828820092791392018719647073600653046746E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/16/v2 |
| charge Sharing — samples — sample/control 16 — difference V | approximation | 2.747345833310127044057703190986186331786810133021339215439989115887565E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/16/differenceV |
| charge Sharing — samples — sample/control 16 — i1 To2 | approximation | 5.494691666620254088115406381972372663573620266042678430879978231775129E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/16/i1To2 |
| charge Sharing — samples — sample/control 16 — q1 | approximation | 1.232968149999721524528692438291834235981441721596256070585279869390651E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/16/q1 |
| charge Sharing — samples — sample/control 16 — q2 | approximation | 7.670318500002784754713075617081657640185582784037439294147201306093492E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/16/q2 |
| charge Sharing — samples — sample/control 16 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/16/totalCharge |
| charge Sharing — samples — sample/control 16 — transferred Charge1 To2 | approximation | 1.767031850000278475471307561708165764018558278403743929414720130609349E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/16/transferredCharge1To2 |
| charge Sharing — samples — sample/control 16 — p C1 | approximation | -2.258259939670553766234012595429504048905410130486728857250014927334147E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/16/pC1 |
| charge Sharing — samples — sample/control 16 — p C2 | approximation | 2.107301757114423438764387488828116590215505070312585145004955840773909E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/16/pC2 |
| charge Sharing — samples — sample/control 16 — resistor absorbed power | approximation | 1.509581825561303274696251066013874586899050601741437122450590865602382E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/16/pR |
| charge Sharing — samples — sample/control 16 — energy1 | approximation | 2.533684098189559662044405254446553593430045747107114006888060186601326E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/16/energy1 |
| charge Sharing — samples — sample/control 16 — energy2 | approximation | 1.470844647287124247779683498751488030330651404698110304479291585995481E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/16/energy2 |
| charge Sharing — samples — sample/control 16 — total Energy | approximation | 4.004528745476683909824088753198041623760697151805224311367351772596807E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/16/totalEnergy |
| charge Sharing — samples — sample/control 16 — cumulative resistor work | approximation | 1.349547125452331609017591124680195837623930284819477568863264822740319E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/16/resistorWork |
| charge Sharing — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/17/u |
| charge Sharing — samples — sample/control 17 — physical SI time | approximation | 2.550000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/17/t |
| charge Sharing — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/17/E |
| charge Sharing — samples — sample/control 17 — v1 | approximation | 4.085585403453995531639721675136009263999699500525440760061019232925629E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/17/v1 |
| charge Sharing — samples — sample/control 17 — v2 | approximation | 3.871621894819006702540417487295986104000450749211838859908471150611557E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/17/v2 |
| charge Sharing — samples — sample/control 17 — difference V | approximation | 2.139635086349888290993041878400231599992487513136019001525480823140724E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/17/differenceV |
| charge Sharing — samples — sample/control 17 — i1 To2 | approximation | 4.279270172699776581986083756800463199984975026272038003050961646281448E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/17/i1To2 |
| charge Sharing — samples — sample/control 17 — q1 | approximation | 1.225675621036198659491916502540802779199909850157632228018305769877689E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/17/q1 |
| charge Sharing — samples — sample/control 17 — q2 | approximation | 7.743243789638013405080834974591972208000901498423677719816942301223113E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/17/q2 |
| charge Sharing — samples — sample/control 17 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/17/totalCharge |
| charge Sharing — samples — sample/control 17 — transferred Charge1 To2 | approximation | 1.774324378963801340508083497459197220800090149842367771981694230122311E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/17/transferredCharge1To2 |
| charge Sharing — samples — sample/control 17 — p C1 | approximation | -1.748332375501826584180841520207857229707506085321237245966235822845631E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/17/pC1 |
| charge Sharing — samples — sample/control 17 — p C2 | approximation | 1.656771609447036705714821476488677355423715898290182134101607912013002E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/17/pC2 |
| charge Sharing — samples — sample/control 17 — resistor absorbed power | approximation | 9.156076605478987846602004371917987428379018703105511186462791083262906E-5 | W70 significant digits in the stored approximation | chargeSharing/samples/17/pR |
| charge Sharing — samples — sample/control 17 — energy1 | approximation | 2.503801213337452116509258250687841275291044882874901573415598614440746E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/17/energy1 |
| charge Sharing — samples — sample/control 17 — energy2 | approximation | 1.498945609644191579844722350623734120937468822736030079940340222884233E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/17/energy2 |
| charge Sharing — samples — sample/control 17 — total Energy | approximation | 4.002746822981643696353980601311575396228513705610931653355938837324979E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/17/totalEnergy |
| charge Sharing — samples — sample/control 17 — cumulative resistor work | approximation | 1.349725317701835630364601939868842460377148629438906834664406116267502E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/17/resistorWork |
| charge Sharing — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/18/u |
| charge Sharing — samples — sample/control 18 — physical SI time | approximation | 2.700000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/18/t |
| charge Sharing — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/18/E |
| charge Sharing — samples — sample/control 18 — v1 | approximation | 4.066653979229453838976858805721583166629235605034627981358488128800223E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/18/v1 |
| charge Sharing — samples — sample/control 18 — v2 | approximation | 3.900019031155819241534711791417625250056146592448058027962267806799666E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/18/v2 |
| charge Sharing — samples — sample/control 18 — difference V | approximation | 1.666349480736345974421470143039579165730890125865699533962203220005570E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/18/differenceV |
| charge Sharing — samples — sample/control 18 — i1 To2 | approximation | 3.332698961472691948842940286079158331461780251731399067924406440011140E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/18/i1To2 |
| charge Sharing — samples — sample/control 18 — q1 | approximation | 1.219996193768836151693057641716474949988770681510388394407546438640067E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/18/q1 |
| charge Sharing — samples — sample/control 18 — q2 | approximation | 7.800038062311638483069423582835250500112293184896116055924535613599332E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/18/q2 |
| charge Sharing — samples — sample/control 18 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/18/totalCharge |
| charge Sharing — samples — sample/control 18 — transferred Charge1 To2 | approximation | 1.780003806231163848306942358283525050011229318489611605592453561359933E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/18/transferredCharge1To2 |
| charge Sharing — samples — sample/control 18 — p C1 | approximation | -1.355293349324679098446750718763069421277699610504568656625969344130588E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/18/pC1 |
| charge Sharing — samples — sample/control 18 — p C2 | approximation | 1.299758937485673301172814207934554199545230835974546082985452423815259E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/18/pC2 |
| charge Sharing — samples — sample/control 18 — resistor absorbed power | approximation | 5.553441183900579727393651082851522173246877453002257364051692031532933E-5 | W70 significant digits in the stored approximation | chargeSharing/samples/18/pR |
| charge Sharing — samples — sample/control 18 — energy1 | approximation | 2.480651188017412676339517804995841982615872351335913848513871957604051E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/18/energy1 |
| charge Sharing — samples — sample/control 18 — energy2 | approximation | 1.521014844337757497578700290329013474036101711899986828695343550005409E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/18/energy2 |
| charge Sharing — samples — sample/control 18 — total Energy | approximation | 4.001666032355170173918218095324855456651974063235900677209215507609460E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/18/totalEnergy |
| charge Sharing — samples — sample/control 18 — cumulative resistor work | approximation | 1.349833396764482982608178190467514454334802593676409932279078449239054E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/18/resistorWork |
| charge Sharing — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/19/u |
| charge Sharing — samples — sample/control 19 — physical SI time | approximation | 2.850000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/19/t |
| charge Sharing — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/19/E |
| charge Sharing — samples — sample/control 19 — v1 | approximation | 4.051910171218723805062429023743502345088997987186248255274239517604028E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/19/v1 |
| charge Sharing — samples — sample/control 19 — v2 | approximation | 3.922134743171914292406356464384746482366503019220627617088640723593958E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/19/v2 |
| charge Sharing — samples — sample/control 19 — difference V | approximation | 1.297754280468095126560725593587558627224949679656206381855987940100692E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/19/differenceV |
| charge Sharing — samples — sample/control 19 — i1 To2 | approximation | 2.595508560936190253121451187175117254449899359312412763711975880201385E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/19/i1To2 |
| charge Sharing — samples — sample/control 19 — q1 | approximation | 1.215573051365617141518728707123050703526699396155874476582271855281208E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/19/q1 |
| charge Sharing — samples — sample/control 19 — q2 | approximation | 7.844269486343828584812712928769492964733006038441255234177281447187917E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/19/q2 |
| charge Sharing — samples — sample/control 19 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/19/totalCharge |
| charge Sharing — samples — sample/control 19 — transferred Charge1 To2 | approximation | 1.784426948634382858481271292876949296473300603844125523417728144718792E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/19/transferredCharge1To2 |
| charge Sharing — samples — sample/control 19 — p C1 | approximation | -1.051676753754262207713394552353866831680297385530625595014467834954547E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/19/pC1 |
| charge Sharing — samples — sample/control 19 — p C2 | approximation | 1.017993430304796941551359358644317006929453281016474371190274127769565E-3 | W70 significant digits in the stored approximation | chargeSharing/samples/19/pC2 |
| charge Sharing — samples — sample/control 19 — resistor absorbed power | approximation | 3.368332344946526616203519370954982475084410451415122382419370718498240E-5 | W70 significant digits in the stored approximation | chargeSharing/samples/19/pR |
| charge Sharing — samples — sample/control 19 — energy1 | approximation | 2.462696405343862149268859250816717412003807713877667721014977745611053E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/19/energy1 |
| charge Sharing — samples — sample/control 19 — energy2 | approximation | 1.538314094359621808716001804994569082738717609257756815699748065604496E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/19/energy2 |
| charge Sharing — samples — sample/control 19 — total Energy | approximation | 4.001010499703483957984861055811286494742525323135424536714725811215549E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/19/totalEnergy |
| charge Sharing — samples — sample/control 19 — cumulative resistor work | approximation | 1.349898950029651604201513894418871350525747467686457546328527418878445E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/19/resistorWork |
| charge Sharing — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/20/u |
| charge Sharing — samples — sample/control 20 — physical SI time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/20/t |
| charge Sharing — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/20/E |
| charge Sharing — samples — sample/control 20 — v1 | approximation | 4.040427681994512802579816290538890545493097510164130512581833189436101E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/20/v1 |
| charge Sharing — samples — sample/control 20 — v2 | approximation | 3.939358477008230796130275564191664181760353734753804231127250215845848E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/20/v2 |
| charge Sharing — samples — sample/control 20 — difference V | approximation | 1.010692049862820064495407263472263637327437754103262814545829735902528E-1 | V70 significant digits in the stored approximation | chargeSharing/samples/20/differenceV |
| charge Sharing — samples — sample/control 20 — i1 To2 | approximation | 2.021384099725640128990814526944527274654875508206525629091659471805057E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/20/i1To2 |
| charge Sharing — samples — sample/control 20 — q1 | approximation | 1.212128304598353840773944887161667163647929253049239153774549956830830E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/20/q1 |
| charge Sharing — samples — sample/control 20 — q2 | approximation | 7.878716954016461592260551128383328363520707469507608462254500431691697E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/20/q2 |
| charge Sharing — samples — sample/control 20 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/20/totalCharge |
| charge Sharing — samples — sample/control 20 — transferred Charge1 To2 | approximation | 1.787871695401646159226055112838332836352070746950760846225450043169170E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/20/transferredCharge1To2 |
| charge Sharing — samples — sample/control 20 — p C1 | approximation | -8.167256272475033248727322835787100197047754592785919461032966237392026E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/20/pC1 |
| charge Sharing — samples — sample/control 20 — p C2 | approximation | 7.962956588543851416817161015764622450977123192886377099367145361962529E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/20/pC2 |
| charge Sharing — samples — sample/control 20 — resistor absorbed power | approximation | 2.042996839311818319101618200224777460706313998995423616658208754294974E-5 | W70 significant digits in the stored approximation | chargeSharing/samples/20/pR |
| charge Sharing — samples — sample/control 20 — energy1 | approximation | 2.448758378014132781294071742830695627887001769876836065932198812373837E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/20/energy1 |
| charge Sharing — samples — sample/control 20 — energy2 | approximation | 1.551854521037660764201658742629371805351210124322862561152798650252452E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/20/energy2 |
| charge Sharing — samples — sample/control 20 — total Energy | approximation | 4.000612899051793545495730485460067433238211894199698627084997462626288E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/20/totalEnergy |
| charge Sharing — samples — sample/control 20 — cumulative resistor work | approximation | 1.349938710094820645450426951453993256676178810580030137291500253737371E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/20/resistorWork |
| charge Sharing — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/21/u |
| charge Sharing — samples — sample/control 21 — physical SI time | approximation | 3.150000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/21/t |
| charge Sharing — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/21/E |
| charge Sharing — samples — sample/control 21 — v1 | approximation | 4.031485110395088305658961176048274640837979467712911389083127467622781E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/21/v1 |
| charge Sharing — samples — sample/control 21 — v2 | approximation | 3.952772334407367541511558235927588038743030798430632916375308798565829E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/21/v2 |
| charge Sharing — samples — sample/control 21 — difference V | approximation | 7.871277598772076414740294012068660209494866928227847270781866905695126E-2 | V70 significant digits in the stored approximation | chargeSharing/samples/21/differenceV |
| charge Sharing — samples — sample/control 21 — i1 To2 | approximation | 1.574255519754415282948058802413732041898973385645569454156373381139025E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/21/i1To2 |
| charge Sharing — samples — sample/control 21 — q1 | approximation | 1.209445533118526491697688352814482392251393840313873416724938240286834E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/21/q1 |
| charge Sharing — samples — sample/control 21 — q2 | approximation | 7.905544668814735083023116471855176077486061596861265832750617597131658E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/21/q2 |
| charge Sharing — samples — sample/control 21 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/21/totalCharge |
| charge Sharing — samples — sample/control 21 — transferred Charge1 To2 | approximation | 1.790554466881473508302311647185517607748606159686126583275061759713166E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/21/transferredCharge1To2 |
| charge Sharing — samples — sample/control 21 — p C1 | approximation | -6.346587687847206015935575184439294087578755293712893129402418601770610E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/21/pC1 |
| charge Sharing — samples — sample/control 21 — p C2 | approximation | 6.222673665773343805577225247478379287621600915886354847460105908734337E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/21/pC2 |
| charge Sharing — samples — sample/control 21 — resistor absorbed power | approximation | 1.239140220738622103583499369609147999571543778265382819423126930362737E-5 | W70 significant digits in the stored approximation | chargeSharing/samples/21/pR |
| charge Sharing — samples — sample/control 21 — energy1 | approximation | 2.437930829300594601443183431182282666765523946508885512838083736378980E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/21/energy1 |
| charge Sharing — samples — sample/control 21 — energy2 | approximation | 1.562440912765626985187891618628600077634347516624594102007743201700129E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/21/energy2 |
| charge Sharing — samples — sample/control 21 — total Energy | approximation | 4.000371742066221586631075049810882744399871463133479614845826938079109E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/21/totalEnergy |
| charge Sharing — samples — sample/control 21 — cumulative resistor work | approximation | 1.349962825793377841336892495018911725560012853686652038515417306192089E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/21/resistorWork |
| charge Sharing — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/22/u |
| charge Sharing — samples — sample/control 22 — physical SI time | approximation | 3.300000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/22/t |
| charge Sharing — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/22/E |
| charge Sharing — samples — sample/control 22 — v1 | approximation | 4.024520628630784401960788216108324610450343939905629196524082286454443E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/22/v1 |
| charge Sharing — samples — sample/control 22 — v2 | approximation | 3.963219057053823397058817675837513084324484090141556205213876570318335E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/22/v2 |
| charge Sharing — samples — sample/control 22 — difference V | approximation | 6.130157157696100490197054027081152612585984976407299131020571613610775E-2 | V70 significant digits in the stored approximation | chargeSharing/samples/22/differenceV |
| charge Sharing — samples — sample/control 22 — i1 To2 | approximation | 1.226031431539220098039410805416230522517196995281459826204114322722155E-4 | A70 significant digits in the stored approximation | chargeSharing/samples/22/i1To2 |
| charge Sharing — samples — sample/control 22 — q1 | approximation | 1.207356188589235320588236464832497383135103181971688758957224685936333E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/22/q1 |
| charge Sharing — samples — sample/control 22 — q2 | approximation | 7.926438114107646794117635351675026168648968180283112410427753140636671E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/22/q2 |
| charge Sharing — samples — sample/control 22 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/22/totalCharge |
| charge Sharing — samples — sample/control 22 — transferred Charge1 To2 | approximation | 1.792643811410764679411763535167502616864896818028311241042775314063667E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/22/transferredCharge1To2 |
| charge Sharing — samples — sample/control 22 — p C1 | approximation | -4.934188787579322578920387152913967672409076465652556128877081817692963E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/22/pC1 |
| charge Sharing — samples — sample/control 22 — p C2 | approximation | 4.859031134023217112013527324791353716558355254335764068725520500682105E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/22/pC2 |
| charge Sharing — samples — sample/control 22 — resistor absorbed power | approximation | 7.515765355610546690685982812261395585072121131679206015156131701085779E-6 | W70 significant digits in the stored approximation | chargeSharing/samples/22/pR |
| charge Sharing — samples — sample/control 22 — energy1 | approximation | 2.429514943541208608913234091123736669287433593340335186301080617325745E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/22/energy1 |
| charge Sharing — samples — sample/control 22 — energy2 | approximation | 1.570710529419459707487486488360631172580118570293615189879374066625288E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/22/energy2 |
| charge Sharing — samples — sample/control 22 — total Energy | approximation | 4.000225472960668316400720579484367841867552163633950376180454683951033E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/22/totalEnergy |
| charge Sharing — samples — sample/control 22 — cumulative resistor work | approximation | 1.349977452703933168359927942051563215813244783636604962381954531604897E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/22/resistorWork |
| charge Sharing — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/23/u |
| charge Sharing — samples — sample/control 23 — physical SI time | approximation | 3.450000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/23/t |
| charge Sharing — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/23/E |
| charge Sharing — samples — sample/control 23 — v1 | approximation | 4.019096684779058002407918508028691108075638367406343728015936636249537E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/23/v1 |
| charge Sharing — samples — sample/control 23 — v2 | approximation | 3.971354972831412996388122237956963337886542448890484407976095045625694E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/23/v2 |
| charge Sharing — samples — sample/control 23 — difference V | approximation | 4.774171194764500601979627007172777018909591851585932003984159062384274E-2 | V70 significant digits in the stored approximation | chargeSharing/samples/23/differenceV |
| charge Sharing — samples — sample/control 23 — i1 To2 | approximation | 9.548342389529001203959254014345554037819183703171864007968318124768548E-5 | A70 significant digits in the stored approximation | chargeSharing/samples/23/i1To2 |
| charge Sharing — samples — sample/control 23 — q1 | approximation | 1.205729005433717400722375552408607332422691510221903118404780990874861E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/23/q1 |
| charge Sharing — samples — sample/control 23 — q2 | approximation | 7.942709945662825992776244475913926675773084897780968815952190091251389E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/23/q2 |
| charge Sharing — samples — sample/control 23 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/23/totalCharge |
| charge Sharing — samples — sample/control 23 — transferred Charge1 To2 | approximation | 1.794270994566282599277624447591392667577308489778096881595219009125139E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/23/transferredCharge1To2 |
| charge Sharing — samples — sample/control 23 — p C1 | approximation | -3.837571124289135760895796046086577310265885674207185918679637210013711E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/23/pC1 |
| charge Sharing — samples — sample/control 23 — p C2 | approximation | 3.791985703095297562615559945215688072420355191861085129948862309747982E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/23/pC2 |
| charge Sharing — samples — sample/control 23 — resistor absorbed power | approximation | 4.558542119383819828023610087088923784553048234610078873077490026572973E-6 | W70 significant digits in the stored approximation | chargeSharing/samples/23/pR |
| charge Sharing — samples — sample/control 23 — energy1 | approximation | 2.422970724240302208727438492955474396776180677466427794565600893379763E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/23/energy1 |
| charge Sharing — samples — sample/control 23 — energy2 | approximation | 1.577166032023279305867402215347138270937355913980610507800591431321034E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/23/energy2 |
| charge Sharing — samples — sample/control 23 — total Energy | approximation | 4.000136756263581514594840708302612667713536591447038302366192324700797E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/23/totalEnergy |
| charge Sharing — samples — sample/control 23 — cumulative resistor work | approximation | 1.349986324373641848540515929169738733228646340855296169763380767529920E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/23/resistorWork |
| charge Sharing — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/24/u |
| charge Sharing — samples — sample/control 24 — physical SI time | approximation | 3.600000000000000000000000000000000000000000000000000000000000000000000E-3 | s70 significant digits in the stored approximation | chargeSharing/samples/24/t |
| charge Sharing — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | chargeSharing/samples/24/E |
| charge Sharing — samples — sample/control 24 — v1 | approximation | 4.014872513059998150538271004584900007349038877513203670305271744037657E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/24/v1 |
| charge Sharing — samples — sample/control 24 — v2 | approximation | 3.977691230410002774192593493122649988976441683730194494542092383943514E+0 | V70 significant digits in the stored approximation | chargeSharing/samples/24/v2 |
| charge Sharing — samples — sample/control 24 — difference V | approximation | 3.718128264999537634567751146225001837259719378300917576317936009414291E-2 | V70 significant digits in the stored approximation | chargeSharing/samples/24/differenceV |
| charge Sharing — samples — sample/control 24 — i1 To2 | approximation | 7.436256529999075269135502292450003674519438756601835152635872018828583E-5 | A70 significant digits in the stored approximation | chargeSharing/samples/24/i1To2 |
| charge Sharing — samples — sample/control 24 — q1 | approximation | 1.204461753917999445161481301375470002204711663253961101091581523211297E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/24/q1 |
| charge Sharing — samples — sample/control 24 — q2 | approximation | 7.955382460820005548385186986245299977952883367460388989084184767887029E-6 | C70 significant digits in the stored approximation | chargeSharing/samples/24/q2 |
| charge Sharing — samples — sample/control 24 — total Charge | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/24/totalCharge |
| charge Sharing — samples — sample/control 24 — transferred Charge1 To2 | approximation | 1.795538246082000554838518698624529997795288336746038898908418476788703E-5 | C70 significant digits in the stored approximation | chargeSharing/samples/24/transferredCharge1To2 |
| charge Sharing — samples — sample/control 24 — p C1 | approximation | -2.985562194235620885219829071701851427967978683407532916410372118109133E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/24/pC1 |
| charge Sharing — samples — sample/control 24 — p C2 | approximation | 2.957913238645643941305758684897226532567470731490535778020313841664883E-4 | W70 significant digits in the stored approximation | chargeSharing/samples/24/pC2 |
| charge Sharing — samples — sample/control 24 — resistor absorbed power | approximation | 2.764895558997694391407038680462489540050795191699713839005827644424948E-6 | W70 significant digits in the stored approximation | chargeSharing/samples/24/pR |
| charge Sharing — samples — sample/control 24 — energy1 | approximation | 2.417880194418705752978622089966045558693327262558144800932394162776922E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/24/energy1 |
| charge Sharing — samples — sample/control 24 — energy2 | approximation | 1.582202752448064177853120121194368315992874261297606190482776012052411E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/24/energy2 |
| charge Sharing — samples — sample/control 24 — total Energy | approximation | 4.000082946866769930831742211160413874686201523855750991415170174829333E-5 | J70 significant digits in the stored approximation | chargeSharing/samples/24/totalEnergy |
| charge Sharing — samples — sample/control 24 — cumulative resistor work | approximation | 1.349991705313323006916825778883958612531379847614424900858482982517067E-4 | J70 significant digits in the stored approximation | chargeSharing/samples/24/resistorWork |
| charge Sharing — limit Controls — v1 — status | metadata | finite | chargeSharing/limitControls/v1/status | |
| charge Sharing — limit Controls — v1 — value | rational | 4 | V | chargeSharing/limitControls/v1/value |
| charge Sharing — limit Controls — v2 — status | metadata | finite | chargeSharing/limitControls/v2/status | |
| charge Sharing — limit Controls — v2 — value | rational | 4 | V | chargeSharing/limitControls/v2/value |
| charge Sharing — limit Controls — i1 To2 — status | metadata | finite | chargeSharing/limitControls/i1To2/status | |
| charge Sharing — limit Controls — i1 To2 — value | rational | 0 | A | chargeSharing/limitControls/i1To2/value |
| charge Sharing — limit Controls — energy1 — status | metadata | finite | chargeSharing/limitControls/energy1/status | |
| charge Sharing — limit Controls — energy1 — value | rational | 3/125000 | J | chargeSharing/limitControls/energy1/value |
| charge Sharing — limit Controls — energy2 — status | metadata | finite | chargeSharing/limitControls/energy2/status | |
| charge Sharing — limit Controls — energy2 — value | rational | 1/62500 | J | chargeSharing/limitControls/energy2/value |
| charge Sharing — limit Controls — total Energy — status | metadata | finite | chargeSharing/limitControls/totalEnergy/status | |
| charge Sharing — limit Controls — total Energy — value | rational | 1/25000 | J | chargeSharing/limitControls/totalEnergy/value |
| charge Sharing — limit Controls — cumulative resistor work — status | metadata | finite | chargeSharing/limitControls/resistorWork/status | |
| charge Sharing — limit Controls — cumulative resistor work — value | rational | 27/200000 | J | chargeSharing/limitControls/resistorWork/value |
| charge Sharing — limit Controls — transferred Charge1 To2 — status | metadata | finite | chargeSharing/limitControls/transferredCharge1To2/status | |
| charge Sharing — limit Controls — transferred Charge1 To2 — value | rational | 9/500000 | C | chargeSharing/limitControls/transferredCharge1To2/value |
| charge Sharing — limit Controls — total Charge — status | metadata | finite | chargeSharing/limitControls/totalCharge/status | |
| charge Sharing — limit Controls — total Charge — value | rational | 1/50000 | C | chargeSharing/limitControls/totalCharge/value |
| charge Sharing — scope | metadata | R>0 finite heat loss independent ofR only at fullsettling; R0idealconstraint cannotaccountforomittedswitch/radiative/parasiticenergymechanism. | chargeSharing/scope |
Complete original ramp source values, units and controls (448 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| ramp — parameters — R | rational | 150 | ohm | ramp/parameters/R |
| ramp — parameters — C | rational | 1/3000 | F | ramp/parameters/C |
| ramp — parameters — tau | rational | 1/20 | s | ramp/parameters/tau |
| ramp — parameters — slope | rational | 40 | V/s | ramp/parameters/slope |
| ramp — parameters — initial V | rational | 0 | V | ramp/parameters/initialV |
| ramp — initial Exact — dimensionless time coordinate | rational | 0 | dimensionless | ramp/initialExact/u |
| ramp — initial Exact — physical SI time | rational | 0 | s | ramp/initialExact/t |
| ramp — initial Exact — retained exponential | rational | 1 | dimensionless | ramp/initialExact/E |
| ramp — initial Exact — source V | rational | 0 | V | ramp/initialExact/sourceV |
| ramp — initial Exact — capacitor voltage | rational | 0 | V | ramp/initialExact/vC |
| ramp — initial Exact — associated branch current | rational | 0 | A | ramp/initialExact/i |
| ramp — initial Exact — voltage derivative | rational | 0 | V/s | ramp/initialExact/dvdt |
| ramp — initial Exact — resistor voltage | rational | 0 | V | ramp/initialExact/vR |
| ramp — initial Exact — capacitor absorbed power | rational | 0 | W | ramp/initialExact/pC |
| ramp — initial Exact — resistor absorbed power | rational | 0 | W | ramp/initialExact/pR |
| ramp — initial Exact — source-delivered power | rational | 0 | W | ramp/initialExact/sourceDeliveredPower |
| ramp — initial Exact — stored energy | rational | 0 | J | ramp/initialExact/storedEnergy |
| ramp — initial Exact — storage-energy change | rational | 0 | J | ramp/initialExact/storedChange |
| ramp — initial Exact — cumulative resistor work | rational | 0 | J | ramp/initialExact/resistorWork |
| ramp — initial Exact — cumulative source-delivered work | rational | 0 | J | ramp/initialExact/sourceDeliveredWork |
| ramp — initial Exact — transferred Charge | rational | 0 | C | ramp/initialExact/transferredCharge |
| ramp — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/0/u |
| ramp — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | ramp/samples/0/t |
| ramp — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/0/E |
| ramp — samples — sample/control 0 — source V | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/0/sourceV |
| ramp — samples — sample/control 0 — capacitor voltage | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/0/vC |
| ramp — samples — sample/control 0 — associated branch current | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | A70 significant digits in the stored approximation | ramp/samples/0/i |
| ramp — samples — sample/control 0 — voltage derivative | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V/s70 significant digits in the stored approximation | ramp/samples/0/dvdt |
| ramp — samples — sample/control 0 — resistor voltage | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/0/vR |
| ramp — samples — sample/control 0 — capacitor absorbed power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | ramp/samples/0/pC |
| ramp — samples — sample/control 0 — resistor absorbed power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | ramp/samples/0/pR |
| ramp — samples — sample/control 0 — source-delivered power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | ramp/samples/0/sourceDeliveredPower |
| ramp — samples — sample/control 0 — stored energy | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | ramp/samples/0/storedEnergy |
| ramp — samples — sample/control 0 — storage-energy change | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | ramp/samples/0/storedChange |
| ramp — samples — sample/control 0 — cumulative resistor work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | ramp/samples/0/resistorWork |
| ramp — samples — sample/control 0 — cumulative source-delivered work | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | J70 significant digits in the stored approximation | ramp/samples/0/sourceDeliveredWork |
| ramp — samples — sample/control 0 — transferred Charge | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | C70 significant digits in the stored approximation | ramp/samples/0/transferredCharge |
| ramp — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/1/u |
| ramp — samples — sample/control 1 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | ramp/samples/1/t |
| ramp — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/1/E |
| ramp — samples — sample/control 1 — source V | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | V70 significant digits in the stored approximation | ramp/samples/1/sourceV |
| ramp — samples — sample/control 1 — capacitor voltage | approximation | 5.760156614280973649034053395664129459354458085228294848263473253649122E-2 | V70 significant digits in the stored approximation | ramp/samples/1/vC |
| ramp — samples — sample/control 1 — associated branch current | approximation | 2.949322892381268423397729773622391369376369460984780343449101783090059E-3 | A70 significant digits in the stored approximation | ramp/samples/1/i |
| ramp — samples — sample/control 1 — voltage derivative | approximation | 8.847968677143805270193189320867174108129108382954341030347305349270176E+0 | V/s70 significant digits in the stored approximation | ramp/samples/1/dvdt |
| ramp — samples — sample/control 1 — resistor voltage | approximation | 4.423984338571902635096594660433587054064554191477170515173652674635088E-1 | V70 significant digits in the stored approximation | ramp/samples/1/vR |
| ramp — samples — sample/control 1 — capacitor absorbed power | approximation | 1.698856176620025553399581925568181153982232735616166463843528595832880E-4 | W70 significant digits in the stored approximation | ramp/samples/1/pC |
| ramp — samples — sample/control 1 — resistor absorbed power | approximation | 1.304775828528631656358906694254377569289961456930773525340198031961741E-3 | W70 significant digits in the stored approximation | ramp/samples/1/pR |
| ramp — samples — sample/control 1 — source-delivered power | approximation | 1.474661446190634211698864886811195684688184730492390171724550891545029E-3 | W70 significant digits in the stored approximation | ramp/samples/1/sourceDeliveredPower |
| ramp — samples — sample/control 1 — stored energy | approximation | 5.529900703507474906960896824663216645064665653164962139440728884587342E-7 | J70 significant digits in the stored approximation | ramp/samples/1/storedEnergy |
| ramp — samples — sample/control 1 — storage-energy change | approximation | 5.529900703507474906960896824663216645064665653164962139440728884587342E-7 | J70 significant digits in the stored approximation | ramp/samples/1/storedChange |
| ramp — samples — sample/control 1 — cumulative resistor work | approximation | 5.781648381990699584587688614734757163447350811585960854918204225283953E-6 | J70 significant digits in the stored approximation | ramp/samples/1/resistorWork |
| ramp — samples — sample/control 1 — cumulative source-delivered work | approximation | 6.334638452341447075283778297201078827953817376902457068862277113742687E-6 | J70 significant digits in the stored approximation | ramp/samples/1/sourceDeliveredWork |
| ramp — samples — sample/control 1 — transferred Charge | approximation | 1.920052204760324549678017798554709819784819361742764949421157751216374E-5 | C70 significant digits in the stored approximation | ramp/samples/1/transferredCharge |
| ramp — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/2/u |
| ramp — samples — sample/control 2 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | ramp/samples/2/t |
| ramp — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/2/E |
| ramp — samples — sample/control 2 — source V | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/2/sourceV |
| ramp — samples — sample/control 2 — capacitor voltage | approximation | 2.130613194252668472075990699823609068838362709743739113657843174701130E-1 | V70 significant digits in the stored approximation | ramp/samples/2/vC |
| ramp — samples — sample/control 2 — associated branch current | approximation | 5.246257870498221018616006200117593954107758193504173924228104550199246E-3 | A70 significant digits in the stored approximation | ramp/samples/2/i |
| ramp — samples — sample/control 2 — voltage derivative | approximation | 1.573877361149466305584801860035278186232327458051252177268431365059774E+1 | V/s70 significant digits in the stored approximation | ramp/samples/2/dvdt |
| ramp — samples — sample/control 2 — resistor voltage | approximation | 7.869386805747331527924009300176390931161637290256260886342156825298870E-1 | V70 significant digits in the stored approximation | ramp/samples/2/vR |
| ramp — samples — sample/control 2 — capacitor absorbed power | approximation | 1.117774623933541701604680862008261672455095258640335973773371637469954E-3 | W70 significant digits in the stored approximation | ramp/samples/2/pC |
| ramp — samples — sample/control 2 — resistor absorbed power | approximation | 4.128483246564679317011325338109332281652662934863837950454732912729292E-3 | W70 significant digits in the stored approximation | ramp/samples/2/pR |
| ramp — samples — sample/control 2 — source-delivered power | approximation | 5.246257870498221018616006200117593954107758193504173924228104550199246E-3 | W70 significant digits in the stored approximation | ramp/samples/2/sourceDeliveredPower |
| ramp — samples — sample/control 2 — stored energy | approximation | 7.565854305872598661149490113520276002595330363053919216629761974936651E-6 | J70 significant digits in the stored approximation | ramp/samples/2/storedEnergy |
| ramp — samples — sample/control 2 — storage-energy change | approximation | 7.565854305872598661149490113520276002595330363053919216629761974936651E-6 | J70 significant digits in the stored approximation | ramp/samples/2/storedChange |
| ramp — samples — sample/control 2 — cumulative resistor work | approximation | 3.882879845272758187978291320217396421457427394465332548248788882850972E-5 | J70 significant digits in the stored approximation | ramp/samples/2/resistorWork |
| ramp — samples — sample/control 2 — cumulative source-delivered work | approximation | 4.639465275860018054093240331569424021716960430770724469911765080344637E-5 | J70 significant digits in the stored approximation | ramp/samples/2/sourceDeliveredWork |
| ramp — samples — sample/control 2 — transferred Charge | approximation | 7.102043980842228240253302332745363562794542365812463712192810582337101E-5 | C70 significant digits in the stored approximation | ramp/samples/2/transferredCharge |
| ramp — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/3/u |
| ramp — samples — sample/control 3 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | ramp/samples/3/t |
| ramp — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/3/E |
| ramp — samples — sample/control 3 — source V | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/3/sourceV |
| ramp — samples — sample/control 3 — capacitor voltage | approximation | 4.447331054820294142760931018865358259404071582729533647913158882824019E-1 | V70 significant digits in the stored approximation | ramp/samples/3/vC |
| ramp — samples — sample/control 3 — associated branch current | approximation | 7.035112630119803904826045987423094493730618944846977568057894078117321E-3 | A70 significant digits in the stored approximation | ramp/samples/3/i |
| ramp — samples — sample/control 3 — voltage derivative | approximation | 2.110533789035941171447813796226928348119185683454093270417368223435196E+1 | V/s70 significant digits in the stored approximation | ramp/samples/3/dvdt |
| ramp — samples — sample/control 3 — resistor voltage | approximation | 1.055266894517970585723906898113464174059592841727046635208684111717598E+0 | V70 significant digits in the stored approximation | ramp/samples/3/vR |
| ramp — samples — sample/control 3 — capacitor absorbed power | approximation | 3.128747487409028133047405811068596529882209188253773980019656304431360E-3 | W70 significant digits in the stored approximation | ramp/samples/3/pC |
| ramp — samples — sample/control 3 — resistor absorbed power | approximation | 7.423921457770677724191663170066045210713719229016692372067184812744621E-3 | W70 significant digits in the stored approximation | ramp/samples/3/pR |
| ramp — samples — sample/control 3 — source-delivered power | approximation | 1.055266894517970585723906898113464174059592841727046635208684111717598E-2 | W70 significant digits in the stored approximation | ramp/samples/3/sourceDeliveredPower |
| ramp — samples — sample/control 3 — stored energy | approximation | 3.296458918528165024283813019491904323804655986189399169733756445981646E-5 | J70 significant digits in the stored approximation | ramp/samples/3/storedEnergy |
| ramp — samples — sample/control 3 — storage-energy change | approximation | 3.296458918528165024283813019491904323804655986189399169733756445981646E-5 | J70 significant digits in the stored approximation | ramp/samples/3/storedChange |
| ramp — samples — sample/control 3 — cumulative resistor work | approximation | 1.108907005437526664126038220060394203590951247898849338925309718696524E-4 | J70 significant digits in the stored approximation | ramp/samples/3/resistorWork |
| ramp — samples — sample/control 3 — cumulative source-delivered work | approximation | 1.438552897290343166554419522009584635971416846517789255898685363294689E-4 | J70 significant digits in the stored approximation | ramp/samples/3/sourceDeliveredWork |
| ramp — samples — sample/control 3 — transferred Charge | approximation | 1.482443684940098047586977006288452753134690527576511215971052960941340E-4 | C70 significant digits in the stored approximation | ramp/samples/3/transferredCharge |
| ramp — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/4/u |
| ramp — samples — sample/control 4 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | ramp/samples/4/t |
| ramp — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/4/E |
| ramp — samples — sample/control 4 — source V | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/4/sourceV |
| ramp — samples — sample/control 4 — capacitor voltage | approximation | 7.357588823428846431910475403229217348916222620635356690156736033949230E-1 | V70 significant digits in the stored approximation | ramp/samples/4/vC |
| ramp — samples — sample/control 4 — associated branch current | approximation | 8.428274117714102378726349731180521767389184919576428873228842644033847E-3 | A70 significant digits in the stored approximation | ramp/samples/4/i |
| ramp — samples — sample/control 4 — voltage derivative | approximation | 2.528482235314230713617904919354156530216755475872928661968652793210154E+1 | V/s70 significant digits in the stored approximation | ramp/samples/4/dvdt |
| ramp — samples — sample/control 4 — resistor voltage | approximation | 1.264241117657115356808952459677078265108377737936464330984326396605077E+0 | V70 significant digits in the stored approximation | ramp/samples/4/vR |
| ramp — samples — sample/control 4 — capacitor absorbed power | approximation | 6.201177544928790125373980671706039041018122269925118747724744774490350E-3 | W70 significant digits in the stored approximation | ramp/samples/4/pC |
| ramp — samples — sample/control 4 — resistor absorbed power | approximation | 1.065537069049941463207871879065500449376024756922773899873294051357734E-2 | W70 significant digits in the stored approximation | ramp/samples/4/pR |
| ramp — samples — sample/control 4 — source-delivered power | approximation | 1.685654823542820475745269946236104353477836983915285774645768528806769E-2 | W70 significant digits in the stored approximation | ramp/samples/4/sourceDeliveredPower |
| ramp — samples — sample/control 4 — stored energy | approximation | 9.022352215774179459599966331498960227175436393971725431210591510271558E-5 | J70 significant digits in the stored approximation | ramp/samples/4/storedEnergy |
| ramp — samples — sample/control 4 — storage-energy change | approximation | 9.022352215774179459599966331498960227175436393971725431210591510271558E-5 | J70 significant digits in the stored approximation | ramp/samples/4/storedChange |
| ramp — samples — sample/control 4 — cumulative resistor work | approximation | 2.241216542994377296587303904489060442504086521449969710421255560905151E-4 | J70 significant digits in the stored approximation | ramp/samples/4/resistorWork |
| ramp — samples — sample/control 4 — cumulative source-delivered work | approximation | 3.143451764571795242547300537638956465221630160847142253542314711932307E-4 | J70 significant digits in the stored approximation | ramp/samples/4/sourceDeliveredWork |
| ramp — samples — sample/control 4 — transferred Charge | approximation | 2.452529607809615477303491801076405782972074206878452230052245344649743E-4 | C70 significant digits in the stored approximation | ramp/samples/4/transferredCharge |
| ramp — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/5/u |
| ramp — samples — sample/control 5 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | ramp/samples/5/t |
| ramp — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/5/E |
| ramp — samples — sample/control 5 — source V | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/5/sourceV |
| ramp — samples — sample/control 5 — capacitor voltage | approximation | 1.073009593720380200649770853295675205586301584656502094176764422424277E+0 | V70 significant digits in the stored approximation | ramp/samples/5/vC |
| ramp — samples — sample/control 5 — associated branch current | approximation | 9.513269375197465329001527644695498629424656102289986038821570517171485E-3 | A70 significant digits in the stored approximation | ramp/samples/5/i |
| ramp — samples — sample/control 5 — voltage derivative | approximation | 2.853980812559239598700458293408649588827396830686995811646471155151445E+1 | V/s70 significant digits in the stored approximation | ramp/samples/5/dvdt |
| ramp — samples — sample/control 5 — resistor voltage | approximation | 1.426990406279619799350229146704324794413698415343497905823235577575723E+0 | V70 significant digits in the stored approximation | ramp/samples/5/vR |
| ramp — samples — sample/control 5 — capacitor absorbed power | approximation | 1.020782930723316746864361054716582384685490595282004363921408661050345E-2 | W70 significant digits in the stored approximation | ramp/samples/5/pC |
| ramp — samples — sample/control 5 — resistor absorbed power | approximation | 1.357534413076049585386020856457292272670673430290492145783983968242527E-2 | W70 significant digits in the stored approximation | ramp/samples/5/pR |
| ramp — samples — sample/control 5 — source-delivered power | approximation | 2.378317343799366332250381911173874657356164025572496509705392629292871E-2 | W70 significant digits in the stored approximation | ramp/samples/5/sourceDeliveredPower |
| ramp — samples — sample/control 5 — stored energy | approximation | 1.918915980359958968879809251940524061562530114530414482599663440808627E-4 | J70 significant digits in the stored approximation | ramp/samples/5/storedEnergy |
| ramp — samples — sample/control 5 — storage-energy change | approximation | 1.918915980359958968879809251940524061562530114530414482599663440808627E-4 | J70 significant digits in the stored approximation | ramp/samples/5/storedChange |
| ramp — samples — sample/control 5 — cumulative resistor work | approximation | 3.759561258779077374200086880827937355565326988650450263385136228888865E-4 | J70 significant digits in the stored approximation | ramp/samples/5/resistorWork |
| ramp — samples — sample/control 5 — cumulative source-delivered work | approximation | 5.678477239139036343079896132768461417127857103180864745984799669697492E-4 | J70 significant digits in the stored approximation | ramp/samples/5/sourceDeliveredWork |
| ramp — samples — sample/control 5 — transferred Charge | approximation | 3.576698645734600668832569510985584018621005282188340313922548074747591E-4 | C70 significant digits in the stored approximation | ramp/samples/5/transferredCharge |
| ramp — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/6/u |
| ramp — samples — sample/control 6 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | ramp/samples/6/t |
| ramp — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/6/E |
| ramp — samples — sample/control 6 — source V | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/6/sourceV |
| ramp — samples — sample/control 6 — capacitor voltage | approximation | 1.446260320296859657866560941528025042684343258722158657487670637520650E+0 | V70 significant digits in the stored approximation | ramp/samples/6/vC |
| ramp — samples — sample/control 6 — associated branch current | approximation | 1.035826453135426894755626038981316638210437827518560895008219574986233E-2 | A70 significant digits in the stored approximation | ramp/samples/6/i |
| ramp — samples — sample/control 6 — voltage derivative | approximation | 3.107479359406280684266878116943949914631313482555682685024658724958699E+1 | V/s70 significant digits in the stored approximation | ramp/samples/6/dvdt |
| ramp — samples — sample/control 6 — resistor voltage | approximation | 1.553739679703140342133439058471974957315656741277841342512329362479350E+0 | V70 significant digits in the stored approximation | ramp/samples/6/vR |
| ramp — samples — sample/control 6 — capacitor absorbed power | approximation | 1.498074697883602590632794185951851957438363259978977196811439818064272E-2 | W70 significant digits in the stored approximation | ramp/samples/6/pC |
| ramp — samples — sample/control 6 — resistor absorbed power | approximation | 1.609404661522678093634083930992097957192950222576705488213218906894428E-2 | W70 significant digits in the stored approximation | ramp/samples/6/pR |
| ramp — samples — sample/control 6 — source-delivered power | approximation | 3.107479359406280684266878116943949914631313482555682685024658724958699E-2 | W70 significant digits in the stored approximation | ramp/samples/6/sourceDeliveredPower |
| ramp — samples — sample/control 6 — stored energy | approximation | 3.486114856775291812750819242760495319825808143663350295409753642442572E-4 | J70 significant digits in the stored approximation | ramp/samples/6/storedEnergy |
| ramp — samples — sample/control 6 — storage-energy change | approximation | 3.486114856775291812750819242760495319825808143663350295409753642442572E-4 | J70 significant digits in the stored approximation | ramp/samples/6/storedChange |
| ramp — samples — sample/control 6 — cumulative resistor work | approximation | 5.618223814839035818358529782706588724913246168372627329384756982901600E-4 | J70 significant digits in the stored approximation | ramp/samples/6/resistorWork |
| ramp — samples — sample/control 6 — cumulative source-delivered work | approximation | 9.104338671614327631109349025467084044739054312035977624794510625344172E-4 | J70 significant digits in the stored approximation | ramp/samples/6/sourceDeliveredWork |
| ramp — samples — sample/control 6 — transferred Charge | approximation | 4.820867734322865526221869805093416808947810862407195524958902125068834E-4 | C70 significant digits in the stored approximation | ramp/samples/6/transferredCharge |
| ramp — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/7/u |
| ramp — samples — sample/control 7 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | ramp/samples/7/t |
| ramp — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/7/E |
| ramp — samples — sample/control 7 — source V | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/7/sourceV |
| ramp — samples — sample/control 7 — capacitor voltage | approximation | 1.847547886900890253361434517332742032029441706679810075367962774507806E+0 | V70 significant digits in the stored approximation | ramp/samples/7/vC |
| ramp — samples — sample/control 7 — associated branch current | approximation | 1.101634742066073164425710321778171978647038862213459949754691483661463E-2 | A70 significant digits in the stored approximation | ramp/samples/7/i |
| ramp — samples — sample/control 7 — voltage derivative | approximation | 3.304904226198219493277130965334515935941116586640379849264074450984389E+1 | V/s70 significant digits in the stored approximation | ramp/samples/7/dvdt |
| ramp — samples — sample/control 7 — resistor voltage | approximation | 1.652452113099109746638565482667257967970558293320189924632037225492194E+0 | V70 significant digits in the stored approximation | ramp/samples/7/vR |
| ramp — samples — sample/control 7 — capacitor absorbed power | approximation | 2.035322939840780749147714726141261090485385816232851340665746996609149E-2 | W70 significant digits in the stored approximation | ramp/samples/7/pC |
| ramp — samples — sample/control 7 — resistor absorbed power | approximation | 1.820398657390475326342271400082340834779250201514258483475673196205971E-2 | W70 significant digits in the stored approximation | ramp/samples/7/pR |
| ramp — samples — sample/control 7 — source-delivered power | approximation | 3.855721597231256075489986126223601925264636017747109824141420192815120E-2 | W70 significant digits in the stored approximation | ramp/samples/7/sourceDeliveredPower |
| ramp — samples — sample/control 7 — stored energy | approximation | 5.689055323986574605072414535754509127291612081716763754648748693105993E-4 | J70 significant digits in the stored approximation | ramp/samples/7/storedEnergy |
| ramp — samples — sample/control 7 — storage-energy change | approximation | 5.689055323986574605072414535754509127291612081716763754648748693105993E-4 | J70 significant digits in the stored approximation | ramp/samples/7/storedChange |
| ramp — samples — sample/control 7 — cumulative resistor work | approximation | 7.765989269196413373220551615345761459914819207413087627097235506203778E-4 | J70 significant digits in the stored approximation | ramp/samples/7/resistorWork |
| ramp — samples — sample/control 7 — cumulative source-delivered work | approximation | 1.345504459318298797829296615110027058720643128912985138174598419930977E-3 | J70 significant digits in the stored approximation | ramp/samples/7/sourceDeliveredWork |
| ramp — samples — sample/control 7 — transferred Charge | approximation | 6.158492956336300844538115057775806773431472355599366917893209248359352E-4 | C70 significant digits in the stored approximation | ramp/samples/7/transferredCharge |
| ramp — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/8/u |
| ramp — samples — sample/control 8 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/8/t |
| ramp — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/8/E |
| ramp — samples — sample/control 8 — source V | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/8/sourceV |
| ramp — samples — sample/control 8 — capacitor voltage | approximation | 2.270670566473225383787998989944968806815263091819151762936317745308147E+0 | V70 significant digits in the stored approximation | ramp/samples/8/vC |
| ramp — samples — sample/control 8 — associated branch current | approximation | 1.152886289017849744141334006703354128789824605453898824709121503127902E-2 | A70 significant digits in the stored approximation | ramp/samples/8/i |
| ramp — samples — sample/control 8 — voltage derivative | approximation | 3.458658867053549232424002020110062386369473816361696474127364509383707E+1 | V/s70 significant digits in the stored approximation | ramp/samples/8/dvdt |
| ramp — samples — sample/control 8 — resistor voltage | approximation | 1.729329433526774616212001010055031193184736908180848237063682254691853E+0 | V70 significant digits in the stored approximation | ramp/samples/8/vR |
| ramp — samples — sample/control 8 — capacitor absorbed power | approximation | 2.617824962963375519216751943271356687434901153190731747281066860161999E-2 | W70 significant digits in the stored approximation | ramp/samples/8/pC |
| ramp — samples — sample/control 8 — resistor absorbed power | approximation | 1.993720193108023457348584083542059827724397268624863551555419152349610E-2 | W70 significant digits in the stored approximation | ramp/samples/8/pR |
| ramp — samples — sample/control 8 — source-delivered power | approximation | 4.611545156071398976565336026813416515159298421815595298836486012511609E-2 | W70 significant digits in the stored approximation | ramp/samples/8/sourceDeliveredPower |
| ramp — samples — sample/control 8 — stored energy | approximation | 8.593241369079730427211446741454733660181167729150849051372784484982648E-4 | J70 significant digits in the stored approximation | ramp/samples/8/storedEnergy |
| ramp — samples — sample/control 8 — storage-energy change | approximation | 8.593241369079730427211446741454733660181167729150849051372784484982648E-4 | J70 significant digits in the stored approximation | ramp/samples/8/storedChange |
| ramp — samples — sample/control 8 — cumulative resistor work | approximation | 1.015350329371811058188186639077797580945742744056551954068690375451362E-3 | J70 significant digits in the stored approximation | ramp/samples/8/resistorWork |
| ramp — samples — sample/control 8 — cumulative source-delivered work | approximation | 1.874674466279784100909331313223270946963859516971636859205968823949627E-3 | J70 significant digits in the stored approximation | ramp/samples/8/sourceDeliveredWork |
| ramp — samples — sample/control 8 — transferred Charge | approximation | 7.568901888244084612626663299816562689384210306063839209787725817693822E-4 | C70 significant digits in the stored approximation | ramp/samples/8/transferredCharge |
| ramp — samples — sample/control 9 — dimensionless time coordinate | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/9/u |
| ramp — samples — sample/control 9 — physical SI time | approximation | 1.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/9/t |
| ramp — samples — sample/control 9 — retained exponential | approximation | 1.053992245618643367832176892406980972684910733772778671488440914098831E-1 | dimensionless70 significant digits in the stored approximation | ramp/samples/9/E |
| ramp — samples — sample/control 9 — source V | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/9/sourceV |
| ramp — samples — sample/control 9 — capacitor voltage | approximation | 2.710798449123728673566435378481396194536982146754555734297688182819766E+0 | V70 significant digits in the stored approximation | ramp/samples/9/vC |
| ramp — samples — sample/control 9 — associated branch current | approximation | 1.192801033917514217622376414345735870308678568830296177134874544786823E-2 | A70 significant digits in the stored approximation | ramp/samples/9/i |
| ramp — samples — sample/control 9 — voltage derivative | approximation | 3.578403101752542652867129243037207610926035706490888531404623634360468E+1 | V/s70 significant digits in the stored approximation | ramp/samples/9/dvdt |
| ramp — samples — sample/control 9 — resistor voltage | approximation | 1.789201550876271326433564621518603805463017853245444265702311817180234E+0 | V70 significant digits in the stored approximation | ramp/samples/9/vR |
| ramp — samples — sample/control 9 — capacitor absorbed power | approximation | 3.233443192856777624821473182407719861096901237733091207963664770704423E-2 | W70 significant digits in the stored approximation | ramp/samples/9/pC |
| ramp — samples — sample/control 9 — resistor absorbed power | approximation | 2.134161459772036354479220682148091555292152322003241589143270680836278E-2 | W70 significant digits in the stored approximation | ramp/samples/9/pR |
| ramp — samples — sample/control 9 — source-delivered power | approximation | 5.367604652628813979300693864555811416389053559736332797106935451540701E-2 | W70 significant digits in the stored approximation | ramp/samples/9/sourceDeliveredPower |
| ramp — samples — sample/control 9 — stored energy | approximation | 1.224738038628602098969458238259117180628511300632643998732349944438719E-3 | J70 significant digits in the stored approximation | ramp/samples/9/storedEnergy |
| ramp — samples — sample/control 9 — storage-energy change | approximation | 1.224738038628602098969458238259117180628511300632643998732349944438719E-3 | J70 significant digits in the stored approximation | ramp/samples/9/storedChange |
| ramp — samples — sample/control 9 — cumulative resistor work | approximation | 1.273658601139476693757818415117241240868283350668893425579307785004108E-3 | J70 significant digits in the stored approximation | ramp/samples/9/resistorWork |
| ramp — samples — sample/control 9 — cumulative source-delivered work | approximation | 2.498396639768078792727276653376358421496794651301537424311657729442827E-3 | J70 significant digits in the stored approximation | ramp/samples/9/sourceDeliveredWork |
| ramp — samples — sample/control 9 — transferred Charge | approximation | 9.035994830412428911888117928271320648456607155848519114325627276065887E-4 | C70 significant digits in the stored approximation | ramp/samples/9/transferredCharge |
| ramp — samples — sample/control 10 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/10/u |
| ramp — samples — sample/control 10 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/10/t |
| ramp — samples — sample/control 10 — retained exponential | approximation | 8.208499862389879516952867446715980783780412101543664884575841051522476E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/10/E |
| ramp — samples — sample/control 10 — source V | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/10/sourceV |
| ramp — samples — sample/control 10 — capacitor voltage | approximation | 3.164169997247797590339057348934319615675608242030873297691516821030450E+0 | V70 significant digits in the stored approximation | ramp/samples/10/vC |
| ramp — samples — sample/control 10 — associated branch current | approximation | 1.223886668501468273107295100710453589549594505312751134872322119313034E-2 | A70 significant digits in the stored approximation | ramp/samples/10/i |
| ramp — samples — sample/control 10 — voltage derivative | approximation | 3.671660005504404819321885302131360768648783515938253404616966357939101E+1 | V/s70 significant digits in the stored approximation | ramp/samples/10/dvdt |
| ramp — samples — sample/control 10 — resistor voltage | approximation | 1.835830002752202409660942651065680384324391757969126702308483178969550E+0 | V70 significant digits in the stored approximation | ramp/samples/10/vR |
| ramp — samples — sample/control 10 — capacitor absorbed power | approximation | 3.872585476503907027516265638248724458219328945239804240391507368452544E-2 | W70 significant digits in the stored approximation | ramp/samples/10/pC |
| ramp — samples — sample/control 10 — resistor absorbed power | approximation | 2.246847866003434338020209865303543489528643581323951433970103228112624E-2 | W70 significant digits in the stored approximation | ramp/samples/10/pR |
| ramp — samples — sample/control 10 — source-delivered power | approximation | 6.119433342507341365536475503552267947747972526563755674361610596565168E-2 | W70 significant digits in the stored approximation | ramp/samples/10/sourceDeliveredPower |
| ramp — samples — sample/control 10 — stored energy | approximation | 1.668661961913854568403481381216418565174841298715776687978387175412239E-3 | J70 significant digits in the stored approximation | ramp/samples/10/storedEnergy |
| ramp — samples — sample/control 10 — storage-energy change | approximation | 1.668661961913854568403481381216418565174841298715776687978387175412239E-3 | J70 significant digits in the stored approximation | ramp/samples/10/storedChange |
| ramp — samples — sample/control 10 — cumulative resistor work | approximation | 1.547734698331006475720985766296993871401577932689594339968485406992144E-3 | J70 significant digits in the stored approximation | ramp/samples/10/resistorWork |
| ramp — samples — sample/control 10 — cumulative source-delivered work | approximation | 3.216396660244861044124467147513412436576419231405371027946872582404382E-3 | J70 significant digits in the stored approximation | ramp/samples/10/sourceDeliveredWork |
| ramp — samples — sample/control 10 — transferred Charge | approximation | 1.054723332415932530113019116311439871891869414010291099230505607010150E-3 | C70 significant digits in the stored approximation | ramp/samples/10/transferredCharge |
| ramp — samples — sample/control 11 — dimensionless time coordinate | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/11/u |
| ramp — samples — sample/control 11 — physical SI time | approximation | 1.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/11/t |
| ramp — samples — sample/control 11 — retained exponential | approximation | 6.392786120670757270243002555795174930863409507876844821819016369351560E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/11/E |
| ramp — samples — sample/control 11 — source V | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/11/sourceV |
| ramp — samples — sample/control 11 — capacitor voltage | approximation | 3.627855722413415145404860051115903498617268190157536896436380327387031E+0 | V70 significant digits in the stored approximation | ramp/samples/11/vC |
| ramp — samples — sample/control 11 — associated branch current | approximation | 1.248096185057723236396759965922731000921821206561642069042413115075313E-2 | A70 significant digits in the stored approximation | ramp/samples/11/i |
| ramp — samples — sample/control 11 — voltage derivative | approximation | 3.744288555173169709190279897768193002765463619684926207127239345225938E+1 | V/s70 significant digits in the stored approximation | ramp/samples/11/dvdt |
| ramp — samples — sample/control 11 — resistor voltage | approximation | 1.872144277586584854595139948884096501382731809842463103563619672612969E+0 | V70 significant digits in the stored approximation | ramp/samples/11/vR |
| ramp — samples — sample/control 11 — capacitor absorbed power | approximation | 4.527912887084014009279234075058174452293690058773294571775138656410994E-2 | W70 significant digits in the stored approximation | ramp/samples/11/pC |
| ramp — samples — sample/control 11 — resistor absorbed power | approximation | 2.336616130733463790902945737516846052776326577315736807958133476503225E-2 | W70 significant digits in the stored approximation | ramp/samples/11/pR |
| ramp — samples — sample/control 11 — source-delivered power | approximation | 6.864529017817477800182179812575020505070016636089031379733272132914219E-2 | W70 significant digits in the stored approximation | ramp/samples/11/sourceDeliveredPower |
| ramp — samples — sample/control 11 — stored energy | approximation | 2.193556190441293714301313194758367927325739992951085178789563969335363E-3 | J70 significant digits in the stored approximation | ramp/samples/11/storedEnergy |
| ramp — samples — sample/control 11 — storage-energy change | approximation | 2.193556190441293714301313194758367927325739992951085178789563969335363E-3 | J70 significant digits in the stored approximation | ramp/samples/11/storedChange |
| ramp — samples — sample/control 11 — cumulative resistor work | approximation | 1.834416448925577482544170266364724152550763815776090395634720182465548E-3 | J70 significant digits in the stored approximation | ramp/samples/11/resistorWork |
| ramp — samples — sample/control 11 — cumulative source-delivered work | approximation | 4.027972639366871196845483461123092079876503808727175574424284151800911E-3 | J70 significant digits in the stored approximation | ramp/samples/11/sourceDeliveredWork |
| ramp — samples — sample/control 11 — transferred Charge | approximation | 1.209285240804471715134953350371967832872422730052512298812126775795677E-3 | C70 significant digits in the stored approximation | ramp/samples/11/transferredCharge |
| ramp — samples — sample/control 12 — dimensionless time coordinate | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/12/u |
| ramp — samples — sample/control 12 — physical SI time | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/12/t |
| ramp — samples — sample/control 12 — retained exponential | approximation | 4.978706836786394297934241565006177663169959218842321556762772760606067E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/12/E |
| ramp — samples — sample/control 12 — source V | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/12/sourceV |
| ramp — samples — sample/control 12 — capacitor voltage | approximation | 4.099574136735727885958684831300123553263399184376846431135255455212121E+0 | V70 significant digits in the stored approximation | ramp/samples/12/vC |
| ramp — samples — sample/control 12 — associated branch current | approximation | 1.266950575509514742694210112466584297824400543748769045909829696525252E-2 | A70 significant digits in the stored approximation | ramp/samples/12/i |
| ramp — samples — sample/control 12 — voltage derivative | approximation | 3.800851726528544228082630337399752893473201631246307137729489089575757E+1 | V/s70 significant digits in the stored approximation | ramp/samples/12/dvdt |
| ramp — samples — sample/control 12 — resistor voltage | approximation | 1.900425863264272114041315168699876446736600815623153568864744544787879E+0 | V70 significant digits in the stored approximation | ramp/samples/12/vR |
| ramp — samples — sample/control 12 — capacitor absorbed power | approximation | 5.193957811881252529593633111784324147938117141936114238350649729033768E-2 | W70 significant digits in the stored approximation | ramp/samples/12/pC |
| ramp — samples — sample/control 12 — resistor absorbed power | approximation | 2.407745641175835926571627563015181639008286120556500037108328450117746E-2 | W70 significant digits in the stored approximation | ramp/samples/12/pR |
| ramp — samples — sample/control 12 — source-delivered power | approximation | 7.601703453057088456165260674799505786946403262492614275458978179151515E-2 | W70 significant digits in the stored approximation | ramp/samples/12/sourceDeliveredPower |
| ramp — samples — sample/control 12 — stored energy | approximation | 2.801084683765414753560276553354042516278869898892817871547593022953679E-3 | J70 significant digits in the stored approximation | ramp/samples/12/storedEnergy |
| ramp — samples — sample/control 12 — storage-energy change | approximation | 2.801084683765414753560276553354042516278869898892817871547593022953679E-3 | J70 significant digits in the stored approximation | ramp/samples/12/storedChange |
| ramp — samples — sample/control 12 — cumulative resistor work | approximation | 2.131113014196526275662882996779620292423527926112105944813088190945311E-3 | J70 significant digits in the stored approximation | ramp/samples/12/resistorWork |
| ramp — samples — sample/control 12 — cumulative source-delivered work | approximation | 4.932197697961941029223159550133662808702397825004923816360681213898990E-3 | J70 significant digits in the stored approximation | ramp/samples/12/sourceDeliveredWork |
| ramp — samples — sample/control 12 — transferred Charge | approximation | 1.366524712245242628652894943766707851087799728125615477045085151737374E-3 | C70 significant digits in the stored approximation | ramp/samples/12/transferredCharge |
| ramp — samples — sample/control 13 — dimensionless time coordinate | approximation | 3.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/13/u |
| ramp — samples — sample/control 13 — physical SI time | approximation | 1.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/13/t |
| ramp — samples — sample/control 13 — retained exponential | approximation | 3.877420783172200988689983526759614326014406193602014570069586099309344E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/13/E |
| ramp — samples — sample/control 13 — source V | approximation | 6.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/13/sourceV |
| ramp — samples — sample/control 13 — capacitor voltage | approximation | 4.577548415663444019773799670535192286520288123872040291401391721986187E+0 | V70 significant digits in the stored approximation | ramp/samples/13/vC |
| ramp — samples — sample/control 13 — associated branch current | approximation | 1.281634389557703986817466886309871808986474584085306472399072185342542E-2 | A70 significant digits in the stored approximation | ramp/samples/13/i |
| ramp — samples — sample/control 13 — voltage derivative | approximation | 3.844903168673111960452400658929615426959423752255919417197216556027626E+1 | V/s70 significant digits in the stored approximation | ramp/samples/13/dvdt |
| ramp — samples — sample/control 13 — resistor voltage | approximation | 1.922451584336555980226200329464807713479711876127959708598608278013813E+0 | V70 significant digits in the stored approximation | ramp/samples/13/vR |
| ramp — samples — sample/control 13 — capacitor absorbed power | approximation | 5.866743469379653107183979473555565778919518425657791607406864330257781E-2 | W70 significant digits in the stored approximation | ramp/samples/13/pC |
| ramp — samples — sample/control 13 — resistor absorbed power | approximation | 2.463880062745422807129555287458600979492566370896700463187104874468743E-2 | W70 significant digits in the stored approximation | ramp/samples/13/pR |
| ramp — samples — sample/control 13 — source-delivered power | approximation | 8.330623532125075914313534761014166758412084796554492070593969204726523E-2 | W70 significant digits in the stored approximation | ramp/samples/13/sourceDeliveredPower |
| ramp — samples — sample/control 13 — stored energy | approximation | 3.492324916290484411292288108024233532333765861113595747166458282920591E-3 | J70 significant digits in the stored approximation | ramp/samples/13/storedEnergy |
| ramp — samples — sample/control 13 — storage-energy change | approximation | 3.492324916290484411292288108024233532333765861113595747166458282920591E-3 | J70 significant digits in the stored approximation | ramp/samples/13/storedChange |
| ramp — samples — sample/control 13 — cumulative resistor work | approximation | 2.435728928089273644733477625158811279473717156523851745137484929373606E-3 | J70 significant digits in the stored approximation | ramp/samples/13/resistorWork |
| ramp — samples — sample/control 13 — cumulative source-delivered work | approximation | 5.928053844379758056025765733183044811807483017637447492303943212294196E-3 | J70 significant digits in the stored approximation | ramp/samples/13/sourceDeliveredWork |
| ramp — samples — sample/control 13 — transferred Charge | approximation | 1.525849471887814673257933223511730762173429374624013430467130573995396E-3 | C70 significant digits in the stored approximation | ramp/samples/13/transferredCharge |
| ramp — samples — sample/control 14 — dimensionless time coordinate | approximation | 3.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/14/u |
| ramp — samples — sample/control 14 — physical SI time | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/14/t |
| ramp — samples — sample/control 14 — retained exponential | approximation | 3.019738342231850073978629236361984507166053224765700667134022308504473E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/14/E |
| ramp — samples — sample/control 14 — source V | approximation | 7.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/14/sourceV |
| ramp — samples — sample/control 14 — capacitor voltage | approximation | 5.060394766844637001479572584727239690143321064495314013342680446170089E+0 | V70 significant digits in the stored approximation | ramp/samples/14/vC |
| ramp — samples — sample/control 14 — associated branch current | approximation | 1.293070155436908665680284943515173539904452623669790657771546369219940E-2 | A70 significant digits in the stored approximation | ramp/samples/14/i |
| ramp — samples — sample/control 14 — voltage derivative | approximation | 3.879210466310725997040854830545520619713357871009371973314639107659821E+1 | V/s70 significant digits in the stored approximation | ramp/samples/14/dvdt |
| ramp — samples — sample/control 14 — resistor voltage | approximation | 1.939605233155362998520427415272760309856678935504685986657319553829911E+0 | V70 significant digits in the stored approximation | ramp/samples/14/vR |
| ramp — samples — sample/control 14 — capacitor absorbed power | approximation | 6.543445447735913953819513134320429199376094605602875829739129418534782E-2 | W70 significant digits in the stored approximation | ramp/samples/14/pC |
| ramp — samples — sample/control 14 — resistor absorbed power | approximation | 2.508045640322446705942481470285785579955073760085658774661695166004800E-2 | W70 significant digits in the stored approximation | ramp/samples/14/pR |
| ramp — samples — sample/control 14 — source-delivered power | approximation | 9.051491088058360659761994604606214779331168365688534604400824584539583E-2 | W70 significant digits in the stored approximation | ramp/samples/14/sourceDeliveredPower |
| ramp — samples — sample/control 14 — stored energy | approximation | 4.267932532718098013271289731935005671989850923843814058131678165898075E-3 | J70 significant digits in the stored approximation | ramp/samples/14/storedEnergy |
| ramp — samples — sample/control 14 — storage-energy change | approximation | 4.267932532718098013271289731935005671989850923843814058131678165898075E-3 | J70 significant digits in the stored approximation | ramp/samples/14/storedChange |
| ramp — samples — sample/control 14 — cumulative resistor work | approximation | 2.746585101149146324500761355580046731773445602975461315229696505945526E-3 | J70 significant digits in the stored approximation | ramp/samples/14/resistorWork |
| ramp — samples — sample/control 14 — cumulative source-delivered work | approximation | 7.014517633867244337772051087515052403763296526819275373361374671843602E-3 | J70 significant digits in the stored approximation | ramp/samples/14/sourceDeliveredWork |
| ramp — samples — sample/control 14 — transferred Charge | approximation | 1.686798255614879000493190861575746563381107021498438004447560148723363E-3 | C70 significant digits in the stored approximation | ramp/samples/14/transferredCharge |
| ramp — samples — sample/control 15 — dimensionless time coordinate | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/15/u |
| ramp — samples — sample/control 15 — physical SI time | approximation | 1.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/15/t |
| ramp — samples — sample/control 15 — retained exponential | approximation | 2.351774585600910823615118510043293947006765527307240394676540464782589E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/15/E |
| ramp — samples — sample/control 15 — source V | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/15/sourceV |
| ramp — samples — sample/control 15 — capacitor voltage | approximation | 5.547035491712018216472302370200865878940135310546144807893530809295652E+0 | V70 significant digits in the stored approximation | ramp/samples/15/vC |
| ramp — samples — sample/control 15 — associated branch current | approximation | 1.301976338858654522351798419866089414039909792969236794737646127136232E-2 | A70 significant digits in the stored approximation | ramp/samples/15/i |
| ramp — samples — sample/control 15 — voltage derivative | approximation | 3.905929016575963567055395259598268242119729378907710384212938381408696E+1 | V/s70 significant digits in the stored approximation | ramp/samples/15/dvdt |
| ramp — samples — sample/control 15 — resistor voltage | approximation | 1.952964508287981783527697629799134121059864689453855192106469190704348E+0 | V70 significant digits in the stored approximation | ramp/samples/15/vR |
| ramp — samples — sample/control 15 — capacitor absorbed power | approximation | 7.222108961018229938676355802628565329945520711172488255574058171529226E-2 | W70 significant digits in the stored approximation | ramp/samples/15/pC |
| ramp — samples — sample/control 15 — resistor absorbed power | approximation | 2.542713580421678978962132346367105275353802736096787704958287781992515E-2 | W70 significant digits in the stored approximation | ramp/samples/15/pR |
| ramp — samples — sample/control 15 — source-delivered power | approximation | 9.764822541439908917638488148995670605299323447269275960532345953521741E-2 | W70 significant digits in the stored approximation | ramp/samples/15/sourceDeliveredPower |
| ramp — samples — sample/control 15 — stored energy | approximation | 5.128267124385465285921289012093941016188788960389558945973398968737258E-3 | J70 significant digits in the stored approximation | ramp/samples/15/storedEnergy |
| ramp — samples — sample/control 15 — storage-energy change | approximation | 5.128267124385465285921289012093941016188788960389558945973398968737258E-3 | J70 significant digits in the stored approximation | ramp/samples/15/storedChange |
| ramp — samples — sample/control 15 — cumulative resistor work | approximation | 3.062345266035925732907668493542134267121639523006566279022781927365639E-3 | J70 significant digits in the stored approximation | ramp/samples/15/resistorWork |
| ramp — samples — sample/control 15 — cumulative source-delivered work | approximation | 8.190612390421391018828957505636075283310428483396125224996180896102897E-3 | J70 significant digits in the stored approximation | ramp/samples/15/sourceDeliveredWork |
| ramp — samples — sample/control 15 — transferred Charge | approximation | 1.849011830570672738824100790066955292980045103515381602631176936431884E-3 | C70 significant digits in the stored approximation | ramp/samples/15/transferredCharge |
| ramp — samples — sample/control 16 — dimensionless time coordinate | approximation | 4.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/16/u |
| ramp — samples — sample/control 16 — physical SI time | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/16/t |
| ramp — samples — sample/control 16 — retained exponential | approximation | 1.831563888873418029371802127324124221191206755347559476959992743925043E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/16/E |
| ramp — samples — sample/control 16 — source V | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/16/sourceV |
| ramp — samples — sample/control 16 — capacitor voltage | approximation | 6.036631277777468360587436042546482484423824135106951189539199854878501E+0 | V70 significant digits in the stored approximation | ramp/samples/16/vC |
| ramp — samples — sample/control 16 — associated branch current | approximation | 1.308912481481687759608375971635678343717450576595365873640533430080999E-2 | A70 significant digits in the stored approximation | ramp/samples/16/i |
| ramp — samples — sample/control 16 — voltage derivative | approximation | 3.926737444445063278825127914907035031152351729786097620921600290242998E+1 | V/s70 significant digits in the stored approximation | ramp/samples/16/dvdt |
| ramp — samples — sample/control 16 — resistor voltage | approximation | 1.963368722222531639412563957453517515576175864893048810460800145121499E+0 | V70 significant digits in the stored approximation | ramp/samples/16/vR |
| ramp — samples — sample/control 16 — capacitor absorbed power | approximation | 7.901422025585677673529980182207297745484973239358209309600681518329567E-2 | W70 significant digits in the stored approximation | ramp/samples/16/pC |
| ramp — samples — sample/control 16 — resistor absorbed power | approximation | 2.569877826267824403337027590878129004254631373404717679523585922318429E-2 | W70 significant digits in the stored approximation | ramp/samples/16/pR |
| ramp — samples — sample/control 16 — source-delivered power | approximation | 1.047129985185350207686700777308542674973960461276292698912426744064800E-1 | W70 significant digits in the stored approximation | ramp/samples/16/sourceDeliveredPower |
| ramp — samples — sample/control 16 — stored energy | approximation | 6.073486197306871729067419677843485542860522203636382591985429426922276E-3 | J70 significant digits in the stored approximation | ramp/samples/16/storedEnergy |
| ramp — samples — sample/control 16 — storage-energy change | approximation | 6.073486197306871729067419677843485542860522203636382591985429426922276E-3 | J70 significant digits in the stored approximation | ramp/samples/16/storedChange |
| ramp — samples — sample/control 16 — cumulative resistor work | approximation | 3.381951395284689472890700463978122738552224913386788039811903422672727E-3 | J70 significant digits in the stored approximation | ramp/samples/16/resistorWork |
| ramp — samples — sample/control 16 — cumulative source-delivered work | approximation | 9.455437592591561201958120141821608281412747117023170631797332849595003E-3 | J70 significant digits in the stored approximation | ramp/samples/16/sourceDeliveredWork |
| ramp — samples — sample/control 16 — transferred Charge | approximation | 2.012210425925822786862478680848827494807941378368983729846399951626167E-3 | C70 significant digits in the stored approximation | ramp/samples/16/transferredCharge |
| ramp — samples — sample/control 17 — dimensionless time coordinate | approximation | 4.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/17/u |
| ramp — samples — sample/control 17 — physical SI time | approximation | 2.125000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/17/t |
| ramp — samples — sample/control 17 — retained exponential | approximation | 1.426423390899925527328694585600154399994991675424012667683653882093816E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/17/E |
| ramp — samples — sample/control 17 — source V | approximation | 8.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/17/sourceV |
| ramp — samples — sample/control 17 — capacitor voltage | approximation | 6.528528467817998510546573891712003087999899833508480253353673077641876E+0 | V70 significant digits in the stored approximation | ramp/samples/17/vC |
| ramp — samples — sample/control 17 — associated branch current | approximation | 1.314314354788000992968950738858664608000066777661013164430884614905416E-2 | A70 significant digits in the stored approximation | ramp/samples/17/i |
| ramp — samples — sample/control 17 — voltage derivative | approximation | 3.942943064364002978906852216575993824000200332983039493292653844716247E+1 | V/s70 significant digits in the stored approximation | ramp/samples/17/dvdt |
| ramp — samples — sample/control 17 — resistor voltage | approximation | 1.971471532182001489453426108287996912000100166491519746646326922358124E+0 | V70 significant digits in the stored approximation | ramp/samples/17/vR |
| ramp — samples — sample/control 17 — capacitor absorbed power | approximation | 8.580538680895309417228627835716025225634174335403264098535338527602770E-2 | W70 significant digits in the stored approximation | ramp/samples/17/pC |
| ramp — samples — sample/control 17 — resistor absorbed power | approximation | 2.591133334802699023007453444582623942366393274715347799127180699093264E-2 | W70 significant digits in the stored approximation | ramp/samples/17/pR |
| ramp — samples — sample/control 17 — source-delivered power | approximation | 1.117167201569800844023608128029864916800056761011861189766251922669603E-1 | W70 significant digits in the stored approximation | ramp/samples/17/sourceDeliveredPower |
| ramp — samples — sample/control 17 — stored energy | approximation | 7.103613992518337202300489387662998068257981180286197667617202228091966E-3 | J70 significant digits in the stored approximation | ramp/samples/17/storedEnergy |
| ramp — samples — sample/control 17 — storage-energy change | approximation | 7.103613992518337202300489387662998068257981180286197667617202228091966E-3 | J70 significant digits in the stored approximation | ramp/samples/17/storedChange |
| ramp — samples — sample/control 17 — cumulative resistor work | approximation | 3.704568978177990917945852566662346073075001570326816552453986876987935E-3 | J70 significant digits in the stored approximation | ramp/samples/17/resistorWork |
| ramp — samples — sample/control 17 — cumulative source-delivered work | approximation | 1.080818297069632812024634195432534414133298275061301422007118910507990E-2 | J70 significant digits in the stored approximation | ramp/samples/17/sourceDeliveredWork |
| ramp — samples — sample/control 17 — transferred Charge | approximation | 2.176176155939332836848857963904001029333299944502826751117891025880625E-3 | C70 significant digits in the stored approximation | ramp/samples/17/transferredCharge |
| ramp — samples — sample/control 18 — dimensionless time coordinate | approximation | 4.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/18/u |
| ramp — samples — sample/control 18 — physical SI time | approximation | 2.250000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/18/t |
| ramp — samples — sample/control 18 — retained exponential | approximation | 1.110899653824230649614313428693052777153926750577133022641468813337047E-2 | dimensionless70 significant digits in the stored approximation | ramp/samples/18/E |
| ramp — samples — sample/control 18 — source V | approximation | 9.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/18/sourceV |
| ramp — samples — sample/control 18 — capacitor voltage | approximation | 7.022217993076484612992286268573861055543078535011542660452829376266741E+0 | V70 significant digits in the stored approximation | ramp/samples/18/vC |
| ramp — samples — sample/control 18 — associated branch current | approximation | 1.318521337949010258005142487617425962971280976658971559698113749155506E-2 | A70 significant digits in the stored approximation | ramp/samples/18/i |
| ramp — samples — sample/control 18 — voltage derivative | approximation | 3.955564013847030774015427462852277888913842929976914679094341247466518E+1 | V/s70 significant digits in the stored approximation | ramp/samples/18/dvdt |
| ramp — samples — sample/control 18 — resistor voltage | approximation | 1.977782006923515387007713731426138944456921464988457339547170623733259E+0 | V70 significant digits in the stored approximation | ramp/samples/18/vR |
| ramp — samples — sample/control 18 — capacitor absorbed power | approximation | 9.258944263600820144560385406911849724653545809075420627683810126990476E-2 | W70 significant digits in the stored approximation | ramp/samples/18/pC |
| ramp — samples — sample/control 18 — resistor absorbed power | approximation | 2.607747777940272177485896981644983942087982980855323409599213615409078E-2 | W70 significant digits in the stored approximation | ramp/samples/18/pR |
| ramp — samples — sample/control 18 — source-delivered power | approximation | 1.186669204154109232204628238855683366674152878993074403728302374239955E-1 | W70 significant digits in the stored approximation | ramp/samples/18/sourceDeliveredPower |
| ramp — samples — sample/control 18 — stored energy | approximation | 8.218590923714521883348333051132829152151231350248458833758291532652492E-3 | J70 significant digits in the stored approximation | ramp/samples/18/storedEnergy |
| ramp — samples — sample/control 18 — storage-energy change | approximation | 8.218590923714521883348333051132829152151231350248458833758291532652492E-3 | J70 significant digits in the stored approximation | ramp/samples/18/storedChange |
| ramp — samples — sample/control 18 — cumulative resistor work | approximation | 4.029541717565921697623383266971328051506723278127197587902082846992224E-3 | J70 significant digits in the stored approximation | ramp/samples/18/resistorWork |
| ramp — samples — sample/control 18 — cumulative source-delivered work | approximation | 1.224813264128044358097171631810415720365795462837565642166037437964472E-2 | J70 significant digits in the stored approximation | ramp/samples/18/sourceDeliveredWork |
| ramp — samples — sample/control 18 — transferred Charge | approximation | 2.340739331025494870997428756191287018514359511670514220150943125422247E-3 | C70 significant digits in the stored approximation | ramp/samples/18/transferredCharge |
| ramp — samples — sample/control 19 — dimensionless time coordinate | approximation | 4.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/19/u |
| ramp — samples — sample/control 19 — physical SI time | approximation | 2.375000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/19/t |
| ramp — samples — sample/control 19 — retained exponential | approximation | 8.651695203120634177071503957250390848166331197708042545706586267337950E-3 | dimensionless70 significant digits in the stored approximation | ramp/samples/19/E |
| ramp — samples — sample/control 19 — source V | approximation | 9.500000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | ramp/samples/19/sourceV |
| ramp — samples — sample/control 19 — capacitor voltage | approximation | 7.517303390406241268354143007914500781696332662395416085091413172534676E+0 | V70 significant digits in the stored approximation | ramp/samples/19/vC |
| ramp — samples — sample/control 19 — associated branch current | approximation | 1.321797739729172487763904661390332812202444891736389276605724551643549E-2 | A70 significant digits in the stored approximation | ramp/samples/19/i |
| ramp — samples — sample/control 19 — voltage derivative | approximation | 3.965393219187517463291713984170998436607334675209167829817173654930648E+1 | V/s70 significant digits in the stored approximation | ramp/samples/19/dvdt |
| ramp — samples — sample/control 19 — resistor voltage | approximation | 1.982696609593758731645856992085499218303667337604583914908586827465324E+0 | V70 significant digits in the stored approximation | ramp/samples/19/vR |
| ramp — samples — sample/control 19 — capacitor absorbed power | approximation | 9.936354630297414814457552466128551653337145606153020125190304626885833E-2 | W70 significant digits in the stored approximation | ramp/samples/19/pC |
| ramp — samples — sample/control 19 — resistor absorbed power | approximation | 2.620723897129723819299541817079610062586080865342678002564078613727886E-2 | W70 significant digits in the stored approximation | ramp/samples/19/pR |
| ramp — samples — sample/control 19 — source-delivered power | approximation | 1.255707852742713863375709428320816171592322647149569812775438324061372E-1 | W70 significant digits in the stored approximation | ramp/samples/19/sourceDeliveredPower |
| ramp — samples — sample/control 19 — stored energy | approximation | 9.418308377235528304613004979332488324351573647254487103430494699791779E-3 | J70 significant digits in the stored approximation | ramp/samples/19/storedEnergy |
| ramp — samples — sample/control 19 — storage-energy change | approximation | 9.418308377235528304613004979332488324351573647254487103430494699791779E-3 | J70 significant digits in the stored approximation | ramp/samples/19/storedChange |
| ramp — samples — sample/control 19 — cumulative resistor work | approximation | 4.356354619321729890744543217673098005484368225261274556086589128257812E-3 | J70 significant digits in the stored approximation | ramp/samples/19/resistorWork |
| ramp — samples — sample/control 19 — cumulative source-delivered work | approximation | 1.377466299655725819535754819700558632983594187251576165951708382804959E-2 | J70 significant digits in the stored approximation | ramp/samples/19/sourceDeliveredWork |
| ramp — samples — sample/control 19 — transferred Charge | approximation | 2.505767796802080422784714335971500260565444220798472028363804390844892E-3 | C70 significant digits in the stored approximation | ramp/samples/19/transferredCharge |
| ramp — samples — sample/control 20 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/20/u |
| ramp — samples — sample/control 20 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/20/t |
| ramp — samples — sample/control 20 — retained exponential | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | ramp/samples/20/E |
| ramp — samples — sample/control 20 — source V | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | ramp/samples/20/sourceV |
| ramp — samples — sample/control 20 — capacitor voltage | approximation | 8.013475893998170934193272096846296848497699170054710170860611063145367E+0 | V70 significant digits in the stored approximation | ramp/samples/20/vC |
| ramp — samples — sample/control 20 — associated branch current | approximation | 1.324349404001219377204485268769135434334867219963526552759592624569755E-2 | A70 significant digits in the stored approximation | ramp/samples/20/i |
| ramp — samples — sample/control 20 — voltage derivative | approximation | 3.973048212003658131613455806307406303004601659890579658278777873709266E+1 | V/s70 significant digits in the stored approximation | ramp/samples/20/dvdt |
| ramp — samples — sample/control 20 — resistor voltage | approximation | 1.986524106001829065806727903153703151502300829945289829139388936854633E+0 | V70 significant digits in the stored approximation | ramp/samples/20/vR |
| ramp — samples — sample/control 20 — capacitor absorbed power | approximation | 1.061264202419461630362281670190665113771523553821084847663953155727013E-1 | W70 significant digits in the stored approximation | ramp/samples/20/pC |
| ramp — samples — sample/control 20 — resistor absorbed power | approximation | 2.630852015817577468422035985784703205633436661424417050956394688427424E-2 | W70 significant digits in the stored approximation | ramp/samples/20/pR |
| ramp — samples — sample/control 20 — source-delivered power | approximation | 1.324349404001219377204485268769135434334867219963526552759592624569755E-1 | W70 significant digits in the stored approximation | ramp/samples/20/sourceDeliveredPower |
| ramp — samples — sample/control 20 — stored energy | approximation | 1.070263265061496414774974931926716529640068973220513816560780221592475E-2 | J70 significant digits in the stored approximation | ramp/samples/20/storedEnergy |
| ramp — samples — sample/control 20 — storage-energy change | approximation | 1.070263265061496414774974931926716529640068973220513816560780221592475E-2 | J70 significant digits in the stored approximation | ramp/samples/20/storedChange |
| ramp — samples — sample/control 20 — cumulative resistor work | approximation | 4.684604258711052922356672401451355430923440281347035851167975369990055E-3 | J70 significant digits in the stored approximation | ramp/samples/20/resistorWork |
| ramp — samples — sample/control 20 — cumulative source-delivered work | approximation | 1.538723690932601707010642172071852072732413001355217401677577758591480E-2 | J70 significant digits in the stored approximation | ramp/samples/20/sourceDeliveredWork |
| ramp — samples — sample/control 20 — transferred Charge | approximation | 2.671158631332723644731090698948765616165899723351570056953537021048456E-3 | C70 significant digits in the stored approximation | ramp/samples/20/transferredCharge |
| ramp — samples — sample/control 21 — dimensionless time coordinate | approximation | 5.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/21/u |
| ramp — samples — sample/control 21 — physical SI time | approximation | 2.625000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/21/t |
| ramp — samples — sample/control 21 — retained exponential | approximation | 5.247518399181384276493529341379106806329911285485231513854577937130084E-3 | dimensionless70 significant digits in the stored approximation | ramp/samples/21/E |
| ramp — samples — sample/control 21 — source V | approximation | 1.050000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | ramp/samples/21/sourceV |
| ramp — samples — sample/control 21 — capacitor voltage | approximation | 8.510495036798362768552987058682758213612659822570970463027709155874260E+0 | V70 significant digits in the stored approximation | ramp/samples/21/vC |
| ramp — samples — sample/control 21 — associated branch current | approximation | 1.326336642134424820964675294211494524258226784952686357981527229417160E-2 | A70 significant digits in the stored approximation | ramp/samples/21/i |
| ramp — samples — sample/control 21 — voltage derivative | approximation | 3.979009926403274462894025882634483572774680354858059073944581688251480E+1 | V/s70 significant digits in the stored approximation | ramp/samples/21/dvdt |
| ramp — samples — sample/control 21 — resistor voltage | approximation | 1.989504963201637231447012941317241786387340177429029536972290844125740E+0 | V70 significant digits in the stored approximation | ramp/samples/21/vR |
| ramp — samples — sample/control 21 — capacitor absorbed power | approximation | 1.128778141000882867718276964944910793964886986256115671160173895406011E-1 | W70 significant digits in the stored approximation | ramp/samples/21/pC |
| ramp — samples — sample/control 21 — resistor absorbed power | approximation | 2.638753332402631942946320939771584565062511379442050047204296954820068E-2 | W70 significant digits in the stored approximation | ramp/samples/21/pR |
| ramp — samples — sample/control 21 — source-delivered power | approximation | 1.392653474241146062012909058922069250471138124200320675880603590888018E-1 | W70 significant digits in the stored approximation | ramp/samples/21/sourceDeliveredPower |
| ramp — samples — sample/control 21 — stored energy | approximation | 1.207142096189492767567203494033254988890993722385890913239805628426493E-2 | J70 significant digits in the stored approximation | ramp/samples/21/storedEnergy |
| ramp — samples — sample/control 21 — storage-energy change | approximation | 1.207142096189492767567203494033254988890993722385890913239805628426493E-2 | J70 significant digits in the stored approximation | ramp/samples/21/storedChange |
| ramp — samples — sample/control 21 — cumulative resistor work | approximation | 5.013975024764917193298744470845609334476145370186801130217398531877823E-3 | J70 significant digits in the stored approximation | ramp/samples/21/resistorWork |
| ramp — samples — sample/control 21 — cumulative source-delivered work | approximation | 1.708539598665984486897077941117815922338608259404571026261545481614275E-2 | J70 significant digits in the stored approximation | ramp/samples/21/sourceDeliveredWork |
| ramp — samples — sample/control 21 — transferred Charge | approximation | 2.836831678932787589517662352894252737870886607523656821009236385291420E-3 | C70 significant digits in the stored approximation | ramp/samples/21/transferredCharge |
| ramp — samples — sample/control 22 — dimensionless time coordinate | approximation | 5.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/22/u |
| ramp — samples — sample/control 22 — physical SI time | approximation | 2.750000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/22/t |
| ramp — samples — sample/control 22 — retained exponential | approximation | 4.086771438464066993464702684720768408390656650938199420680381075740517E-3 | dimensionless70 significant digits in the stored approximation | ramp/samples/22/E |
| ramp — samples — sample/control 22 — source V | approximation | 1.100000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | ramp/samples/22/sourceV |
| ramp — samples — sample/control 22 — capacitor voltage | approximation | 9.008173542876928133986929405369441536816781313301876398841360762151481E+0 | V70 significant digits in the stored approximation | ramp/samples/22/vC |
| ramp — samples — sample/control 22 — associated branch current | approximation | 1.327884304748714577342047063087038975455479124465415734105759491899013E-2 | A70 significant digits in the stored approximation | ramp/samples/22/i |
| ramp — samples — sample/control 22 — voltage derivative | approximation | 3.983652914246143732026141189261116926366437373396247202317278475697038E+1 | V/s70 significant digits in the stored approximation | ramp/samples/22/dvdt |
| ramp — samples — sample/control 22 — resistor voltage | approximation | 1.991826457123071866013070594630558463183218686698123601158639237848519E+0 | V70 significant digits in the stored approximation | ramp/samples/22/vR |
| ramp — samples — sample/control 22 — capacitor absorbed power | approximation | 1.196181226203889471963616241356297794584414603646601870640837477732745E-1 | W70 significant digits in the stored approximation | ramp/samples/22/pC |
| ramp — samples — sample/control 22 — resistor absorbed power | approximation | 2.644915090196965631126355280394450784166124332653554368754979633561687E-2 | W70 significant digits in the stored approximation | ramp/samples/22/pR |
| ramp — samples — sample/control 22 — source-delivered power | approximation | 1.460672735223586035076251769395742873001027036911957307516335441088914E-1 | W70 significant digits in the stored approximation | ramp/samples/22/sourceDeliveredPower |
| ramp — samples — sample/control 22 — stored energy | approximation | 1.352453176309797789906699663978656499770306256527026872127373436961252E-2 | J70 significant digits in the stored approximation | ramp/samples/22/storedEnergy |
| ramp — samples — sample/control 22 — storage-energy change | approximation | 1.352453176309797789906699663978656499770306256527026872127373436961252E-2 | J70 significant digits in the stored approximation | ramp/samples/22/storedChange |
| ramp — samples — sample/control 22 — cumulative resistor work | approximation | 5.344220256035377348209697450147681661836323125704529007038828933043899E-3 | J70 significant digits in the stored approximation | ramp/samples/22/resistorWork |
| ramp — samples — sample/control 22 — cumulative source-delivered work | approximation | 1.886875201913335524727669408993424665953938569097479772831256330265642E-2 | J70 significant digits in the stored approximation | ramp/samples/22/sourceDeliveredWork |
| ramp — samples — sample/control 22 — transferred Charge | approximation | 3.002724514292309377995643135123147178938927104433958799613786920717160E-3 | C70 significant digits in the stored approximation | ramp/samples/22/transferredCharge |
| ramp — samples — sample/control 23 — dimensionless time coordinate | approximation | 5.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/23/u |
| ramp — samples — sample/control 23 — physical SI time | approximation | 2.875000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/23/t |
| ramp — samples — sample/control 23 — retained exponential | approximation | 3.182780796509667067986418004781851345939727901057288002656106041589516E-3 | dimensionless70 significant digits in the stored approximation | ramp/samples/23/E |
| ramp — samples — sample/control 23 — source V | approximation | 1.150000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | ramp/samples/23/sourceV |
| ramp — samples — sample/control 23 — capacitor voltage | approximation | 9.506365561593019334135972836009563702691879455802114576005312212083179E+0 | V70 significant digits in the stored approximation | ramp/samples/23/vC |
| ramp — samples — sample/control 23 — associated branch current | approximation | 1.329089625604653777242684775993624198205413696131923615996458525277881E-2 | A70 significant digits in the stored approximation | ramp/samples/23/i |
| ramp — samples — sample/control 23 — voltage derivative | approximation | 3.987268876813961331728054327980872594616241088395770847989375575833642E+1 | V/s70 significant digits in the stored approximation | ramp/samples/23/dvdt |
| ramp — samples — sample/control 23 — resistor voltage | approximation | 1.993634438406980665864027163990436297308120544197885423994687787916821E+0 | V70 significant digits in the stored approximation | ramp/samples/23/vR |
| ramp — samples — sample/control 23 — capacitor absorbed power | approximation | 1.263481184511864031409152530967018392254780536959248128246900588779135E-1 | W70 significant digits in the stored approximation | ramp/samples/23/pC |
| ramp — samples — sample/control 23 — resistor absorbed power | approximation | 2.649718849334878124199349614256494356814452135924640301490267152904273E-2 | W70 significant digits in the stored approximation | ramp/samples/23/pR |
| ramp — samples — sample/control 23 — source-delivered power | approximation | 1.528453069445351843829087492392667827936225750551712158395927304069563E-1 | W70 significant digits in the stored approximation | ramp/samples/23/sourceDeliveredPower |
| ramp — samples — sample/control 23 — stored energy | approximation | 1.506183103177362697857106660826745111618915094788926595005959693454492E-2 | J70 significant digits in the stored approximation | ramp/samples/23/storedEnergy |
| ramp — samples — sample/control 23 — storage-energy change | approximation | 1.506183103177362697857106660826745111618915094788926595005959693454492E-2 | J70 significant digits in the stored approximation | ramp/samples/23/storedChange |
| ramp — samples — sample/control 23 — cumulative resistor work | approximation | 5.675147328728293358374144487108918879257639936553582975297641353162718E-3 | J70 significant digits in the stored approximation | ramp/samples/23/resistorWork |
| ramp — samples — sample/control 23 — cumulative source-delivered work | approximation | 2.073697836050192033694521109537636999544679088444284892535723828770764E-2 | J70 significant digits in the stored approximation | ramp/samples/23/sourceDeliveredWork |
| ramp — samples — sample/control 23 — transferred Charge | approximation | 3.168788520531006444711990945336521234230626485267371525335104070694393E-3 | C70 significant digits in the stored approximation | ramp/samples/23/transferredCharge |
| ramp — samples — sample/control 24 — dimensionless time coordinate | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | ramp/samples/24/u |
| ramp — samples — sample/control 24 — physical SI time | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | ramp/samples/24/t |
| ramp — samples — sample/control 24 — retained exponential | approximation | 2.478752176666358423045167430816667891506479585533945050878624006276194E-3 | dimensionless70 significant digits in the stored approximation | ramp/samples/24/E |
| ramp — samples — sample/control 24 — source V | approximation | 1.200000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | ramp/samples/24/sourceV |
| ramp — samples — sample/control 24 — capacitor voltage | approximation | 1.000495750435333271684609033486163333578301295917106789010175724801255E+1 | V70 significant digits in the stored approximation | ramp/samples/24/vC |
| ramp — samples — sample/control 24 — associated branch current | approximation | 1.330028330431111522102606443425577776144658027219288073265495167991632E-2 | A70 significant digits in the stored approximation | ramp/samples/24/i |
| ramp — samples — sample/control 24 — voltage derivative | approximation | 3.990084991293334566307819330276733328433974081657864219796485503974895E+1 | V/s70 significant digits in the stored approximation | ramp/samples/24/dvdt |
| ramp — samples — sample/control 24 — resistor voltage | approximation | 1.995042495646667283153909665138366664216987040828932109898242751987448E+0 | V70 significant digits in the stored approximation | ramp/samples/24/vR |
| ramp — samples — sample/control 24 — capacitor absorbed power | approximation | 1.330687692554928330159482839458281206107110095378279821744935982791738E-1 | W70 significant digits in the stored approximation | ramp/samples/24/pC |
| ramp — samples — sample/control 24 — resistor absorbed power | approximation | 2.653463039624054963636448926524121252664795372848658661736582187982198E-2 | W70 significant digits in the stored approximation | ramp/samples/24/pR |
| ramp — samples — sample/control 24 — source-delivered power | approximation | 1.596033996517333826523127732110693331373589632663145687918594201589958E-1 | W70 significant digits in the stored approximation | ramp/samples/24/sourceDeliveredPower |
| ramp — samples — sample/control 24 — stored energy | approximation | 1.668319577731934460829347357107756365629825067989643622584117453904576E-2 | J70 significant digits in the stored approximation | ramp/samples/24/storedEnergy |
| ramp — samples — sample/control 24 — storage-energy change | approximation | 1.668319577731934460829347357107756365629825067989643622584117453904576E-2 | J70 significant digits in the stored approximation | ramp/samples/24/storedChange |
| ramp — samples — sample/control 24 — cumulative resistor work | approximation | 6.006605909662874736988281324943391910689143129568547261300359285012819E-3 | J70 significant digits in the stored approximation | ramp/samples/24/resistorWork |
| ramp — samples — sample/control 24 — cumulative source-delivered work | approximation | 2.268980168698221934528175489602095556698739380946498348714153382405858E-2 | J70 significant digits in the stored approximation | ramp/samples/24/sourceDeliveredWork |
| ramp — samples — sample/control 24 — transferred Charge | approximation | 3.334985834784444238948696778287211111927670986390355963367252416004184E-3 | C70 significant digits in the stored approximation | ramp/samples/24/transferredCharge |
| ramp — limit Controls — source Minus Cap Voltage — status | metadata | finite | ramp/limitControls/sourceMinusCapVoltage/status | |
| ramp — limit Controls — source Minus Cap Voltage — value | rational | 2 | V | ramp/limitControls/sourceMinusCapVoltage/value |
| ramp — limit Controls — associated branch current — status | metadata | finite | ramp/limitControls/i/status | |
| ramp — limit Controls — associated branch current — value | rational | 1/75 | A | ramp/limitControls/i/value |
| ramp — limit Controls — voltage derivative — status | metadata | finite | ramp/limitControls/dvdt/status | |
| ramp — limit Controls — voltage derivative — value | rational | 40 | V/s | ramp/limitControls/dvdt/value |
| ramp — limit Controls — resistor absorbed power — status | metadata | finite | ramp/limitControls/pR/status | |
| ramp — limit Controls — resistor absorbed power — value | rational | 2/75 | W | ramp/limitControls/pR/value |
| ramp — limit Controls — capacitor voltage — status | metadata | positive-infinity | ramp/limitControls/vC/status | |
| ramp — limit Controls — capacitor voltage — value | null | null — see the explicit limit/status/reason in this source record | ramp/limitControls/vC/value | |
| ramp — limit Controls — capacitor voltage — unit | metadata | V | ramp/limitControls/vC/unit | |
| ramp — limit Controls — capacitor voltage — reason | metadata | unbounded prescribed ramp has no finite steady voltage | ramp/limitControls/vC/reason | |
| ramp — limit Controls — stored energy — status | metadata | positive-infinity | ramp/limitControls/storedEnergy/status | |
| ramp — limit Controls — stored energy — value | null | null — see the explicit limit/status/reason in this source record | ramp/limitControls/storedEnergy/value | |
| ramp — limit Controls — stored energy — unit | metadata | J | ramp/limitControls/storedEnergy/unit | |
| ramp — limit Controls — stored energy — reason | metadata | voltage grows without bound in ideal ramp model | ramp/limitControls/storedEnergy/reason | |
| ramp — limit Controls — cumulative resistor work — status | metadata | positive-infinity | ramp/limitControls/resistorWork/status | |
| ramp — limit Controls — cumulative resistor work — value | null | null — see the explicit limit/status/reason in this source record | ramp/limitControls/resistorWork/value | |
| ramp — limit Controls — cumulative resistor work — unit | metadata | J | ramp/limitControls/resistorWork/unit | |
| ramp — limit Controls — cumulative resistor work — reason | metadata | nonzero asymptotic current dissipates ongoing work | ramp/limitControls/resistorWork/reason | |
| ramp — limit Controls — cumulative source-delivered work — status | metadata | positive-infinity | ramp/limitControls/sourceDeliveredWork/status | |
| ramp — limit Controls — cumulative source-delivered work — value | null | null — see the explicit limit/status/reason in this source record | ramp/limitControls/sourceDeliveredWork/value | |
| ramp — limit Controls — cumulative source-delivered work — unit | metadata | J | ramp/limitControls/sourceDeliveredWork/unit | |
| ramp — limit Controls — cumulative source-delivered work — reason | metadata | ramp supplies unbounded work over infinite time | ramp/limitControls/sourceDeliveredWork/reason | |
| ramp — analytic Forms — convolution | metadata | v(t)=integral_0^t[(1/tau)exp(-(t-s)/tau)*a*s]ds=a[t-tau(1-exp(-t/tau))] | ramp/analyticForms/convolution | |
| ramp — analytic Forms — unilateral Laplace | metadata | (tau*s+1)V(s)=a/s^2 forv0=0; V(s)=a[1/s^2-tau/s+tau/(s+1/tau)] | ramp/analyticForms/unilateralLaplace | |
| ramp — analytic Forms — energy | metadata | sourceDeliveredWork=resistorWork+storedChange at every finite t; no finite-energy full-ramp limit | ramp/analyticForms/energy |
Focus a labelled graph or table region and scroll it locally with arrow keys. Stored values retain all exact fractions, 70-significant-digit approximations, signs, units and explicit limit/status controls.
Classify equilibrium and pole before saying settling
A parallel capacitor driven by an injected current I obeys C dv/dt+Gv=I when the surrounding terminal law is a constant conductance G. For G≠0 the equilibrium is v_eq=I/G and the deviation satisfies d(v−v_eq)/dt=−(G/C)(v−v_eq). Its scalar pole is λ=−G/C. Positive G gives exponential attraction, while negative G gives exponential departure from an equilibrium unless the initial state is exactly at that equilibrium.
The original controls use C=1/3000 F,I=4/75 A,v(0)=1 V and G=1/150,0,−1/150 S. The common plotting coordinate is u=t/(1/20 s); this is a reference time scale, not a declaration that all three cases decay. For positive G, v=8−7exp(−u) V and λ=−20 s⁻¹. The initial state is below its attracting 8 V equilibrium.
For negative G, v=−8+9exp(u) V and λ=+20 s⁻¹. Its unique equilibrium is −8 V, but the prescribed initial state is not there and the local ideal solution grows. The conductance branch has absorbed power Gv²<0 and therefore represents a powered active contribution. Its omitted supply, amplitude range and bandwidth must be restored before drawing conclusions about a real device at arbitrarily large voltage.
Separate zero-conductance drift from a free constant family
At G=0 with the original nonzero injected current, C dv/dt=I gives v=1+8u V. There is no equilibrium: a zero conductance cannot absorb the constant injected current, so charge accumulates. Calling the pole zero does not make this driven response a stable settled voltage. It has a constant nonzero derivative and an indefinitely increasing ideal capacitor energy.
If both G and the independent injected current are zero, the equation instead gives dv/dt=0. Every finite constant voltage is an equilibrium, and the particular initial voltage remains unchanged. This is a nonunique equilibrium family with neutral retention, not the same situation as the driven linear drift and not a solver instruction to replace the voltage by zero.
The instantaneous energy identity is I v=Gv²+C v dv/dt. It remains signed in all three conductance controls. When G<0, the active branch supplies energy in addition to whatever the current source supplies or absorbs; when G=0 there is no conductance power. These scalar classifications use this specified model only. Additional states, delayed feedback, nonlinear saturation or frequency dependence can change stability and cannot be inferred from this one pole.
| G and input | Pole | Equilibrium | Response from v(0)=1 V |
|---|---|---|---|
| G=1/150 S; I=4/75 A | −20 s⁻¹ | Unique, attracting: 8 V | v=8−7exp(−u) V |
| G=0; I=4/75 A | 0 | None | v=1+8u V |
| G=−1/150 S; I=4/75 A | +20 s⁻¹ | Unique, unstable: −8 V | v=−8+9exp(u) V |
| G=0; I=0 | 0 | Any constant finite voltage | Initial state remains; no selected zero voltage |
Use integrated impulse laws without undefined power products
An ideal capacitor current impulse with charge area Q_imp gives Δv_C=Q_imp/C. The original control has C=1/3000 F,v(0−)=−2 V and Q_imp=3/2000 C, so Δv=9/2 V and v(0+)=5/2 V. The initial and final storage energies are 1/1500 J and 1/960 J, giving a positive change 3/8000 J. The sign follows from the two endpoint energies, not merely from the positive impulse area.
For an ideal inductor voltage impulse, the voltage-time area Φ_imp gives Δi=Φ_imp/L. With L=3/10 H,i(0−)=−1/4 A and Φ_imp=3/100 V·s, the current jumps by 1/10 A to −3/20 A. Its energy falls from 3/320 J to 27/8000 J, a change −3/500 J. A positive voltage-time area can reduce energy when it makes a negative current smaller in magnitude.
These controls specify integrated state changes and endpoint storage energies only. A Dirac impulse is not an ordinary finite power sample, and multiplying it by a discontinuous state does not automatically define a source-work integral. A finite-duration regularization with a stated network and source law can resolve work and dissipation; different omitted physical mechanisms must not be silently assigned the same pointwise distribution product. The ordinary step cases require no such impulse.
Choose a settling fraction instead of an exact finish time
For a stable constant-input first-order response with nonzero initial deviation, the remaining error fraction is f=|x(t)−x_∞|/|x_0−x_∞|=exp(−t/τ). A target 0<f<1 requires t=−τ ln f. This is a criterion relative to the initial deviation, not automatically a percentage of the final value or an absolute sensor tolerance. If the initial state already equals equilibrium, the error is zero and that ratio is unnecessary.
The original targets are f=1/10,1/100,1/1000. At five time constants the remaining fraction is exp(−5), which is positive, about 0.006738. A phrase such as essentially settled needs a declared tolerance and measurement boundary. The exact exponential does not reach its asymptote at a finite time, and a fixed five-τ rule is not appropriate for a driven zero-conductance drift or an active growing pole.
The reversed RC and RL cases have finite zero crossings even though their settling is asymptotic: t_RC=(1/20)ln(5/4) s and t_RL=(1/40)ln(3/2) s. Storage energy is zero at each crossing and then increases toward a positive limiting value. A crossing, a local extremum of energy, and a settling threshold are distinct events with distinct definitions.
Qualify active cases, impulses and settling
All positive/zero/negative-conductance records, zero-input constant-family controls, impulse endpoints and distinct settling/zero-crossing controls remain explicit.
Positive, zero and active negative conductance
- Positive G — blue circle
- Zero G — orange square
- Negative G — violet triangle
- Storage absorbed power — green diamond
- Conductance absorbed power — blue circle (signed)
- Independent-source delivered power — orange square
Impulse endpoints and a chosen settling fraction
- Before impulse: blue circle — endpoint metadata only
- After impulse: orange square — endpoint metadata only
- Three chosen error-fraction targets: violet squares
- Five time constants: nonzero green diamond
- Positive conductance, zero-conductance drift and a powered active negative conductance have different equilibrium and pole classifications. Static constitutive cases do not establish unlimited material validity.
- When both injected current and conductance are zero, any constant voltage is an equilibrium and the initial condition selects one. The ordinary zero-G driven case is not this nonunique equilibrium family.
- An ideal impulse fixes an integrated state jump and endpoint storage-energy change. Pointwise impulse power and unspecified source energy remain null/qualified; no product of a distribution and a discontinuous state is treated as an ordinary function.
- The three chosen remaining-error fractions, nonzero five-τ remainder and signed-state zero crossings are different controls. None creates an exact finite settling time. SVG ticks/readouts are rounded for legibility; full exact and 70-digit values are retained in the tables.
Original conductance controls: equilibrium existence and attraction are separate
Original settling and crossing controls: every time has a specified criterion
Complete original conductance source values, units and controls (276 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| conductance — parameters — C | rational | 1/3000 | F | conductance/parameters/C |
| conductance — parameters — injected Current | rational | 4/75 | A | conductance/parameters/injectedCurrent |
| conductance — parameters — initial V | rational | 1 | V | conductance/parameters/initialV |
| conductance — parameters — reference Tau | rational | 1/20 | s | conductance/parameters/referenceTau |
| conductance — cases — sample/control 0 — G | rational | 1/150 | S | conductance/cases/0/G |
| conductance — cases — sample/control 0 — pole | rational | -20 | s^-1 | conductance/cases/0/pole |
| conductance — cases — sample/control 0 — equilibrium — status | metadata | unique | conductance/cases/0/equilibrium/status | |
| conductance — cases — sample/control 0 — equilibrium — voltage | rational | 8 | V | conductance/cases/0/equilibrium/voltage |
| conductance — cases — sample/control 0 — equilibrium — stability | metadata | asymptotically-stable | conductance/cases/0/equilibrium/stability | |
| conductance — cases — sample/control 0 — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/0/u |
| conductance — cases — sample/control 0 — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | conductance/cases/0/samples/0/t |
| conductance — cases — sample/control 0 — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/0/E |
| conductance — cases — sample/control 0 — samples — sample/control 0 — v | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/0/v |
| conductance — cases — sample/control 0 — samples — sample/control 0 — voltage derivative | approximation | 1.400000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/0/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 0 — stored energy | approximation | 1.666666666666666666666666666666666666666666666666666666666666666666667E-4 | J70 significant digits in the stored approximation | conductance/cases/0/samples/0/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 0 — source-delivered power | approximation | 5.333333333333333333333333333333333333333333333333333333333333333333333E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/0/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 0 — conductance Absorbed Power | approximation | 6.666666666666666666666666666666666666666666666666666666666666666666667E-3 | W70 significant digits in the stored approximation | conductance/cases/0/samples/0/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 0 — storage Power | approximation | 4.666666666666666666666666666666666666666666666666666666666666666666667E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/0/storagePower |
| conductance — cases — sample/control 0 — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/1/u |
| conductance — cases — sample/control 0 — samples — sample/control 1 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/0/samples/1/t |
| conductance — cases — sample/control 0 — samples — sample/control 1 — retained exponential | approximation | 7.788007830714048682451702669783206472967722904261414742413173662682456E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/1/E |
| conductance — cases — sample/control 0 — samples — sample/control 1 — v | approximation | 2.548394518500165922283808131151755468922593967017009680310778436122281E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/1/v |
| conductance — cases — sample/control 0 — samples — sample/control 1 — voltage derivative | approximation | 1.090321096299966815543238373769648906215481206596598063937844312775544E+2 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/1/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 1 — stored energy | approximation | 1.082385770320282085521184552165988286902582018524052618905695125995710E-3 | J70 significant digits in the stored approximation | conductance/cases/0/samples/1/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 1 — source-delivered power | approximation | 1.359143743200088491884697669947602916758716782409071829499081832598550E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/1/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 1 — conductance Absorbed Power | approximation | 4.329543081281128342084738208663953147610328074096210475622780503982841E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/1/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 1 — storage Power | approximation | 9.261894350719756576762238490812076019976839749994507819368037822002657E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/1/storagePower |
| conductance — cases — sample/control 0 — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/2/u |
| conductance — cases — sample/control 0 — samples — sample/control 2 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/0/samples/2/t |
| conductance — cases — sample/control 0 — samples — sample/control 2 — retained exponential | approximation | 6.065306597126334236037995349911804534419181354871869556828921587350565E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/2/E |
| conductance — cases — sample/control 0 — samples — sample/control 2 — v | approximation | 3.754285382011566034773403255061736825906573051589691310219754888854604E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/2/v |
| conductance — cases — sample/control 0 — samples — sample/control 2 — voltage derivative | approximation | 8.491429235976867930453193489876526348186853896820617379560490222290791E+1 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/2/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 2 — stored energy | approximation | 2.349109788264288385759186136483228619891652374331947475733346917474881E-3 | J70 significant digits in the stored approximation | conductance/cases/0/samples/2/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 2 — source-delivered power | approximation | 2.002285537072835218545815069366259640483505627514502032117202607389122E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/2/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 2 — conductance Absorbed Power | approximation | 9.396439153057153543036744545932914479566609497327789902933387669899522E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/2/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 2 — storage Power | approximation | 1.062641621767119864242140614772968192526844677781723041823863840399170E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/2/storagePower |
| conductance — cases — sample/control 0 — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/3/u |
| conductance — cases — sample/control 0 — samples — sample/control 3 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/0/samples/3/t |
| conductance — cases — sample/control 0 — samples — sample/control 3 — retained exponential | approximation | 4.723665527410147071380465509432679129702035791364766823956579441412009E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/3/E |
| conductance — cases — sample/control 0 — samples — sample/control 3 — v | approximation | 4.693434130812897050033674143397124609208574946044663223230394391011593E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/3/v |
| conductance — cases — sample/control 0 — samples — sample/control 3 — voltage derivative | approximation | 6.613131738374205899932651713205750781582850107910673553539211217976813E+1 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/3/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 3 — stored energy | approximation | 3.671387323379902403044921560298434548850601495901249780022373479240238E-3 | J70 significant digits in the stored approximation | conductance/cases/0/samples/3/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 3 — source-delivered power | approximation | 2.503164869766878426684626209811799791577906637890487052389543675206183E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/3/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 3 — conductance Absorbed Power | approximation | 1.468554929351960961217968624119373819540240598360499912008949391696095E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/3/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 3 — storage Power | approximation | 1.034609940414917465466657585692425972037666039529987140380594283510088E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/3/storagePower |
| conductance — cases — sample/control 0 — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/4/u |
| conductance — cases — sample/control 0 — samples — sample/control 4 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/0/samples/4/t |
| conductance — cases — sample/control 0 — samples — sample/control 4 — retained exponential | approximation | 3.678794411714423215955237701614608674458111310317678345078368016974615E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/4/E |
| conductance — cases — sample/control 0 — samples — sample/control 4 — v | approximation | 5.424843911799903748831333608869773927879322082777625158445142388117770E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/4/v |
| conductance — cases — sample/control 0 — samples — sample/control 4 — voltage derivative | approximation | 5.150312176400192502337332782260452144241355834444749683109715223764461E+1 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/4/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 4 — stored energy | approximation | 4.904821911232080314017885499261353102173849845668536787843677161655651E-3 | J70 significant digits in the stored approximation | conductance/cases/0/samples/4/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 4 — source-delivered power | approximation | 2.893250086293281999376711258063879428202305110814733417837409273662810E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/4/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 4 — conductance Absorbed Power | approximation | 1.961928764492832125607154199704541240869539938267414715137470864662261E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/4/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 4 — storage Power | approximation | 9.313213218004498737695570583593381873327651725473187026999384090005499E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/4/storagePower |
| conductance — cases — sample/control 0 — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/5/u |
| conductance — cases — sample/control 0 — samples — sample/control 5 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/0/samples/5/t |
| conductance — cases — sample/control 0 — samples — sample/control 5 — retained exponential | approximation | 2.865047968601901003248854266478376027931507923282510470883822112121386E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/5/E |
| conductance — cases — sample/control 0 — samples — sample/control 5 — v | approximation | 5.994466421978669297725802013465136780447944453702242670381324521515030E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/5/v |
| conductance — cases — sample/control 0 — samples — sample/control 5 — voltage derivative | approximation | 4.011067156042661404548395973069726439104111092595514659237350956969941E+1 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/5/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 5 — stored energy | approximation | 5.988937947371624954486622877388836511869918864832046419923892409914414E-3 | J70 significant digits in the stored approximation | conductance/cases/0/samples/5/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 5 — source-delivered power | approximation | 3.197048758388623625453761073848072949572237041974529424203373078141349E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/5/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 5 — conductance Absorbed Power | approximation | 2.395575178948649981794649150955534604747967545932818567969556963965766E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/5/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 5 — storage Power | approximation | 8.014735794399736436591119228925383448242694960417108562338161141755834E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/5/storagePower |
| conductance — cases — sample/control 0 — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/6/u |
| conductance — cases — sample/control 0 — samples — sample/control 6 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/0/samples/6/t |
| conductance — cases — sample/control 0 — samples — sample/control 6 — retained exponential | approximation | 2.231301601484298289332804707640125213421716293610793287438353187603252E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/6/E |
| conductance — cases — sample/control 0 — samples — sample/control 6 — v | approximation | 6.438088878960991197467036704651912350604798594472444698793152768677724E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/6/v |
| conductance — cases — sample/control 0 — samples — sample/control 6 — voltage derivative | approximation | 3.123822242078017605065926590696175298790402811055110602413694462644552E+1 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/6/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 6 — stored energy | approximation | 6.908164735566865394243394273547270777438342921465308790584033825256759E-3 | J70 significant digits in the stored approximation | conductance/cases/0/samples/6/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 6 — source-delivered power | approximation | 3.433647402112528638649086242481019920322559250385303839356348143294786E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/6/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 6 — conductance Absorbed Power | approximation | 2.763265894226746157697357709418908310975337168586123516233613530102704E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/6/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 6 — storage Power | approximation | 6.703815078857824809517285330621116093472220817991803231227346131920824E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/6/storagePower |
| conductance — cases — sample/control 0 — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/7/u |
| conductance — cases — sample/control 0 — samples — sample/control 7 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/0/samples/7/t |
| conductance — cases — sample/control 0 — samples — sample/control 7 — retained exponential | approximation | 1.737739434504451266807172586663710160147208533399050376839813872539029E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/7/E |
| conductance — cases — sample/control 0 — samples — sample/control 7 — v | approximation | 6.783582395846884113234979189335402887896954026620664736212130289222680E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/7/v |
| conductance — cases — sample/control 0 — samples — sample/control 7 — voltage derivative | approximation | 2.432835208306231773530041621329194224206091946758670527575739421554640E+1 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/7/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 7 — stored energy | approximation | 7.669498353540625391334865892530636435810438417677638184381625926455012E-3 | J70 significant digits in the stored approximation | conductance/cases/0/samples/7/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 7 — source-delivered power | approximation | 3.617910611118338193725322234312214873545042147531021192646469487585429E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/7/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 7 — conductance Absorbed Power | approximation | 3.067799341416250156533946357012254574324175367071055273752650370582005E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/7/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 7 — storage Power | approximation | 5.501112697020880371913758772999602992208667804599659188938191170034246E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/7/storagePower |
| conductance — cases — sample/control 0 — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/8/u |
| conductance — cases — sample/control 0 — samples — sample/control 8 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | conductance/cases/0/samples/8/t |
| conductance — cases — sample/control 0 — samples — sample/control 8 — retained exponential | approximation | 1.353352832366126918939994949724844034076315459095758814681588726540734E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/0/samples/8/E |
| conductance — cases — sample/control 0 — samples — sample/control 8 — v | approximation | 7.052653017343711156742003535192609176146579178632968829722887891421486E+0 | V70 significant digits in the stored approximation | conductance/cases/0/samples/8/v |
| conductance — cases — sample/control 0 — samples — sample/control 8 — voltage derivative | approximation | 1.894693965312577686515992929614781647706841642734062340554224217157027E+1 | V/s70 significant digits in the stored approximation | conductance/cases/0/samples/8/dvdt |
| conductance — cases — sample/control 0 — samples — sample/control 8 — stored energy | approximation | 8.289985763841225557044039934245094614454826361374634236546100451211176E-3 | J70 significant digits in the stored approximation | conductance/cases/0/samples/8/storedEnergy |
| conductance — cases — sample/control 0 — samples — sample/control 8 — source-delivered power | approximation | 3.761414942583312616929068552102724893944842228604250042518873542091459E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/8/sourceDeliveredPower |
| conductance — cases — sample/control 0 — samples — sample/control 8 — conductance Absorbed Power | approximation | 3.315994305536490222817615973698037845781930544549853694618440180484470E-1 | W70 significant digits in the stored approximation | conductance/cases/0/samples/8/conductanceAbsorbedPower |
| conductance — cases — sample/control 0 — samples — sample/control 8 — storage Power | approximation | 4.454206370468223941114525784046870481629116840543963479004333616069892E-2 | W70 significant digits in the stored approximation | conductance/cases/0/samples/8/storagePower |
| conductance — cases — sample/control 1 — G | rational | 0 | S | conductance/cases/1/G |
| conductance — cases — sample/control 1 — pole | rational | 0 | s^-1 | conductance/cases/1/pole |
| conductance — cases — sample/control 1 — equilibrium — status | metadata | none | conductance/cases/1/equilibrium/status | |
| conductance — cases — sample/control 1 — equilibrium — voltage | null | null — see the explicit limit/status/reason in this source record | conductance/cases/1/equilibrium/voltage | |
| conductance — cases — sample/control 1 — equilibrium — voltage Unit | metadata | V | conductance/cases/1/equilibrium/voltageUnit | |
| conductance — cases — sample/control 1 — equilibrium — stability | metadata | driven-linear-drift | conductance/cases/1/equilibrium/stability | |
| conductance — cases — sample/control 1 — equilibrium — reason | metadata | nonzero injectedcurrent withzeroG hasnoequilibrium | conductance/cases/1/equilibrium/reason | |
| conductance — cases — sample/control 1 — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/0/u |
| conductance — cases — sample/control 1 — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | conductance/cases/1/samples/0/t |
| conductance — cases — sample/control 1 — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/0/E |
| conductance — cases — sample/control 1 — samples — sample/control 0 — v | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | conductance/cases/1/samples/0/v |
| conductance — cases — sample/control 1 — samples — sample/control 0 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/0/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 0 — stored energy | approximation | 1.666666666666666666666666666666666666666666666666666666666666666666667E-4 | J70 significant digits in the stored approximation | conductance/cases/1/samples/0/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 0 — source-delivered power | approximation | 5.333333333333333333333333333333333333333333333333333333333333333333333E-2 | W70 significant digits in the stored approximation | conductance/cases/1/samples/0/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 0 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/0/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 0 — storage Power | approximation | 5.333333333333333333333333333333333333333333333333333333333333333333333E-2 | W70 significant digits in the stored approximation | conductance/cases/1/samples/0/storagePower |
| conductance — cases — sample/control 1 — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/1/u |
| conductance — cases — sample/control 1 — samples — sample/control 1 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/1/samples/1/t |
| conductance — cases — sample/control 1 — samples — sample/control 1 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/1/E |
| conductance — cases — sample/control 1 — samples — sample/control 1 — v | approximation | 3.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | conductance/cases/1/samples/1/v |
| conductance — cases — sample/control 1 — samples — sample/control 1 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/1/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 1 — stored energy | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E-3 | J70 significant digits in the stored approximation | conductance/cases/1/samples/1/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 1 — source-delivered power | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/1/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 1 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/1/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 1 — storage Power | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/1/storagePower |
| conductance — cases — sample/control 1 — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/2/u |
| conductance — cases — sample/control 1 — samples — sample/control 2 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/1/samples/2/t |
| conductance — cases — sample/control 1 — samples — sample/control 2 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/2/E |
| conductance — cases — sample/control 1 — samples — sample/control 2 — v | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | conductance/cases/1/samples/2/v |
| conductance — cases — sample/control 1 — samples — sample/control 2 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/2/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 2 — stored energy | approximation | 4.166666666666666666666666666666666666666666666666666666666666666666667E-3 | J70 significant digits in the stored approximation | conductance/cases/1/samples/2/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 2 — source-delivered power | approximation | 2.666666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/2/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 2 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/2/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 2 — storage Power | approximation | 2.666666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/2/storagePower |
| conductance — cases — sample/control 1 — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/3/u |
| conductance — cases — sample/control 1 — samples — sample/control 3 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/1/samples/3/t |
| conductance — cases — sample/control 1 — samples — sample/control 3 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/3/E |
| conductance — cases — sample/control 1 — samples — sample/control 3 — v | approximation | 7.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | conductance/cases/1/samples/3/v |
| conductance — cases — sample/control 1 — samples — sample/control 3 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/3/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 3 — stored energy | approximation | 8.166666666666666666666666666666666666666666666666666666666666666666667E-3 | J70 significant digits in the stored approximation | conductance/cases/1/samples/3/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 3 — source-delivered power | approximation | 3.733333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/3/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 3 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/3/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 3 — storage Power | approximation | 3.733333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/3/storagePower |
| conductance — cases — sample/control 1 — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/4/u |
| conductance — cases — sample/control 1 — samples — sample/control 4 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/1/samples/4/t |
| conductance — cases — sample/control 1 — samples — sample/control 4 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/4/E |
| conductance — cases — sample/control 1 — samples — sample/control 4 — v | approximation | 9.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | conductance/cases/1/samples/4/v |
| conductance — cases — sample/control 1 — samples — sample/control 4 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/4/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 4 — stored energy | approximation | 1.350000000000000000000000000000000000000000000000000000000000000000000E-2 | J70 significant digits in the stored approximation | conductance/cases/1/samples/4/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 4 — source-delivered power | approximation | 4.800000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/4/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 4 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/4/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 4 — storage Power | approximation | 4.800000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/4/storagePower |
| conductance — cases — sample/control 1 — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/5/u |
| conductance — cases — sample/control 1 — samples — sample/control 5 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/1/samples/5/t |
| conductance — cases — sample/control 1 — samples — sample/control 5 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/5/E |
| conductance — cases — sample/control 1 — samples — sample/control 5 — v | approximation | 1.100000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | conductance/cases/1/samples/5/v |
| conductance — cases — sample/control 1 — samples — sample/control 5 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/5/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 5 — stored energy | approximation | 2.016666666666666666666666666666666666666666666666666666666666666666667E-2 | J70 significant digits in the stored approximation | conductance/cases/1/samples/5/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 5 — source-delivered power | approximation | 5.866666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/5/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 5 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/5/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 5 — storage Power | approximation | 5.866666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/5/storagePower |
| conductance — cases — sample/control 1 — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/6/u |
| conductance — cases — sample/control 1 — samples — sample/control 6 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/1/samples/6/t |
| conductance — cases — sample/control 1 — samples — sample/control 6 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/6/E |
| conductance — cases — sample/control 1 — samples — sample/control 6 — v | approximation | 1.300000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | conductance/cases/1/samples/6/v |
| conductance — cases — sample/control 1 — samples — sample/control 6 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/6/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 6 — stored energy | approximation | 2.816666666666666666666666666666666666666666666666666666666666666666667E-2 | J70 significant digits in the stored approximation | conductance/cases/1/samples/6/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 6 — source-delivered power | approximation | 6.933333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/6/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 6 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/6/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 6 — storage Power | approximation | 6.933333333333333333333333333333333333333333333333333333333333333333333E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/6/storagePower |
| conductance — cases — sample/control 1 — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/7/u |
| conductance — cases — sample/control 1 — samples — sample/control 7 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/1/samples/7/t |
| conductance — cases — sample/control 1 — samples — sample/control 7 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/7/E |
| conductance — cases — sample/control 1 — samples — sample/control 7 — v | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | conductance/cases/1/samples/7/v |
| conductance — cases — sample/control 1 — samples — sample/control 7 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/7/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 7 — stored energy | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | J70 significant digits in the stored approximation | conductance/cases/1/samples/7/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 7 — source-delivered power | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/7/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 7 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/7/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 7 — storage Power | approximation | 8.000000000000000000000000000000000000000000000000000000000000000000000E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/7/storagePower |
| conductance — cases — sample/control 1 — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/8/u |
| conductance — cases — sample/control 1 — samples — sample/control 8 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | conductance/cases/1/samples/8/t |
| conductance — cases — sample/control 1 — samples — sample/control 8 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/1/samples/8/E |
| conductance — cases — sample/control 1 — samples — sample/control 8 — v | approximation | 1.700000000000000000000000000000000000000000000000000000000000000000000E+1 | V70 significant digits in the stored approximation | conductance/cases/1/samples/8/v |
| conductance — cases — sample/control 1 — samples — sample/control 8 — voltage derivative | approximation | 1.600000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/1/samples/8/dvdt |
| conductance — cases — sample/control 1 — samples — sample/control 8 — stored energy | approximation | 4.816666666666666666666666666666666666666666666666666666666666666666667E-2 | J70 significant digits in the stored approximation | conductance/cases/1/samples/8/storedEnergy |
| conductance — cases — sample/control 1 — samples — sample/control 8 — source-delivered power | approximation | 9.066666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/8/sourceDeliveredPower |
| conductance — cases — sample/control 1 — samples — sample/control 8 — conductance Absorbed Power | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | W70 significant digits in the stored approximation | conductance/cases/1/samples/8/conductanceAbsorbedPower |
| conductance — cases — sample/control 1 — samples — sample/control 8 — storage Power | approximation | 9.066666666666666666666666666666666666666666666666666666666666666666667E-1 | W70 significant digits in the stored approximation | conductance/cases/1/samples/8/storagePower |
| conductance — cases — sample/control 2 — G | rational | -1/150 | S | conductance/cases/2/G |
| conductance — cases — sample/control 2 — pole | rational | 20 | s^-1 | conductance/cases/2/pole |
| conductance — cases — sample/control 2 — equilibrium — status | metadata | unique | conductance/cases/2/equilibrium/status | |
| conductance — cases — sample/control 2 — equilibrium — voltage | rational | -8 | V | conductance/cases/2/equilibrium/voltage |
| conductance — cases — sample/control 2 — equilibrium — stability | metadata | unstable | conductance/cases/2/equilibrium/stability | |
| conductance — cases — sample/control 2 — samples — sample/control 0 — dimensionless time coordinate | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/0/u |
| conductance — cases — sample/control 2 — samples — sample/control 0 — physical SI time | approximation | 0.000000000000000000000000000000000000000000000000000000000000000000000E+0 | s70 significant digits in the stored approximation | conductance/cases/2/samples/0/t |
| conductance — cases — sample/control 2 — samples — sample/control 0 — retained exponential | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/0/E |
| conductance — cases — sample/control 2 — samples — sample/control 0 — v | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | V70 significant digits in the stored approximation | conductance/cases/2/samples/0/v |
| conductance — cases — sample/control 2 — samples — sample/control 0 — voltage derivative | approximation | 1.800000000000000000000000000000000000000000000000000000000000000000000E+2 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/0/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 0 — stored energy | approximation | 1.666666666666666666666666666666666666666666666666666666666666666666667E-4 | J70 significant digits in the stored approximation | conductance/cases/2/samples/0/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 0 — source-delivered power | approximation | 5.333333333333333333333333333333333333333333333333333333333333333333333E-2 | W70 significant digits in the stored approximation | conductance/cases/2/samples/0/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 0 — conductance Absorbed Power | approximation | -6.666666666666666666666666666666666666666666666666666666666666666666667E-3 | W70 significant digits in the stored approximation | conductance/cases/2/samples/0/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 0 — storage Power | approximation | 6.000000000000000000000000000000000000000000000000000000000000000000000E-2 | W70 significant digits in the stored approximation | conductance/cases/2/samples/0/storagePower |
| conductance — cases — sample/control 2 — samples — sample/control 1 — dimensionless time coordinate | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/1/u |
| conductance — cases — sample/control 2 — samples — sample/control 1 — physical SI time | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/2/samples/1/t |
| conductance — cases — sample/control 2 — samples — sample/control 1 — retained exponential | approximation | 1.284025416687741484073420568062436458336280865281463089217507296872208E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/1/E |
| conductance — cases — sample/control 2 — samples — sample/control 1 — v | approximation | 3.556228750189673356660785112561928125026527787533167802957565671849870E+0 | V70 significant digits in the stored approximation | conductance/cases/2/samples/1/v |
| conductance — cases — sample/control 2 — samples — sample/control 1 — voltage derivative | approximation | 2.311245750037934671332157022512385625005305557506633560591513134369974E+2 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/1/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 1 — stored energy | approximation | 2.107793820612601031361358668659399883921903259498550681710062248882604E-3 | J70 significant digits in the stored approximation | conductance/cases/2/samples/1/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 1 — source-delivered power | approximation | 1.896655333434492456885752060033028333347481486684356161577368358319931E-1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/1/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 1 — conductance Absorbed Power | approximation | -8.431175282450404125445434674637599535687613037994202726840248995530416E-2 | W70 significant digits in the stored approximation | conductance/cases/2/samples/1/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 1 — storage Power | approximation | 2.739772861679532869430295527496788286916242790483776434261393257872972E-1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/1/storagePower |
| conductance — cases — sample/control 2 — samples — sample/control 2 — dimensionless time coordinate | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/2/u |
| conductance — cases — sample/control 2 — samples — sample/control 2 — physical SI time | approximation | 2.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/2/samples/2/t |
| conductance — cases — sample/control 2 — samples — sample/control 2 — retained exponential | approximation | 1.648721270700128146848650787814163571653776100710148011575079311640661E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/2/E |
| conductance — cases — sample/control 2 — samples — sample/control 2 — v | approximation | 6.838491436301153321637857090327472144883984906391332104175713804765949E+0 | V70 significant digits in the stored approximation | conductance/cases/2/samples/2/v |
| conductance — cases — sample/control 2 — samples — sample/control 2 — voltage derivative | approximation | 2.967698287260230664327571418065494428976796981278266420835142760953190E+2 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/2/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 2 — stored energy | approximation | 7.794160854060701819662928622387684666698876014572568650918826161565837E-3 | J70 significant digits in the stored approximation | conductance/cases/2/samples/2/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 2 — source-delivered power | approximation | 3.647195432693948438206857114841318477271458616742043788893714029208506E-1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/2/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 2 — conductance Absorbed Power | approximation | -3.117664341624280727865171448955073866679550405829027460367530464626335E-1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/2/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 2 — storage Power | approximation | 6.764859774318229166072028563796392343951009022571071249261244493834841E-1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/2/storagePower |
| conductance — cases — sample/control 2 — samples — sample/control 3 — dimensionless time coordinate | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-1 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/3/u |
| conductance — cases — sample/control 2 — samples — sample/control 3 — physical SI time | approximation | 3.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/2/samples/3/t |
| conductance — cases — sample/control 2 — samples — sample/control 3 — retained exponential | approximation | 2.117000016612674668545369819837095610134491584702403421779133030810985E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/3/E |
| conductance — cases — sample/control 2 — samples — sample/control 3 — v | approximation | 1.105300014951407201690832837853386049121042426232163079601219727729886E+1 | V70 significant digits in the stored approximation | conductance/cases/2/samples/3/v |
| conductance — cases — sample/control 2 — samples — sample/control 3 — voltage derivative | approximation | 3.810600029902814403381665675706772098242084852464326159202439455459772E+2 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/3/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 3 — stored energy | approximation | 2.036146871752634972670553970218659558001649185679948981039825004481318E-2 | J70 significant digits in the stored approximation | conductance/cases/2/samples/3/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 3 — source-delivered power | approximation | 5.894933413074171742351108468551392261978892939904869757873171881226059E-1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/3/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 3 — conductance Absorbed Power | approximation | -8.144587487010539890682215880874638232006596742719795924159300017925273E-1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/3/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 3 — storage Power | approximation | 1.403952090008471163303332434942603049398548968262466568203247189915133E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/3/storagePower |
| conductance — cases — sample/control 2 — samples — sample/control 4 — dimensionless time coordinate | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/4/u |
| conductance — cases — sample/control 2 — samples — sample/control 4 — physical SI time | approximation | 5.000000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/2/samples/4/t |
| conductance — cases — sample/control 2 — samples — sample/control 4 — retained exponential | approximation | 2.718281828459045235360287471352662497757247093699959574966967627724077E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/4/E |
| conductance — cases — sample/control 2 — samples — sample/control 4 — v | approximation | 1.646453645613140711824258724217396247981522384329963617470270864951669E+1 | V70 significant digits in the stored approximation | conductance/cases/2/samples/4/v |
| conductance — cases — sample/control 2 — samples — sample/control 4 — voltage derivative | approximation | 4.892907291226281423648517448434792495963044768659927234940541729903338E+2 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/4/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 4 — stored energy | approximation | 4.518016011921335908563053807196537219842699662031757574263566920534357E-2 | J70 significant digits in the stored approximation | conductance/cases/2/samples/4/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 4 — source-delivered power | approximation | 8.781086109936750463062713195826113322568119383093139293174777946408901E-1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/4/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 4 — conductance Absorbed Power | approximation | -1.807206404768534363425221522878614887937079864812703029705426768213743E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/4/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 4 — storage Power | approximation | 2.685315015762209409731492842461226220193891803122016959022904562854633E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/4/storagePower |
| conductance — cases — sample/control 2 — samples — sample/control 5 — dimensionless time coordinate | approximation | 1.250000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/5/u |
| conductance — cases — sample/control 2 — samples — sample/control 5 — physical SI time | approximation | 6.250000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/2/samples/5/t |
| conductance — cases — sample/control 2 — samples — sample/control 5 — retained exponential | approximation | 3.490342957461841376130546029672265482651734398762351622499696738335272E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/5/E |
| conductance — cases — sample/control 2 — samples — sample/control 5 — v | approximation | 2.341308661715657238517491426705038934386560958886116460249727064501745E+1 | V70 significant digits in the stored approximation | conductance/cases/2/samples/5/v |
| conductance — cases — sample/control 2 — samples — sample/control 5 — voltage derivative | approximation | 6.282617323431314477034982853410077868773121917772232920499454129003489E+2 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/5/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 5 — stored energy | approximation | 9.136210415707936505348093729529983855599240626222290543273932256143564E-2 | J70 significant digits in the stored approximation | conductance/cases/2/samples/5/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 5 — source-delivered power | approximation | 1.248697952915017193875995427576020765006165844739262112133187767734264E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/5/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 5 — conductance Absorbed Power | approximation | -3.654484166283174602139237491811993542239696250488916217309572902457426E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/5/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 5 — storage Power | approximation | 4.903182119198191796015232919388014307245862095228178329442760670191690E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/5/storagePower |
| conductance — cases — sample/control 2 — samples — sample/control 6 — dimensionless time coordinate | approximation | 1.500000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/6/u |
| conductance — cases — sample/control 2 — samples — sample/control 6 — physical SI time | approximation | 7.500000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/2/samples/6/t |
| conductance — cases — sample/control 2 — samples — sample/control 6 — retained exponential | approximation | 4.481689070338064822602055460119275819005749868369667056772650082785937E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/6/E |
| conductance — cases — sample/control 2 — samples — sample/control 6 — v | approximation | 3.233520163304258340341849914107348237105174881532700351095385074507343E+1 | V70 significant digits in the stored approximation | conductance/cases/2/samples/6/v |
| conductance — cases — sample/control 2 — samples — sample/control 6 — voltage derivative | approximation | 8.067040326608516680683699828214696474210349763065400702190770149014686E+2 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/6/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 6 — stored energy | approximation | 1.742608774415866254267524859606572386198654256462756842532386767807386E-1 | J70 significant digits in the stored approximation | conductance/cases/2/samples/6/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 6 — source-delivered power | approximation | 1.724544087095604448182319954190585726456093270150773520584205373070583E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/6/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 6 — conductance Absorbed Power | approximation | -6.970435097663465017070099438426289544794617025851027370129547071229544E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/6/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 6 — storage Power | approximation | 8.694979184759069465252419392616875271250710296001800890713752444300127E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/6/storagePower |
| conductance — cases — sample/control 2 — samples — sample/control 7 — dimensionless time coordinate | approximation | 1.750000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/7/u |
| conductance — cases — sample/control 2 — samples — sample/control 7 — physical SI time | approximation | 8.750000000000000000000000000000000000000000000000000000000000000000000E-2 | s70 significant digits in the stored approximation | conductance/cases/2/samples/7/t |
| conductance — cases — sample/control 2 — samples — sample/control 7 — retained exponential | approximation | 5.754602676005730436866499704842692370922922308336526399809213147717421E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/7/E |
| conductance — cases — sample/control 2 — samples — sample/control 7 — v | approximation | 4.379142408405157393179849734358423133830630077502873759828291832945679E+1 | V70 significant digits in the stored approximation | conductance/cases/2/samples/7/v |
| conductance — cases — sample/control 2 — samples — sample/control 7 — voltage derivative | approximation | 1.035828481681031478635969946871684626766126015500574751965658366589136E+3 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/7/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 7 — stored energy | approximation | 3.196148038848753718156895399806883697128848623240422364208683546105462E-1 | J70 significant digits in the stored approximation | conductance/cases/2/samples/7/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 7 — source-delivered power | approximation | 2.335542617816083943029253191657825671376336041334866005241755644237695E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/7/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 7 — conductance Absorbed Power | approximation | -1.278459215539501487262758159922753478851539449296168945683473418442185E+1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/7/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 7 — storage Power | approximation | 1.512013477321109881565683479088536045989173053429655546207648982865955E+1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/7/storagePower |
| conductance — cases — sample/control 2 — samples — sample/control 8 — dimensionless time coordinate | approximation | 2.000000000000000000000000000000000000000000000000000000000000000000000E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/8/u |
| conductance — cases — sample/control 2 — samples — sample/control 8 — physical SI time | approximation | 1.000000000000000000000000000000000000000000000000000000000000000000000E-1 | s70 significant digits in the stored approximation | conductance/cases/2/samples/8/t |
| conductance — cases — sample/control 2 — samples — sample/control 8 — retained exponential | approximation | 7.389056098930650227230427460575007813180315570551847324087127822522574E+0 | dimensionless70 significant digits in the stored approximation | conductance/cases/2/samples/8/E |
| conductance — cases — sample/control 2 — samples — sample/control 8 — v | approximation | 5.850150489037585204507384714517507031862284013496662591678415040270316E+1 | V70 significant digits in the stored approximation | conductance/cases/2/samples/8/v |
| conductance — cases — sample/control 2 — samples — sample/control 8 — voltage derivative | approximation | 1.330030097807517040901476942903501406372456802699332518335683008054063E+3 | V/s70 significant digits in the stored approximation | conductance/cases/2/samples/8/dvdt |
| conductance — cases — sample/control 2 — samples — sample/control 8 — stored energy | approximation | 5.704043457397782887676249338514883375880140429947122586872346173665993E-1 | J70 significant digits in the stored approximation | conductance/cases/2/samples/8/storedEnergy |
| conductance — cases — sample/control 2 — samples — sample/control 8 — source-delivered power | approximation | 3.120080260820045442403938514409337083659884807198220048895154688144169E+0 | W70 significant digits in the stored approximation | conductance/cases/2/samples/8/sourceDeliveredPower |
| conductance — cases — sample/control 2 — samples — sample/control 8 — conductance Absorbed Power | approximation | -2.281617382959113155070499735405953350352056171978849034748938469466397E+1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/8/conductanceAbsorbedPower |
| conductance — cases — sample/control 2 — samples — sample/control 8 — storage Power | approximation | 2.593625409041117699310893586846887058718044652698671039638453938280814E+1 | W70 significant digits in the stored approximation | conductance/cases/2/samples/8/storagePower |
| conductance — zero Input Zero Conductance Control — G | rational | 0 | S | conductance/zeroInputZeroConductanceControl/G |
| conductance — zero Input Zero Conductance Control — injected Current | rational | 0 | A | conductance/zeroInputZeroConductanceControl/injectedCurrent |
| conductance — zero Input Zero Conductance Control — pole | rational | 0 | s^-1 | conductance/zeroInputZeroConductanceControl/pole |
| conductance — zero Input Zero Conductance Control — equilibrium — status | metadata | nonunique | conductance/zeroInputZeroConductanceControl/equilibrium/status | |
| conductance — zero Input Zero Conductance Control — equilibrium — voltage | null | null — see the explicit limit/status/reason in this source record | conductance/zeroInputZeroConductanceControl/equilibrium/voltage | |
| conductance — zero Input Zero Conductance Control — equilibrium — voltage Unit | metadata | V | conductance/zeroInputZeroConductanceControl/equilibrium/voltageUnit | |
| conductance — zero Input Zero Conductance Control — equilibrium — stability | metadata | neutral-constant-family | conductance/zeroInputZeroConductanceControl/equilibrium/stability | |
| conductance — zero Input Zero Conductance Control — equilibrium — reason | metadata | C dv/dt=0 retainsanyfiniteinitialvoltage | conductance/zeroInputZeroConductanceControl/equilibrium/reason | |
| conductance — zero Input Zero Conductance Control — initial Retained — v | rational | 1 | V | conductance/zeroInputZeroConductanceControl/initialRetained/v |
| conductance — zero Input Zero Conductance Control — initial Retained — voltage derivative | rational | 0 | V/s | conductance/zeroInputZeroConductanceControl/initialRetained/dvdt |
| conductance — zero Input Zero Conductance Control — initial Retained — stored energy | rational | 1/6000 | J | conductance/zeroInputZeroConductanceControl/initialRetained/storedEnergy |
| conductance — scope | metadata | referenceTau isonlycoordinate scale, notdecaytimewhenG<=0. NegativeG islocalpoweredmodel, no physicalunlimitedgrowthprediction. | conductance/scope |
Complete original impulse Controls source values, units and controls (22 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| impulse Controls — capacitor — parameters — C | rational | 1/3000 | F | impulseControls/capacitor/parameters/C |
| impulse Controls — capacitor — initial | rational | -2 | V | impulseControls/capacitor/initial |
| impulse Controls — capacitor — area | rational | 3/2000 | C | impulseControls/capacitor/area |
| impulse Controls — capacitor — jump | rational | 9/2 | V | impulseControls/capacitor/jump |
| impulse Controls — capacitor — final | rational | 5/2 | V | impulseControls/capacitor/final |
| impulse Controls — capacitor — initial Energy | rational | 1/1500 | J | impulseControls/capacitor/initialEnergy |
| impulse Controls — capacitor — final Energy | rational | 1/960 | J | impulseControls/capacitor/finalEnergy |
| impulse Controls — capacitor — energy Change | rational | 3/8000 | J | impulseControls/capacitor/energyChange |
| impulse Controls — capacitor — source Energy Status | metadata | not-assigned-without-regularization | impulseControls/capacitor/sourceEnergyStatus | |
| impulse Controls — capacitor — pointwise Impulse Power | null | null — see the explicit limit/status/reason in this source record | impulseControls/capacitor/pointwiseImpulsePower | |
| impulse Controls — capacitor — reason | metadata | Endpointstorageenergychangeisdefined; Diracdistributiontimesdiscontinuousstate isnotanordinarypowerfunction. | impulseControls/capacitor/reason | |
| impulse Controls — inductor — parameters — L | rational | 3/10 | H | impulseControls/inductor/parameters/L |
| impulse Controls — inductor — initial | rational | -1/4 | A | impulseControls/inductor/initial |
| impulse Controls — inductor — area | rational | 3/100 | V*s | impulseControls/inductor/area |
| impulse Controls — inductor — jump | rational | 1/10 | A | impulseControls/inductor/jump |
| impulse Controls — inductor — final | rational | -3/20 | A | impulseControls/inductor/final |
| impulse Controls — inductor — initial Energy | rational | 3/320 | J | impulseControls/inductor/initialEnergy |
| impulse Controls — inductor — final Energy | rational | 27/8000 | J | impulseControls/inductor/finalEnergy |
| impulse Controls — inductor — energy Change | rational | -3/500 | J | impulseControls/inductor/energyChange |
| impulse Controls — inductor — source Energy Status | metadata | not-assigned-without-regularization | impulseControls/inductor/sourceEnergyStatus | |
| impulse Controls — inductor — pointwise Impulse Power | null | null — see the explicit limit/status/reason in this source record | impulseControls/inductor/pointwiseImpulsePower | |
| impulse Controls — inductor — reason | metadata | Endpointstorageenergychangeisdefined; Diracdistributiontimesdiscontinuousstate isnotanordinarypowerfunction. | impulseControls/inductor/reason |
Complete original settling source values, units and controls (28 source fields)
Exact ratios and all stored 70-significant-digit approximations are retained, with their units, kind and source path. Plot coordinates and ticks are finite drawings. Null and unbounded/status controls are not ordinary zeros.
| Physical quantity and retained source context | Kind / status | Full stored value | Source unit / retained precision | Source path |
|---|---|---|---|---|
| settling — rows — sample/control 0 — fraction of initial deviation remaining | rational | 1/10 | dimensionless | settling/rows/0/fractionRemaining |
| settling — rows — sample/control 0 — dimensionless time coordinate | approximation | 2.302585092994045684017991454684364207601101488628772976033327900967573E+0 | dimensionless70 significant digits in the stored approximation | settling/rows/0/u |
| settling — rows — sample/control 0 — rc Time | approximation | 1.151292546497022842008995727342182103800550744314386488016663950483786E-1 | s70 significant digits in the stored approximation | settling/rows/0/rcTime |
| settling — rows — sample/control 0 — rl Time | approximation | 5.756462732485114210044978636710910519002753721571932440083319752418932E-2 | s70 significant digits in the stored approximation | settling/rows/0/rlTime |
| settling — rows — sample/control 1 — fraction of initial deviation remaining | rational | 1/100 | dimensionless | settling/rows/1/fractionRemaining |
| settling — rows — sample/control 1 — dimensionless time coordinate | approximation | 4.605170185988091368035982909368728415202202977257545952066655801935145E+0 | dimensionless70 significant digits in the stored approximation | settling/rows/1/u |
| settling — rows — sample/control 1 — rc Time | approximation | 2.302585092994045684017991454684364207601101488628772976033327900967573E-1 | s70 significant digits in the stored approximation | settling/rows/1/rcTime |
| settling — rows — sample/control 1 — rl Time | approximation | 1.151292546497022842008995727342182103800550744314386488016663950483786E-1 | s70 significant digits in the stored approximation | settling/rows/1/rlTime |
| settling — rows — sample/control 2 — fraction of initial deviation remaining | rational | 1/1000 | dimensionless | settling/rows/2/fractionRemaining |
| settling — rows — sample/control 2 — dimensionless time coordinate | approximation | 6.907755278982137052053974364053092622803304465886318928099983702902718E+0 | dimensionless70 significant digits in the stored approximation | settling/rows/2/u |
| settling — rows — sample/control 2 — rc Time | approximation | 3.453877639491068526026987182026546311401652232943159464049991851451359E-1 | s70 significant digits in the stored approximation | settling/rows/2/rcTime |
| settling — rows — sample/control 2 — rl Time | approximation | 1.726938819745534263013493591013273155700826116471579732024995925725679E-1 | s70 significant digits in the stored approximation | settling/rows/2/rlTime |
| settling — five Tau Remainder | approximation | 6.737946999085467096636048423148424248849585027355085430305531572683523E-3 | dimensionless70 significant digits in the stored approximation | settling/fiveTauRemainder |
| settling — five Tau R C Time | rational | 1/4 | s | settling/fiveTauRCTime |
| settling — five Tau R L Time | rational | 1/8 | s | settling/fiveTauRLTime |
| settling — crossings — rc Reverse — status | metadata | unique-positive-time | settling/crossings/rcReverse/status | |
| settling — crossings — rc Reverse — exponential At Crossing | rational | 4/5 | dimensionless | settling/crossings/rcReverse/exponentialAtCrossing |
| settling — crossings — rc Reverse — dimensionless time coordinate | approximation | 2.231435513142097557662950903098345033746010855480072136712878724873917E-1 | dimensionless70 significant digits in the stored approximation | settling/crossings/rcReverse/u |
| settling — crossings — rc Reverse — time | approximation | 1.115717756571048778831475451549172516873005427740036068356439362436959E-2 | s70 significant digits in the stored approximation | settling/crossings/rcReverse/time |
| settling — crossings — rc Reverse — state At Crossing | rational | 0 | V | settling/crossings/rcReverse/stateAtCrossing |
| settling — crossings — rc Reverse — stored Energy At Crossing | rational | 0 | J | settling/crossings/rcReverse/storedEnergyAtCrossing |
| settling — crossings — rl Reverse — status | metadata | unique-positive-time | settling/crossings/rlReverse/status | |
| settling — crossings — rl Reverse — exponential At Crossing | rational | 2/3 | dimensionless | settling/crossings/rlReverse/exponentialAtCrossing |
| settling — crossings — rl Reverse — dimensionless time coordinate | approximation | 4.054651081081643819780131154643491365719904234624941976140143241441007E-1 | dimensionless70 significant digits in the stored approximation | settling/crossings/rlReverse/u |
| settling — crossings — rl Reverse — time | approximation | 1.013662770270410954945032788660872841429976058656235494035035810360252E-2 | s70 significant digits in the stored approximation | settling/crossings/rlReverse/time |
| settling — crossings — rl Reverse — state At Crossing | rational | 0 | A | settling/crossings/rlReverse/stateAtCrossing |
| settling — crossings — rl Reverse — stored Energy At Crossing | rational | 0 | J | settling/crossings/rlReverse/storedEnergyAtCrossing |
| settling — scope | metadata | Fractionsnormalizeinitialdeviationfromfiniteequilibrium; initialequaltoequilibriumhaszeroerrorandneedsnotthisratio. No finite5tau exactsettlingclaim. | settling/scope |
Focus a labelled graph or table region and scroll it locally with arrow keys. Stored values retain all exact fractions, 70-significant-digit approximations, signs, units and explicit limit/status controls.
| Criterion | Normalized time | RC physical time | RL physical time |
|---|---|---|---|
| 10% initial deviation remains | ln(10) | ln(10)/20 s | ln(10)/40 s |
| 1% remains | ln(100) | ln(100)/20 s | ln(100)/40 s |
| 0.1% remains | ln(1000) | ln(1000)/20 s | ln(1000)/40 s |
| Five time constants | 5; remainder exp(−5)≠0 | 1/4 s | 1/8 s |
| Reversed preparation crosses zero | Different events in the two families | ln(5/4)/20 s | ln(3/2)/40 s |
Reduce the surrounding network without removing the state
The preceding circuit-theorem lesson supplies a disciplined reduction: identify the storage terminals, replace an appropriate fixed linear surrounding network by its port relation, and retain the storage variable outside that reduction. A capacitor driven through a finite positive R_th has τ=R_th C. An inductor in an appropriate finite positive series resistance has τ=L/R_th. Independent sources establish forcing and equilibrium; dependent sources can also change the slope.
Count independent state variables rather than counting drawn storage symbols alone. Ideal constraints can relate capacitor voltages or inductor currents, while a disconnected storage element can retain a constant state. The sharing circuit has a conserved common-charge mode and a relaxing differential mode. More general networks can have several modes, algebraic constraints or singular connections; they need not be described by a single exponential or a single time constant.
An ideal source connected directly across a capacitor fixes its voltage and may conflict with a different pre-switch state unless a singular current supplies the required charge. An ideal current constraint through an inductor has the dual issue. The appropriate question is whether the proposed connection and initial state admit the claimed finite continuation. A familiar equivalent symbol does not resolve an inconsistent ideal limit or certify a physical switching mechanism.
Separate nondimensional similarity from measurement accuracy
Writing u=t/τ exposes a shared stable first-order shape: normalized deviation exp(−u). It does not make the physical currents, voltages or energies identical. The RC and RL time scales in this article differ, as do their initial states and source powers. Every plotted or tabulated normalized coordinate must retain the physical time conversion and the quantity used as its amplitude scale.
The scientific records keep exact rational parameters, explicit units, exact endpoint or limit controls, and exponential or logarithmic approximations marked with their significant-digit precision. Calculations use higher working precision and carry unrounded switch states. Approximate displayed samples must not be described as exact transcendental values, and numerical agreement is not a measurement uncertainty analysis.
In an experiment, parameter tolerance, temperature, parasitic capacitance or inductance, probe loading, source bandwidth and switch timing can affect the response. Inferring R or C from a fitted exponential requires a valid model and an uncertainty treatment; no such empirical fit is being claimed here. A useful comparison first checks polarity, time units, initial state, source waveform and topology before interpreting a discrepancy as new material physics.
Connect relaxation to other physical systems carefully
A body with fixed positive thermal capacitance C_th connected to a bath by a fixed positive thermal conductance K can obey C_th dT/dt+K(T−T_bath)=P(t). Its relaxation time C_th/K has the same mathematical role as RC, with temperature and heat flow carrying their own units. A well-mixed linear transport or scalar population model can also have a forced first-order equation under suitable assumptions.
This resemblance transfers a solution method, not every constitutive interpretation. Electrical energy is quadratic in voltage or current for the ideal storage laws used here; a thermal state and its stored energy need their own thermodynamic definition. Noise, nonlinear transport, spatial gradients, saturation and delayed feedback can break a single-state approximation. A fitted exponential alone does not establish a common microscopic mechanism.
Conserved quantities can coexist with decaying differences, as charge sharing demonstrates. Conversely, a source can drive a mode with zero restoring coefficient into drift, while a negative effective coefficient can amplify deviations. Those distinctions recur in other systems, but a claim of physical stability must retain the actual state variables, source law, parameter range and boundary conditions of that system.
Audit the complete initial-value and energy problem
Before accepting a transient result, state the topology on each interval, the input waveform, the associated voltage/current references and the inherited storage state. Check dimensions, the differential equation, the initial value, and every one-sided switching condition. A correct asymptote with the wrong initial amplitude is not the solution to the specified problem.
Next audit instantaneous power and finite-window work. Separate source delivery from absorption, actual storage change from final storage energy, interval work from accumulated global work, and a finite work integral from an infinite ongoing one. Keep nonunique equilibria, absent equilibria, ordinary jumps and impulse-driven state jumps explicit instead of replacing them with default numerical zeros.
This lesson establishes first-order RC and RL reasoning, not a complete account of all electrical dynamics. Two interacting energy-storage modes lead into the RLC and resonance lesson; sinusoidal steady state requires the phasor and AC-power lesson; a physical freewheel diode requires the diode lesson. Retaining those boundaries lets a carefully checked first-order model become a reliable starting point rather than a substitute for further physics.
Worked examples
A reversed capacitor changes energy direction before settling
For R=150 Ω,C=1/3000 F,V_s=8 V and v_0=−2 V, find the response, its zero crossing and the complete-settling energy ledger.
- The time constant is RC=1/20 s. With u=t/τ, v_C=8−10exp(−u) V and i=(1/15)exp(−u) A. The initial condition and KVL are satisfied.
- At t=τ, v_C=8−10/e V and i=1/(15e) A. Setting v_C=0 instead gives exp(−u)=4/5, so the zero crossing is t=ln(5/4)/20 s.
- The initial energy is C(−2 V)²/2=1/1500 J and the final energy is C(8 V)²/2=4/375 J. Their difference is 1/100 J; the negative initial voltage did not make the initial energy negative.
- Over full settling, source-delivered work is CV_s(V_s−v_0)=2/75 J and resistor work is C(V_s−v_0)²/2=1/60 J. Since 1/60+1/100=2/75, the ledger closes. Initially p_C=−2/15 W, so the capacitor first delivers energy before absorbing it.
The voltage is continuous, crosses zero at ln(5/4)/20 s and approaches 8 V asymptotically. Storage change, resistor heat and source work have distinct exact values.
An overcharged capacitor returns energy to the source
Keep the same R,C and 8 V source, but start the capacitor at 12 V. Which elements absorb the released energy?
- The response is v_C=8+4exp(−u) V and i=−(2/75)exp(−u) A. Current is negative relative to the source-to-capacitor arrow, so the ideal positive-voltage source absorbs power.
- The total signed charge transferred through that arrow is C(8−12)=−1/750 C. Source-delivered work is 8 V times that charge, −4/375 J. Its negative sign denotes absorption of 4/375 J.
- Resistor heat is C(8−12)²/2=1/375 J. Capacitor energy change is C(8²−12²)/2=−1/75 J.
- Check W_s=W_R+ΔU:−4/375=1/375−1/75 J. The capacitor loses 1/75 J, divided between positive resistor heat and source absorption. A real supply that cannot sink current would require a different model.
The ideal source absorbs 4/375 J and the resistor absorbs 1/375 J. A universal half-energy rule would give the wrong physical ledger.
A reversed inductor current passes through zero
For R=12 Ω,L=3/10 H,V_s=6 V and i_0=−1/4 A, find the current and zero crossing, then distinguish final storage from total work.
- Here τ=L/R=1/40 s and I_∞=1/2 A. Hence i=1/2−(3/4)exp(−u) A and v_L=9exp(−u) V. The initial inductor power is (9 V)(−1/4 A)=−9/4 W.
- Initially the source delivers (6 V)(−1/4 A)=−3/2 W and the resistor absorbs 12 Ω×(1/4 A)²=3/4 W. The signed identity −3/2=3/4−9/4 W closes.
- The current is zero when exp(−u)=2/3, giving t=ln(3/2)/40 s. The inductor energy is then zero and subsequently rises toward L(1/2 A)²/2=3/80 J.
- At long times the resistor and source powers both approach 3 W. Their accumulated works are unbounded, while their finite-window difference equals the change from initial energy 3/320 J to the evolving inductor energy. Do not replace either work integral by 3/80 J.
The current crosses zero at ln(3/2)/40 s. Final inductor storage is finite, but a continuously driven resistor keeps consuming work.
Carry an exact switch voltage through the RC pulse
Apply the original 8 V RC input for 3/2 time constants, then set the source to 0 V through the same resistor. Retain both switching limits.
- Let α=exp(−3/2) and T_on=3/40 s. The inherited voltage is v_*=8−10α V; this expression is evaluated at working precision and is not reconstructed from a rounded table.
- The left current is (8−v_*)/(150 Ω)=α/15 A. The right current is −v_*/(150 Ω), so its jump is −8/150 A=−4/75 A. The capacitor voltage itself has no jump.
- For w=(t−T_on)/(1/20 s), v_C=v_*exp(−w). At w=1 the voltage is v_*/e. Off-interval heat is Cv_*²[1−exp(−2w)]/2, with zero additional source work.
- The total source work accumulated on the first interval is (2/75)(1−α) J. After complete discharge, global resistor heat is that quantity plus the initial 1/1500 J. The global ledger includes the preparation; the off-interval ledger starts from the switch state.
The inherited voltage is continuous and the current has a finite jump. The complete heat cannot be computed by discarding the on interval or by resetting the state.
Move the inductor into a closed return path
After 3/2 on time constants in the original reversed RL case, disconnect the source into a closed 18 Ω return loop. What is inherited and what changes?
- The switch occurs at T_on=3/80 s. With α=exp(−3/2), i_*=1/2−3α/4 A. That current is retained on both sides of the switch.
- The left inductor voltage is 9α V. On the right it is −18 Ω×i_*; the voltage can jump while current stays continuous. The new time constant is L/18 Ω=1/60 s.
- After switching, i=i_*exp(−w),w=(t−T_on)/(1/60 s). At w=1 the absolute time is 3/80+1/60=13/240 s. Confusing w with the old normalized time would shift the physical trajectory.
- The finite on-interval source work reduces to (9/80)α J. The eventual global resistor work is (9/80)α+3/320 J because final storage is zero. The source does no off-interval work, and the closed resistor path supplies a finite-voltage continuation.
Current memory is preserved, the voltage and decay scale change, and the energy audit remains global. No physical diode law or open-inductor finite-voltage assumption is used.
Use the conserved mode before computing sharing heat
Two capacitors of 3 μF and 2 μF start at 10 V and −5 V and share charge through 500 Ω. Find the common voltage, decay scale and energy transfer.
- Total top-terminal charge is (3 μF)(10 V)+(2 μF)(−5 V)=20 μC. Dividing by total capacitance 5 μF gives v_f=4 V. The differential capacitance is C_eq=(3×2/5) μF=6/5 μF, so τ=500 Ω×C_eq=3/5000 s.
- With E=exp(−t/τ), v_1=4+6E V,v_2=4−9E V and i=(3/100)E A from 1 to 2. Initially p_1=−3/10 W,p_2=−3/20 W and p_R=9/20 W, summing to zero.
- Initial energy is [3×10²+2×(−5)²]/2 μJ=175 μJ. Final energy is (5 μF)(4 V)²/2=40 μJ. The heat released over full settling is 135 μJ.
- At t=τ the storage and heat are 40+135e⁻² μJ and 135(1−e⁻²) μJ. Their sum remains 175 μJ. The second capacitor can initially lose energy while receiving positive charge because its voltage is initially negative.
The conserved charge fixes 4 V; the voltage difference decays on 0.6 ms. Full-settling heat is 135 μJ for every fixed positive R, with no claim that an ideal R=0 switch supplies the same omitted mechanism.
Check the ramp by convolution and unilateral transform
With the original RC pair initially uncharged, apply V_s=40t V when t is in seconds. Derive the response and evaluate it at one time constant.
- For τ=1/20 s, the zero-state convolution is (1/τ)∫₀ᵗ exp[−(t−s)/τ](40 V/s)s ds. Integration yields v_C=(40 V/s)[t−τ(1−exp(−t/τ))].
- The transform equation is (τs+1)V(s)=a/s². Partial fractions give V(s)=a[1/s²−τ/s+τ/(s+1/τ)], whose inverse matches the convolution result.
- At t=τ, V_s=2 V,v_C=2/e V and i=Ca(1−e⁻¹)=(1/75)(1−e⁻¹) A. The resistor voltage 2(1−e⁻¹) V completes KVL.
- The state begins with v_C=0 and dv_C/dt=0. At long times its slope approaches 40 V/s, current approaches 1/75 A and the source-capacitor voltage difference approaches 2 V. A constant lag does not imply a constant final voltage.
Both algebraic routes give the same causal response with the stated initial condition. The ideal unbounded ramp has no finite steady capacitor voltage or finite total supplied work.
Classify the restoring coefficient before interpreting a curve
For C=1/3000 F,I=4/75 A,v_0=1 V, compare G=1/150,0,−1/150 S using u=t/(1/20 s).
- With G=1/150 S, equilibrium is I/G=8 V and pole is −G/C=−20 s⁻¹. The solution is v=8−7exp(−u) V, which approaches that equilibrium.
- At G=0, integrate dv/dt=I/C=160 V/s. Since t=u/20 s, v=1+8u V. No constant voltage can satisfy the driven equilibrium equation 0×v=4/75 A.
- With G=−1/150 S, the equilibrium is −8 V and the pole is +20 s⁻¹. The solution v=−8+9exp(u) V departs from equilibrium. At the initial state, source power is 4/75 W, conductance absorption is −1/150 W and storage power is 3/50 W; the signed ledger closes.
- If the injected current is also zero in the G=0 control, every constant voltage is an equilibrium and the chosen initial state remains. That neutral family differs from the driven drift. The negative-G case is a powered local model, not a prediction of physically unlimited energy or voltage.
Existence of an equilibrium, uniqueness of its value and attraction to it are different questions. A common plotting time scale does not make all three responses decays.
Use impulse area to find states, not an undefined point power
Apply the separate original impulse controls to the ideal capacitor and inductor. Compute the jumps and endpoint energy changes.
- For the capacitor, Δv=Q_imp/C=(3/2000 C)/(1/3000 F)=9/2 V. From −2 V it reaches 5/2 V. Its energy changes from 1/1500 J to 1/960 J.
- The capacitor energy increase is 1/960−1/1500=3/8000 J. Its initial negative voltage and the positive charge area must both be retained when evaluating the endpoints.
- For the inductor, Δi=Φ_imp/L=(3/100 V·s)/(3/10 H)=1/10 A. From −1/4 A it reaches −3/20 A. Its energy changes from 3/320 J to 27/8000 J, a decrease of 3/500 J.
- The integrated constitutive laws determine those state jumps. They do not define a pointwise product of a Dirac impulse with a discontinuous state, nor assign source energy or switch dissipation without a specified regularized process.
Positive impulse areas do not by themselves determine the sign of storage-energy change. The endpoint changes are well-defined; unsupported distributional power assignments are not.
Try it yourself
Find the original RC and RL time constants and express them in milliseconds.
Show the answer and reasoning
τ_C=1/20 s=50 ms; τ_L=1/40 s=25 ms.
Use RC for the capacitor voltage equation and L/R for the inductor current equation. Ω·F and H/Ω both reduce to seconds; interchanging the two formulas gives an incorrect scale.
For the reversed RC case, identify the zero-input and zero-state voltage responses. Is its homogeneous term with particular solution 8 V the zero-input response?
Show the answer and reasoning
v_ZI=−2exp(−u) V and v_ZS=8[1−exp(−u)] V. Their sum is 8−10exp(−u) V; the homogeneous term −10exp(−u) V in that particular-solution decomposition is different.
The zero-input response is defined by the inherited state with the independent source set to zero. A chosen particular solution changes the algebraic homogeneous coefficient without changing the total physical response.
The reversed RC preparation initially has positive current and negative voltage. What are the initial current and storage power, and does the stored energy initially rise?
Show the answer and reasoning
i(0+)=1/15 A and p_C(0+)=−2/15 W, so the stored energy initially falls.
The current adds positive signed charge to a negatively charged capacitor. Since energy is Cv²/2, motion toward zero voltage reduces energy even though dv/dt is positive.
In the overcharged RC preparation, must the resistor have negative power because the ideal source absorbs returned energy?
Show the answer and reasoning
No. Resistor power is Ri²≥0; complete-settling heat is 1/375 J while the source absorbs 4/375 J.
The capacitor loses 1/75 J. The source-delivered work is −4/375 J, and W_s=W_R+ΔU retains both the positive heat and negative storage change.
For the zero-initial-voltage RC preparation at t=τ_C, is capacitor energy half of the source-delivered work?
Show the answer and reasoning
No. U_C/W_s=(1−e⁻¹)/2, less than 1/2.
At a finite T, U_C=CV_s²(1−E_T)²/2 and W_s=CV_s²(1−E_T). Their ratio tends to 1/2 only as E_T→0. The full-settling half rule is not a finite-window identity.
When does the reversed RL current become zero, and what is the inductor energy then?
Show the answer and reasoning
t=ln(3/2)/40 s and U_L=0.
Set 1/2−(3/4)exp(−t/τ_L)=0. The current subsequently grows positive and the energy rises again; a zero crossing is not settling at the nonzero final current.
The driven RL case has limiting energy 3/80 J. What happens to source and resistor work over an arbitrarily long interval?
Show the answer and reasoning
Both grow without bound because the limiting source and resistor powers are 3 W.
The finite-window difference W_s(T)−W_R(T) remains U(T)−U(0). A finite stored-energy limit does not make either continuing work integral finite, and ∞−∞ is not the calculation.
At the RC pulse switch-off, which state stays continuous and what is the current jump?
Show the answer and reasoning
v_C and its stored energy stay continuous; i(+)−i(−)=−4/75 A.
Both currents use the same inherited capacitor voltage. Subtracting the left current [8−v_*]/R from the right current [0−v_*]/R gives the finite jump from the source change, with no impulse charge needed.
Why can the original RL source be removed into the stated resistor return but not simply replaced by an open circuit while also assuming finite inductor voltage?
Show the answer and reasoning
The closed return provides a compatible current path and v_L=−18 Ω×i. An open path at nonzero ideal inductor current conflicts with that finite-voltage continuation.
An actual opening can involve capacitance, arcing, radiation or a singular voltage-time area. Those mechanisms must be specified rather than inferred from a current-continuity slogan.
In the sharing case, capacitor 2 receives positive signed charge initially. Why does it nevertheless deliver energy?
Show the answer and reasoning
Its initial voltage is −5 V and entering current is 3/100 A, so p_C2=−3/20 W.
Its voltage moves toward zero, reducing Cv²/2. Charge transfer and energy transfer have different signed products; the two capacitor powers plus resistor heat sum to zero.
If the sharing resistor doubles, how do the time constant and full-settling heat change? Can the result be asserted by setting R exactly to zero?
Show the answer and reasoning
The time constant doubles and the full-settling heat remains 135 μJ for positive R. The ideal R=0 connection requires separate singular-switch physics.
At a fixed finite observation time the heat generally changes because the exponential changes. Independence from R refers to complete settling, not every finite time or an omitted parasitic mechanism.
For the original uncharged RC ramp, what are the initial capacitor slope and the eventual source-minus-capacitor voltage?
Show the answer and reasoning
dv_C/dt at 0+ is zero; the voltage difference tends to 2 V.
The input is initially zero and the capacitor has no resistor drop at the origin, so i initially vanishes. Later dv_C/dt approaches 40 V/s and the finite RC lag is aτ; the capacitor voltage itself is not bounded.
For a regular post-switch RC problem with initial voltage v_0, which term is missing if one writes only V(s)=V_s(s)/(τs+1)?
Show the answer and reasoning
The initial-state term τv_0/(τs+1) is missing.
Using the 0+ derivative rule gives τ[sV(s)−v_0]+V(s)=V_s(s). The source transfer factor alone is a zero-state statement. An origin impulse requires an explicitly compatible pre-initial convention or a separately applied state jump.
Compare G=0 with injected current 4/75 A and with injected current zero.
Show the answer and reasoning
The driven case has v=1+8u V and no equilibrium; the unforced case retains any chosen finite constant initial voltage.
Zero restoring conductance does not make a driven capacitor settle. With both terms zero, the equilibrium value is nonunique rather than forced to zero; the state history selects the constant response.
Do the positive impulse areas in the original controls both increase stored energy?
Show the answer and reasoning
No. Capacitor energy increases by 3/8000 J, while inductor energy decreases by 3/500 J.
The capacitor moves from −2 V to 5/2 V, increasing squared voltage. The inductor moves from −1/4 A to −3/20 A, decreasing squared current. Integrated area determines a signed state jump; endpoint squares determine energy change.
Is a stable first-order response exactly at its asymptote after five time constants, and what time leaves 1% of its initial deviation?
Show the answer and reasoning
The five-τ remainder is exp(−5), not zero. A 1% remainder requires t=τ ln(100).
State the error relative to the initial deviation and the specified finite equilibrium. If the initial deviation is zero there is no settling delay to infer from that ratio, and active growth or driven drift does not satisfy the decay assumption.
What to carry forward
- An initial storage state and the future input are independent data for the new interval.
- For the stated positive-resistance models, τ_C=RC and τ_L=L/R, with directions determined by the initial and final states.
- Capacitor voltage and inductor current are continuous when their respective concentrated charge or voltage-time areas vanish.
- Complementary currents, voltages and derivatives can jump at an ordinary switch while stored state remains continuous.
- Associated references fix power signs; a source can absorb energy and a storage element can deliver it.
- Finite-window work is not final stored energy, and a driven RL resistor can consume unbounded work with finite limiting storage.
- Piecewise solutions inherit the unrounded switch state and retain both local and absolute time coordinates.
- Charge sharing conserves total signed charge while its difference mode dissipates energy through a positive resistor.
- Zero-input and zero-state responses have different boundary definitions; power and energy do not simply superpose.
- A unilateral Laplace calculation must retain its initial-state term and use a consistent origin convention for impulses.
- Positive, zero and negative net conductance produce different equilibrium and stability questions.
- Impulse area determines state jump; endpoint energy is defined even when an unsupported pointwise impulse-power product is not.
- Settling needs a stated error criterion; five time constants is not exact completion.
- RLC, phasor and diode behavior retain their separate later lessons and required physical assumptions.
References
Sources for the concepts and teaching approaches in this article.
Massachusetts Institute of Technology6 sources
- MIT 6.200: Driven first-order networks (Spring 2024)Massachusetts Institute of Technology — First-Order Driven Response lecture materials.Course notes · PDF
- MIT 6.002: First-order circuits, Lecture 12Anant Agarwal and Jeffrey Lang, Massachusetts Institute of Technology, MIT OpenCourseWare.Course notes · PDF
- MIT 6.002: State and zero-input/zero-state response, Lecture 14Anant Agarwal and Jeffrey Lang, Massachusetts Institute of Technology, MIT OpenCourseWare.Course notes · PDF
- MIT 6.002: Energy and power, Lecture 22Anant Agarwal and Jeffrey Lang, Massachusetts Institute of Technology, MIT OpenCourseWare.Course notes · PDF
- William M. Siebert: The Unilateral Laplace TransformWilliam M. Siebert, The MIT Press; MIT-hosted chapter extract.Textbook chapter · PDF
- Lundberg, Miller and Trumper: Initial Conditions, Generalized Functions, and the Laplace TransformKent H. Lundberg, Haynes R. Miller and David L. Trumper, Massachusetts Institute of Technology.Research paper · PDF