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发表于 2010-7-29 18:34:37
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显示全部楼层
Pass, Rnorm=4.747E+07 Ratio=1.902E-01 Tdamp=6.667E-01
XR 2 4.3248E-02 3.5672E+01 1.3284E+00 0
Pass, Rnorm=1.217E+06 Ratio=2.564E-02 Tdamp=9.546E-01
XR 3 3.1600E-02 3.5518E+01 9.2915E-01 0
Pass, Rnorm=1.581E+03 Ratio=1.299E-03 Tdamp=9.950E-01
XR 4 5.6876E-03 3.7781E+02 3.5204E-01 0
Pass, Rnorm=1.086E+02 Ratio=6.871E-02 Tdamp=1.000E+00
XR 5 4.9769E-09 4.1858E+01 3.7620E-02 0
Pass, Rnorm=3.969E-05 Ratio=3.654E-07 Tdamp=1.000E+00
XR 6 2.8576E-10 6.2589E-01 5.4298E-04 0
Pass, Rnorm=5.262E-07 Ratio=1.326E-02 Tdamp=1.000E+00
XR 7 1.7732E-11 2.3728E-04 1.5185E-05 0
Pass, Rnorm=1.554E-10 Ratio=2.953E-04 Tdamp=1.000E+00
XR 8 3.2162E-17 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 5.67162329E-24
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -4.2675E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9736E-18 -1.1705E-12 -1.1705E-12
drain 3.9101E+01 1.0862E-16 1.1715E-12 -1.0175E-15 1.1705E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.61 minutes
Total cpu time = 14.74 minutes
Continuation method:
Slope: 1.431E+00 Device Resistance: 2.288E+13
V: 40.6433 I: 1.238E-12
R: 1.000E+07 Va: 4.064E+01
Lte: 4.774E-02 dV: 1.543E+00 dI: 6.742E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 4.0643322E+01
norm iter v-error n-error p-error iiter
XR 1 4.5223E-02 8.7856E+00 2.4844E+00 0
Pass, Rnorm=1.454E+08 Ratio=2.304E-01 Tdamp=6.667E-01
XR 2 2.9514E-02 7.5131E+01 9.6893E-01 0
Pass, Rnorm=5.042E+06 Ratio=3.467E-02 Tdamp=9.455E-01
XR 3 2.1313E-02 8.0888E+00 9.3215E-01 0
Pass, Rnorm=5.591E+02 Ratio=1.109E-04 Tdamp=1.000E+00
XR 4 3.3507E-04 1.5639E+01 3.9859E-01 0
Pass, Rnorm=3.700E+00 Ratio=6.618E-03 Tdamp=1.000E+00
XR 5 2.1361E-09 9.6561E+00 1.2172E-02 0
Pass, Rnorm=3.312E-06 Ratio=8.952E-07 Tdamp=1.000E+00
XR 6 1.4738E-10 1.8152E-01 4.0619E-04 0
Pass, Rnorm=4.935E-08 Ratio=1.490E-02 Tdamp=1.000E+00
XR 7* 4.5951E-13 5.2684E-06 2.8978E-07 0
Pass, Rnorm=7.549E-11 Ratio=1.530E-03 Tdamp=1.000E+00
XR 8 1.2886E-16 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 7.88104045E-29
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -4.3679E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9840E-18 -1.2182E-12 -1.2182E-12
drain 4.0643E+01 1.0862E-16 1.2192E-12 -1.0592E-15 1.2182E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.59 minutes
Total cpu time = 15.33 minutes
Continuation method:
Slope: 1.278E+00 Device Resistance: 2.560E+13
V: 42.3690 I: 1.286E-12
R: 1.000E+07 Va: 4.237E+01
Lte: 4.501E-02 dV: 1.726E+00 dI: 6.741E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 4.2368985E+01
norm iter v-error n-error p-error iiter
XR 1 3.3094E-02 8.8143E+00 4.0863E+00 0
Pass, Rnorm=1.786E+08 Ratio=2.740E-01 Tdamp=6.667E-01
XR 2 2.6673E-02 3.1828E+02 2.8005E+00 0
Pass, Rnorm=7.159E+06 Ratio=4.008E-02 Tdamp=9.359E-01
XR 3 2.1722E-02 1.8287E+01 9.3615E-01 0
Pass, Rnorm=5.378E+03 Ratio=7.512E-04 Tdamp=9.950E-01
XR 4 2.6586E-03 2.9858E+01 7.2518E-01 0
Pass, Rnorm=4.076E+00 Ratio=7.579E-04 Tdamp=1.000E+00
XR 5 6.3781E-06 1.1055E+01 6.4010E-02 0
Pass, Rnorm=1.697E-03 Ratio=4.163E-04 Tdamp=1.000E+00
XR 6 4.2810E-10 2.8208E-01 1.9430E-02 0
Pass, Rnorm=9.883E-11 Ratio=5.824E-08 Tdamp=1.000E+00
XR 7 5.3040E-13 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 1.97379932E-22
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -4.4746E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9860E-18 -1.2637E-12 -1.2637E-12
drain 4.2369E+01 1.0862E-16 1.2648E-12 -1.0991E-15 1.2637E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.57 minutes
Total cpu time = 15.91 minutes
Continuation method:
Slope: 8.779E-01 Device Resistance: 3.740E+13
V: 44.5597 I: 1.322E-12
R: 1.000E+07 Va: 4.456E+01
Lte: 5.444E-02 dV: 2.191E+00 dI: 5.858E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 4.4559750E+01
norm iter v-error n-error p-error iiter
XR 1 2.5007E-02 1.0593E+01 3.3002E+01 0
Pass, Rnorm=4.620E+06 Ratio=1.451E-01 Tdamp=6.667E-01
XR 2 2.4055E-02 8.4809E+01 3.1887E+01 0
Pass, Rnorm=5.656E+04 Ratio=1.224E-02 Tdamp=9.650E-01
XR 3 8.6793E-03 9.2599E+00 2.4057E+00 0
Pass, Rnorm=1.885E+01 Ratio=3.333E-04 Tdamp=9.950E-01
XR 4 6.1445E-04 3.0382E+01 1.0326E+00 0
Pass, Rnorm=1.258E+00 Ratio=6.672E-02 Tdamp=1.000E+00
XR 5 2.1036E-09 8.2465E+00 9.9394E-01 0
Pass, Rnorm=5.170E-03 Ratio=4.111E-03 Tdamp=1.000E+00
XR 6 6.6340E-10 5.7221E-03 7.3554E-01 0
Pass, Rnorm=6.342E-08 Ratio=1.227E-05 Tdamp=1.000E+00
XR 7 1.2846E-11 7.8424E-05 5.9509E-04 0
Pass, Rnorm=3.122E-10 Ratio=4.923E-03 Tdamp=1.000E+00
XR 8* 9.3649E-17 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 9.06473067E-12
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -4.6051E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9925E-18 -1.3066E-12 -1.3066E-12
drain 4.4560E+01 1.0863E-16 1.3078E-12 -1.1367E-15 1.3066E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.56 minutes
Total cpu time = 16.47 minutes
Continuation method:
Slope: 5.939E-01 Device Resistance: 5.599E+13
V: 47.1845 I: 1.354E-12
R: 1.000E+07 Va: 4.718E+01
Lte: 6.991E-02 dV: 2.625E+00 dI: 4.688E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 4.7184527E+01
norm iter v-error n-error p-error iiter
XR 1 2.6243E-02 4.3459E+01 1.2655E+01 0
Pass, Rnorm=1.054E+08 Ratio=1.637E-01 Tdamp=6.667E-01
XR 2 9.2407E-03 2.0563E+02 1.2089E+01 0
Pass, Rnorm=1.349E+06 Ratio=1.280E-02 Tdamp=9.607E-01
XR 3 4.6176E-03 1.0650E+02 1.7364E+00 0
Pass, Rnorm=5.402E+01 Ratio=4.005E-05 Tdamp=1.000E+00
XR 4 3.8042E-04 1.7422E+02 1.0039E+00 0
Pass, Rnorm=1.894E-01 Ratio=3.507E-03 Tdamp=1.000E+00
XR 5 8.2497E-07 1.0235E+03 1.6428E+00 0
Pass, Rnorm=5.465E-03 Ratio=2.885E-02 Tdamp=1.000E+00
XR 6 7.5149E-10 4.3173E-03 6.7826E-02 0
Pass, Rnorm=3.210E-09 Ratio=5.875E-07 Tdamp=1.000E+00
XR 7 1.0128E-14 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 2.26138592E-18
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -4.7572E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9866E-18 -1.3461E-12 -1.3461E-12
drain 4.7185E+01 1.0863E-16 1.3473E-12 -1.1712E-15 1.3461E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.54 minutes
Total cpu time = 17.01 minutes
Continuation method:
Slope: 5.005E-01 Device Resistance: 6.807E+13
V: 50.0657 I: 1.388E-12
R: 1.000E+07 Va: 5.007E+01
Lte: 5.991E-02 dV: 2.881E+00 dI: 4.233E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 5.0065666E+01
norm iter v-error n-error p-error iiter
XR 1 3.2626E-02 1.3172E+01 2.4990E+02 0
Pass, Rnorm=7.012E+07 Ratio=1.188E-01 Tdamp=6.667E-01
XR 2 5.6741E-03 5.9703E+01 7.4088E+00 0
Pass, Rnorm=2.685E+05 Ratio=3.829E-03 Tdamp=9.712E-01
XR 3 5.2636E-03 2.0754E+01 1.4740E+00 0
Pass, Rnorm=2.475E+01 Ratio=9.220E-05 Tdamp=1.000E+00
XR 4 1.6760E-04 3.5579E+01 9.9034E-01 0
Pass, Rnorm=5.919E-02 Ratio=2.391E-03 Tdamp=1.000E+00
XR 5 1.3295E-09 5.4271E+01 8.1724E-01 0
Pass, Rnorm=9.093E-06 Ratio=1.536E-04 Tdamp=1.000E+00
XR 6 1.7326E-10 7.1930E-04 3.5860E-03 0
Pass, Rnorm=3.054E-11 Ratio=3.358E-06 Tdamp=1.000E+00
XR 7 1.7463E-16 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 7.91040699E-22
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -4.9199E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9827E-18 -1.3839E-12 -1.3840E-12
drain 5.0066E+01 1.0863E-16 1.3852E-12 -1.2041E-15 1.3840E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.57 minutes
Total cpu time = 17.59 minutes
Continuation method:
Slope: 4.516E-01 Device Resistance: 7.777E+13
V: 53.1781 I: 1.424E-12
R: 1.000E+07 Va: 5.318E+01
Lte: 6.861E-02 dV: 3.112E+00 dI: 4.002E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 5.3178163E+01
norm iter v-error n-error p-error iiter
XR 1 3.6592E-02 3.4135E+01 1.3267E+02 0
Pass, Rnorm=2.253E+07 Ratio=1.229E-01 Tdamp=6.667E-01
XR 2 3.8765E-03 2.2802E+02 3.3612E+00 0
Pass, Rnorm=7.596E+04 Ratio=3.372E-03 Tdamp=9.702E-01
XR 3 4.8117E-03 1.2435E+01 1.2706E+00 0
Pass, Rnorm=1.088E+00 Ratio=1.433E-05 Tdamp=1.000E+00
XR 4 1.3434E-04 4.7075E+01 1.7628E+00 0
Pass, Rnorm=6.403E-02 Ratio=5.883E-02 Tdamp=1.000E+00
XR 5 1.2501E-09 1.0654E+02 4.9534E-01 0
Pass, Rnorm=7.590E-06 Ratio=1.185E-04 Tdamp=1.000E+00
XR 6 1.1779E-10 2.4195E-04 2.9229E-03 0
Pass, Rnorm=1.500E-09 Ratio=1.976E-04 Tdamp=1.000E+00
XR 7* 2.0199E-16 0.0000E+00 1.0220E-07 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 1.10171783E-09
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -5.0916E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9955E-18 -1.4199E-12 -1.4199E-12
drain 5.3178E+01 1.0863E-16 1.4212E-12 -1.2352E-15 1.4199E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.56 minutes
Total cpu time = 18.15 minutes
Continuation method:
Slope: 4.396E-01 Device Resistance: 8.268E+13
V: 56.4973 I: 1.460E-12
R: 1.000E+07 Va: 5.650E+01
Lte: 6.117E-02 dV: 3.319E+00 dI: 4.015E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 5.6497284E+01
norm iter v-error n-error p-error iiter
XR 1 4.0213E-02 1.2566E+01 5.4994E+01 0
Pass, Rnorm=3.859E+06 Ratio=2.529E-01 Tdamp=6.667E-01
XR 2 4.1392E-03 3.0631E+02 4.0696E+00 0
Pass, Rnorm=3.103E+04 Ratio=8.042E-03 Tdamp=9.405E-01
XR 3 4.6323E-03 1.7822E+02 1.2093E+00 0
Pass, Rnorm=1.089E+03 Ratio=3.508E-02 Tdamp=1.000E+00
XR 4 1.6586E-04 4.7016E+02 9.7473E-01 0
Pass, Rnorm=2.242E+01 Ratio=2.060E-02 Tdamp=1.000E+00
XR 5 4.5090E-09 2.4895E+01 6.6734E-01 0
Pass, Rnorm=1.356E-04 Ratio=6.050E-06 Tdamp=1.000E+00
XR 6 2.7109E-10 1.2694E-03 1.2304E-02 0
Pass, Rnorm=1.167E-08 Ratio=8.604E-05 Tdamp=1.000E+00
XR 7* 1.1478E-15 3.4677E-08 4.8973E-07 0
Pass, Rnorm=2.461E-11 Ratio=2.109E-03 Tdamp=1.000E+00
XR 8 9.9700E-17 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -5.2703E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9906E-18 -1.4541E-12 -1.4541E-12
drain 5.6497E+01 1.0863E-16 1.4554E-12 -1.2645E-15 1.4541E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.72 minutes
Total cpu time = 18.87 minutes
Continuation method:
Slope: 3.695E-01 Device Resistance: 1.020E+14
V: 60.1101 I: 1.490E-12
R: 1.000E+07 Va: 6.011E+01
Lte: 6.225E-02 dV: 3.613E+00 dI: 3.541E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 6.0110071E+01
norm iter v-error n-error p-error iiter
XR 1 4.3921E-02 1.1133E+01 2.3375E+02 0
Pass, Rnorm=5.534E+06 Ratio=1.236E-01 Tdamp=6.667E-01
XR 2 3.1130E-03 5.3436E+01 3.5859E+00 0
Pass, Rnorm=1.940E+04 Ratio=3.506E-03 Tdamp=9.700E-01
XR 3 4.0575E-03 2.3935E+01 1.1265E+00 0
Pass, Rnorm=1.105E+00 Ratio=5.698E-05 Tdamp=1.000E+00
XR 4 1.0665E-04 2.5661E+01 9.2811E-01 0
Pass, Rnorm=1.428E-01 Ratio=1.292E-01 Tdamp=1.000E+00
XR 5 1.3371E-09 1.0286E+02 4.8978E-02 0
Pass, Rnorm=1.171E-05 Ratio=8.198E-05 Tdamp=1.000E+00
XR 6 8.1447E-11 8.7233E-05 2.2882E-03 0
Pass, Rnorm=3.299E-09 Ratio=2.818E-04 Tdamp=1.000E+00
XR 7* 1.2597E-16 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 2.88581894E-06
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -5.4604E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9929E-18 -1.4876E-12 -1.4876E-12
drain 6.0110E+01 1.0863E-16 1.4889E-12 -1.2929E-15 1.4876E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.49 minutes
Total cpu time = 19.36 minutes
Continuation method:
Slope: 3.717E-01 Device Resistance: 1.054E+14
V: 63.9484 I: 1.524E-12
R: 1.000E+07 Va: 6.395E+01
Lte: 6.540E-02 dV: 3.838E+00 dI: 3.641E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 6.3948422E+01
norm iter v-error n-error p-error iiter
XR 1 4.9323E-02 5.3436E+01 1.5264E+02 0
Pass, Rnorm=2.730E+06 Ratio=1.277E-01 Tdamp=6.667E-01
XR 2 2.8400E-03 3.5089E+02 6.7369E+00 0
Pass, Rnorm=1.096E+04 Ratio=4.015E-03 Tdamp=9.691E-01
XR 3 3.6060E-03 4.0580E+02 1.0800E+00 0
Pass, Rnorm=2.005E+00 Ratio=1.830E-04 Tdamp=1.000E+00
XR 4 1.0203E-04 9.5891E+01 8.5552E-01 0
Pass, Rnorm=1.998E-01 Ratio=9.961E-02 Tdamp=1.000E+00
XR 5 1.3457E-09 2.0093E+02 3.8573E-02 0
Pass, Rnorm=8.066E-06 Ratio=4.038E-05 Tdamp=1.000E+00
XR 6 8.6839E-11 8.4235E-05 2.5220E-03 0
Pass, Rnorm=8.008E-10 Ratio=9.929E-05 Tdamp=1.000E+00
XR 7* 1.8224E-16 0.0000E+00 6.7633E-08 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 8.43888864E-14
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -5.6589E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9871E-18 -1.5194E-12 -1.5194E-12
drain 6.3948E+01 1.0863E-16 1.5207E-12 -1.3193E-15 1.5194E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.49 minutes
Total cpu time = 19.85 minutes
Continuation method:
Slope: 3.329E-01 Device Resistance: 1.226E+14
V: 68.0820 I: 1.553E-12
R: 1.000E+07 Va: 6.808E+01
Lte: 6.730E-02 dV: 4.134E+00 dI: 3.372E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 6.8081973E+01
norm iter v-error n-error p-error iiter
XR 1 5.5986E-02 1.9926E+01 5.8142E+01 0
Pass, Rnorm=2.748E+08 Ratio=1.282E-01 Tdamp=6.667E-01
XR 2 9.5459E-03 2.9427E+01 4.4054E+00 0
Pass, Rnorm=8.428E+05 Ratio=3.067E-03 Tdamp=9.689E-01
XR 3 3.1913E-03 4.9937E+01 2.7088E+00 0
Pass, Rnorm=6.962E+01 Ratio=8.260E-05 Tdamp=1.000E+00
XR 4 9.9192E-05 3.6192E+02 8.9765E-01 0
Pass, Rnorm=5.330E-01 Ratio=7.655E-03 Tdamp=1.000E+00
XR 5 2.0949E-09 6.1649E+01 7.2352E-02 0
Pass, Rnorm=4.585E-05 Ratio=8.603E-05 Tdamp=1.000E+00
XR 6 1.1749E-10 1.0489E-04 3.4083E-03 0
Pass, Rnorm=2.134E-08 Ratio=4.654E-04 Tdamp=1.000E+00
XR 7* 3.0928E-15 0.0000E+00 2.6176E-07 0
Pass, Rnorm=1.354E-10 Ratio=6.344E-03 Tdamp=1.000E+00
XR 8 3.4406E-16 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -5.8692E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0017E-18 -1.5500E-12 -1.5500E-12
drain 6.8082E+01 1.0863E-16 1.5513E-12 -1.3439E-15 1.5500E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.56 minutes
Total cpu time = 20.41 minutes
Continuation method:
Slope: 3.125E-01 Device Resistance: 1.362E+14
V: 72.5074 I: 1.582E-12
R: 1.000E+07 Va: 7.251E+01
Lte: 7.294E-02 dV: 4.425E+00 dI: 3.248E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 7.2507385E+01
norm iter v-error n-error p-error iiter
XR 1 5.5456E-02 1.3949E+01 8.0777E+01 0
Pass, Rnorm=2.514E+07 Ratio=6.114E-01 Tdamp=6.667E-01
XR 2 4.9230E-03 1.4907E+02 3.2442E+02 0
Pass, Rnorm=8.160E+06 Ratio=3.247E-01 Tdamp=8.674E-01
XR 3 7.8247E-03 1.7499E+01 9.9544E-01 0
Pass, Rnorm=2.548E+04 Ratio=3.122E-03 Tdamp=9.758E-01
XR 4 3.3827E-03 3.6013E+02 9.6251E-01 0
Pass, Rnorm=2.804E+00 Ratio=1.101E-04 Tdamp=1.000E+00
XR 5 2.2268E-09 1.5578E+02 4.3246E-02 0
Pass, Rnorm=6.175E-04 Ratio=2.202E-04 Tdamp=1.000E+00
XR 6 3.5255E-10 1.3003E-01 5.8506E-03 0
Pass, Rnorm=2.478E-10 Ratio=4.014E-07 Tdamp=1.000E+00
XR 7 7.2450E-14 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 2.68390675E-17
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -6.0874E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -6.9996E-18 -1.5800E-12 -1.5800E-12
drain 7.2507E+01 1.0863E-16 1.5813E-12 -1.3664E-15 1.5800E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.53 minutes
Total cpu time = 20.94 minutes
Continuation method:
Slope: 3.032E-01 Device Resistance: 1.467E+14
V: 77.2320 I: 1.612E-12
R: 1.000E+07 Va: 7.723E+01
Lte: 7.582E-02 dV: 4.725E+00 dI: 3.221E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 7.7232010E+01
norm iter v-error n-error p-error iiter
XR 1 6.3035E-02 2.0269E+01 1.5536E+02 0
Pass, Rnorm=5.959E+07 Ratio=1.247E-01 Tdamp=6.667E-01
XR 2 6.0155E-03 2.5296E+02 2.1762E+01 0
Pass, Rnorm=1.190E+05 Ratio=1.997E-03 Tdamp=9.698E-01
XR 3 2.8299E-03 2.0080E+01 9.2499E+00 0
Pass, Rnorm=3.996E+00 Ratio=3.358E-05 Tdamp=1.000E+00
XR 4 1.1069E-04 1.3766E+03 3.1787E-01 0
Pass, Rnorm=9.466E-02 Ratio=2.369E-02 Tdamp=1.000E+00
XR 5 9.0180E-10 6.8247E+01 2.1317E-02 0
Pass, Rnorm=7.540E-04 Ratio=7.965E-03 Tdamp=1.000E+00
XR 6 2.4092E-10 2.0777E-04 6.5922E-03 0
Pass, Rnorm=2.567E-10 Ratio=3.405E-07 Tdamp=1.000E+00
XR 7 4.1132E-16 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 1.19148628E-20
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -6.3162E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0090E-18 -1.6072E-12 -1.6072E-12
drain 7.7232E+01 1.0863E-16 1.6086E-12 -1.3833E-15 1.6072E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.53 minutes
Total cpu time = 21.46 minutes
Continuation method:
Slope: 2.713E-01 Device Resistance: 1.717E+14
V: 82.3069 I: 1.637E-12
R: 1.000E+07 Va: 8.231E+01
Lte: 7.582E-02 dV: 5.075E+00 dI: 2.956E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 8.2306944E+01
norm iter v-error n-error p-error iiter
XR 1 7.1950E-02 1.2344E+02 1.0188E+01 0
Pass, Rnorm=3.142E+08 Ratio=1.260E-01 Tdamp=6.667E-01
XR 2 1.3167E-02 1.2269E+02 1.8453E+00 0
Pass, Rnorm=9.084E+05 Ratio=2.891E-03 Tdamp=9.695E-01
XR 3 3.3277E-03 1.7611E+02 1.4976E+00 0
Pass, Rnorm=6.901E+00 Ratio=7.597E-06 Tdamp=1.000E+00
XR 4 1.1683E-04 6.2878E+01 8.2734E-02 0
Pass, Rnorm=5.607E-02 Ratio=8.125E-03 Tdamp=1.000E+00
XR 5 7.1393E-10 2.2083E+02 1.5488E-02 0
Pass, Rnorm=7.461E-04 Ratio=1.331E-02 Tdamp=1.000E+00
XR 6 2.2020E-10 1.5880E-04 5.2942E-03 0
Pass, Rnorm=9.953E-11 Ratio=1.334E-07 Tdamp=1.000E+00
XR 7 4.3959E-16 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 4.02128721E-17
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -6.5592E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0091E-18 -1.6326E-12 -1.6326E-12
drain 8.2307E+01 1.0863E-16 1.6340E-12 -1.3884E-15 1.6326E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.75 minutes
Total cpu time = 22.21 minutes
Continuation method:
Slope: 2.403E-01 Device Resistance: 2.033E+14
V: 87.7544 I: 1.659E-12
R: 1.000E+07 Va: 8.775E+01
Lte: 7.434E-02 dV: 5.447E+00 dI: 2.679E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 8.7754432E+01
norm iter v-error n-error p-error iiter
XR 1 8.0580E-02 5.0105E+01 7.1586E+01 0
Pass, Rnorm=1.820E+09 Ratio=9.120E-01 Tdamp=6.667E-01
XR 2 1.2089E-02 7.2729E+01 5.7098E+01 0
Pass, Rnorm=3.818E+08 Ratio=2.098E-01 Tdamp=8.143E-01
XR 3 3.1189E-03 1.4483E+01 5.1104E+02 0
Pass, Rnorm=8.278E+05 Ratio=2.168E-03 Tdamp=9.766E-01
XR 4 5.4890E-04 8.9767E+01 2.2793E-01 0
Pass, Rnorm=2.429E-01 Ratio=2.934E-07 Tdamp=1.000E+00
XR 5 3.8819E-10 1.3197E+02 4.1169E-03 0
Pass, Rnorm=2.643E-02 Ratio=1.088E-01 Tdamp=1.000E+00
XR 6 5.5033E-10 3.0749E-01 1.2842E-02 0
Pass, Rnorm=1.212E-08 Ratio=4.587E-07 Tdamp=1.000E+00
XR 7 1.7408E-13 0.0000E+00 3.9393E-06 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 3.02751344E-18
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -6.8173E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0155E-18 -1.6560E-12 -1.6560E-12
drain 8.7754E+01 1.0863E-16 1.6573E-12 -1.3178E-15 1.6560E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.61 minutes
Total cpu time = 22.82 minutes
Continuation method:
Slope: 2.147E-01 Device Resistance: 2.391E+14
V: 93.5933 I: 1.680E-12
R: 1.000E+07 Va: 9.359E+01
Lte: 7.243E-02 dV: 5.839E+00 dI: 2.442E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 9.3593362E+01
norm iter v-error n-error p-error iiter
XR 1 8.7267E-02 6.7840E+01 1.6500E+02 0
Fail, Rnorm=9.207E+09 Ratio=4.667E+00 Tdamp=6.667E-01
Pass, Rnorm=1.109E+09 Ratio=5.622E-01 Tdamp=1.667E-01
XR 2 1.6499E-02 3.3220E+02 1.0771E+03 0
Pass, Rnorm=5.120E+08 Ratio=4.616E-01 Tdamp=4.157E-01
XR 3 1.2388E-02 2.7596E+03 1.8188E+00 0
Pass, Rnorm=1.145E+08 Ratio=2.237E-01 Tdamp=7.550E-01
XR 4 6.3908E-03 2.3254E+03 1.0016E+00 0
Pass, Rnorm=4.878E+06 Ratio=4.259E-02 Tdamp=9.650E-01
XR 5 1.6777E-03 2.0262E+03 9.5849E-01 0
Pass, Rnorm=3.855E+02 Ratio=7.903E-05 Tdamp=1.000E+00
XR 6 2.5393E-05 6.6281E+01 3.1021E-02 0
Pass, Rnorm=3.795E-03 Ratio=9.844E-06 Tdamp=1.000E+00
XR 7 3.6881E-10 1.0817E+00 8.6520E-03 0
Pass, Rnorm=7.660E-08 Ratio=2.019E-05 Tdamp=1.000E+00
XR 8 4.7372E-11 9.0881E-06 7.5051E-06 0
Pass, Rnorm=3.095E-10 Ratio=4.040E-03 Tdamp=1.000E+00
XR 9 1.9674E-14 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 5.07775896E-25
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.0873E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0185E-18 -1.7057E-12 -1.7057E-12
drain 9.3593E+01 1.0864E-16 1.6802E-12 2.5491E-14 1.7057E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.69 minutes
Total cpu time = 23.51 minutes
Continuation method:
Slope: 4.589E-01 Device Resistance: 1.158E+14
V: 96.8502 I: 1.734E-12
R: 1.000E+07 Va: 9.685E+01
Lte: 1.389E-01 dV: 3.257E+00 dI: 2.813E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 9.6850186E+01
norm iter v-error n-error p-error iiter
XR 1 1.4976E-01 1.8479E+01 1.5328E+01 0
Pass, Rnorm=2.001E+06 Ratio=1.141E-01 Tdamp=6.667E-01
XR 2 3.5931E-02 2.2596E+02 5.6456E-01 0
Pass, Rnorm=1.814E+03 Ratio=9.065E-04 Tdamp=9.723E-01
XR 3 1.0205E-02 2.2991E+02 4.8732E-01 0
Pass, Rnorm=2.898E-02 Ratio=1.597E-05 Tdamp=1.000E+00
XR 4 5.5437E-09 1.8097E-01 7.2602E-02 0
Pass, Rnorm=3.118E-05 Ratio=1.076E-03 Tdamp=1.000E+00
XR 5* 8.5219E-12 4.0631E-04 1.1091E-04 0
Pass, Rnorm=2.741E-07 Ratio=8.789E-03 Tdamp=1.000E+00
XR 6* 4.1745E-16 8.6018E-09 7.8575E-08 0
Pass, Rnorm=5.540E-10 Ratio=2.021E-03 Tdamp=1.000E+00
XR 7 6.0399E-17 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.2401E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0263E-18 -3.0526E-12 -3.0526E-12
drain 9.6850E+01 1.0864E-16 1.6881E-12 1.3645E-12 3.0526E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.38 minutes
Total cpu time = 23.89 minutes
Continuation method:
Slope: 1.655E+01 Device Resistance: 1.885E+12
V: 97.0249 I: 3.145E-12
R: 1.000E+07 Va: 9.702E+01
Lte: 1.016E-01 dV: 1.747E-01 dI: 9.270E-14
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 9.7024883E+01
norm iter v-error n-error p-error iiter
XR 1 1.9574E-08 2.3778E-02 1.5993E-01 0
Pass, Rnorm=4.758E-04 Ratio=7.848E-05 Tdamp=1.000E+00
XR 2 1.5009E-11 1.1532E-04 5.6415E-03 0
Pass, Rnorm=2.313E-07 Ratio=4.861E-04 Tdamp=1.000E+00
XR 3* 8.6346E-15 2.3028E-08 5.6330E-07 0
Pass, Rnorm=1.882E-10 Ratio=8.138E-04 Tdamp=1.000E+00
XR 4 4.0609E-17 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.2487E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0275E-18 -3.3354E-12 -3.3354E-12
drain 9.7025E+01 1.0864E-16 1.6881E-12 1.6473E-12 3.3354E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.23 minutes
Total cpu time = 24.13 minutes
Continuation method:
Slope: 4.912E+01 Device Resistance: 5.916E+11
V: 97.1880 I: 3.611E-12
R: 1.000E+07 Va: 9.719E+01
Lte: 4.285E-03 dV: 1.632E-01 dI: 2.758E-13
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 9.7188038E+01
norm iter v-error n-error p-error iiter
XR 1 3.7972E-09 2.4344E-03 1.2851E-02 0
Pass, Rnorm=2.639E-08 Ratio=9.048E-07 Tdamp=1.000E+00
XR 2 1.2990E-13 1.2830E-06 9.5730E-06 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 3.08267911E-14
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.2567E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0249E-18 -3.6480E-12 -3.6480E-12
drain 9.7188E+01 1.0864E-16 1.6880E-12 1.9600E-12 3.6480E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.15 minutes
Total cpu time = 24.28 minutes
Continuation method:
Slope: 5.932E+01 Device Resistance: 4.487E+11
V: 97.5559 I: 4.468E-12
R: 1.000E+07 Va: 9.756E+01
Lte: 3.705E-04 dV: 3.679E-01 dI: 8.199E-13
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 9.7555952E+01
norm iter v-error n-error p-error iiter
XR 1 1.0251E-08 9.0323E-03 3.8487E-02 0
Pass, Rnorm=5.471E-06 Ratio=2.239E-06 Tdamp=1.000E+00
XR 2 1.7154E-12 2.0208E-05 9.1357E-05 0
Pass, Rnorm=1.894E-10 Ratio=3.461E-05 Tdamp=1.000E+00
XR 3* 1.5283E-16 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 1.69140906E-15
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.2747E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0262E-18 -4.5680E-12 -4.5680E-12
drain 9.7556E+01 1.0864E-16 1.6875E-12 2.8805E-12 4.5680E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.16 minutes
Total cpu time = 24.44 minutes
Continuation method:
Slope: 6.811E+01 Device Resistance: 3.129E+11
V: 98.4293 I: 7.359E-12
R: 1.000E+07 Va: 9.843E+01
Lte: 1.607E-03 dV: 8.733E-01 dI: 2.791E-12
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 9.8429330E+01
norm iter v-error n-error p-error iiter
XR 1 1.2734E-07 5.3910E-02 1.4001E-01 0
Pass, Rnorm=2.008E-03 Ratio=2.660E-05 Tdamp=1.000E+00
XR 2 5.9122E-11 9.3144E-04 3.7362E-03 0
Pass, Rnorm=3.708E-07 Ratio=1.847E-04 Tdamp=1.000E+00
XR 3* 3.4643E-14 3.2158E-08 6.5417E-07 0
Pass, Rnorm=2.881E-10 Ratio=7.769E-04 Tdamp=1.000E+00
XR 4 1.2806E-17 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.3180E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0275E-18 -8.6128E-12 -8.6128E-12
drain 9.8429E+01 1.0864E-16 1.6842E-12 6.9286E-12 8.6128E-12
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.23 minutes
Total cpu time = 24.67 minutes
Continuation method:
Slope: 8.268E+01 Device Resistance: 1.376E+11
V: 100.3975 I: 2.292E-11
R: 1.000E+07 Va: 1.004E+02
Lte: 4.056E-03 dV: 1.968E+00 dI: 1.430E-11
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 1.0039770E+02
norm iter v-error n-error p-error iiter
XR 1 8.9765E-04 5.7268E-01 1.4652E+00 0
Pass, Rnorm=3.626E-01 Ratio=9.601E-06 Tdamp=1.000E+00
XR 2 7.6248E-10 4.6468E-02 1.1336E-02 0
Pass, Rnorm=9.560E-04 Ratio=2.636E-03 Tdamp=1.000E+00
XR 3* 2.2144E-10 7.2811E-05 6.2742E-03 0
Pass, Rnorm=2.090E-07 Ratio=2.186E-04 Tdamp=1.000E+00
XR 4 8.4303E-12 1.9876E-06 6.3504E-05 0
Pass, Rnorm=1.328E-10 Ratio=6.356E-04 Tdamp=1.000E+00
XR 5* 7.8504E-16 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 4.43736786E-14
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.4163E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0319E-18 -4.4296E-11 -4.4296E-11
drain 1.0040E+02 1.0864E-16 1.6638E-12 4.2632E-11 4.4296E-11
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.24 minutes
Total cpu time = 24.90 minutes
Continuation method:
Slope: 8.972E+01 Device Resistance: 2.501E+10
V: 103.8935 I: 1.841E-10
R: 1.000E+07 Va: 1.039E+02
Lte: 1.338E-02 dV: 3.496E+00 dI: 1.398E-10
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 1.0389538E+02
norm iter v-error n-error p-error iiter
XR 1 2.6638E-04 9.2401E+00 8.8975E+00 0
Pass, Rnorm=6.143E+02 Ratio=6.082E-06 Tdamp=1.000E+00
XR 2 4.6984E-08 2.0988E+00 1.5099E-01 0
Pass, Rnorm=2.874E-03 Ratio=4.678E-06 Tdamp=1.000E+00
XR 3 1.4691E-10 5.0201E-02 3.3152E-03 0
Pass, Rnorm=3.420E-07 Ratio=1.190E-04 Tdamp=1.000E+00
XR 4* 2.6431E-13 6.2448E-08 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 3.76665077E-11
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.5908E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.0403E-18 -6.8947E-10 -6.8947E-10
drain 1.0389E+02 1.0863E-16 1.5926E-12 6.8788E-10 6.8947E-10
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.23 minutes
Total cpu time = 25.13 minutes
Continuation method:
Slope: 7.934E+01 Device Resistance: 1.867E+09
V: 109.1044 I: 3.483E-09
R: 1.000E+07 Va: 1.091E+02
Lte: 3.273E-02 dV: 5.216E+00 dI: 2.793E-09
Projection used to find initial guess.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 1.0913921E+02
norm iter v-error n-error p-error iiter
XR 1 2.1928E-01 5.0871E+00 2.2944E+01 0
Pass, Rnorm=4.333E+15 Ratio=1.293E-01 Tdamp=6.667E-01
XR 2 6.1759E-02 5.8590E+01 7.0668E+02 0
Pass, Rnorm=2.302E+13 Ratio=5.312E-03 Tdamp=9.687E-01
XR 3 5.5941E-02 3.1175E+00 1.0015E+00 0
Pass, Rnorm=4.300E+10 Ratio=1.868E-03 Tdamp=9.950E-01
XR 4 3.1185E-03 1.3533E+00 4.1737E-02 0
Pass, Rnorm=2.628E+03 Ratio=6.111E-08 Tdamp=1.000E+00
XR 5 5.0931E-05 1.0027E+00 2.0806E-03 0
Pass, Rnorm=6.973E-04 Ratio=2.653E-07 Tdamp=1.000E+00
XR 6 6.0248E-09 3.0049E+00 2.3528E-09 0
Pass, Rnorm=7.941E-10 Ratio=1.139E-06 Tdamp=1.000E+00
XR 7 1.5395E-10 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 3.49680861E-18
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.8457E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.1471E-18 -1.6595E-08 -1.6595E-08
drain 1.0897E+02 1.0866E-16 2.4415E-12 1.6592E-08 1.6595E-08
Absolute convergence criterion met for Poisson
Absolute convergence criterion met for continuity
Total cpu time for bias point = 0.50 minutes
Total cpu time = 25.64 minutes
Continuation method:
Slope: 5.990E+01 Device Resistance: 1.071E+08
V: 108.9733 I: 1.659E-08
R: 1.000E+07 Va: 1.091E+02
Lte: 6.275E-02 dV: 1.777E-07 dI: 1.659E-15
Previous solution used as initial guess.
58 Points 4 Failed 0 Cut.
Solution for Bias:
V(gate) = 0.0000000E+00 V(source) = 0.0000000E+00
V(drain) = 1.0913922E+02
norm iter v-error n-error p-error iiter
XR 1 1.5975E-09 0.0000E+00 0.0000E+00 0
... Calculating device resistance for continuation.
Bi-CGSTAB Failed to converge to tolerances, iiter= 2
Using solution any way. 7.67770585E-18
Electrode Voltage Flux I(Electron) I(Hole) I(Total)
Name (Volts) (Coul/mic.) (A/micron) (A/micron) (A/micron)
-------------- ----------- ----------- ----------- ----------- -----------
gate 0.0000E+00 -7.8457E-15 0.0000E+00 0.0000E+00 0.0000E+00
source 0.0000E+00 -1.1959E-17 -7.1467E-18 -1.6595E-08 -1.6595E-08
drain 1.0897E+02 1.0866E-16 2.4415E-12 1.6592E-08 1.6595E-08 |
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