MOSFET Capacitance Simulation(16FEB2012),PDF Version

1. MOSFET Capacitance
Device Simulation
16FEB2012
1... $ Mesh Specification
2... mesh rect nx=3 ny=300
3... y.m n=1 l=0
4... y.m n=50 l=0.05 r=1
5... y.m n=100 l=0.1 r=0.8
6... y.m n=200 l=0.12 r=1
7... y.m n=300 l=5.1 r=1.05
8... x.m n=1 l=0.001 r=1
9... x.m n=3 l=1 r=1
10... $ The y.m nodepoints and distance are inputs
11... $ The x.m parameters are static
12... $ Regions specification
13... region num=1 ix.l=1 ix.h=3 iy.l=1 iy.h=100 name=sio2 INS
14... region num=2 ix.l=1 ix.h=3 iy.l=100 iy.h=300 name=silicon SEMI
15... $ Electrodes specification
16... elec num=1 ix.l=1 ix.h=3 iy.l=1 iy.h=1
17... elec num=2 ix.l=1 ix.h=3 iy.l=300 iy.h=300
18... surface interface num=1 reg1=1 reg2=2
... + x.min=0 x.max=1 y.min=0.1 y.max=0.1
19... $ Doping specification
20... dop reg=2 p.type conc=1e+15 uniform
21... $ doping can be p.type or n.type (two options), conc is a parameter too
22... $ Contact specification
23... contact all neutral
24... contact num=1 n.polysilicon
25... $ you can add as options: n.polysilicon, p.polysilicon tungsten
26... $ Material lifetime specification

2. 27... material name=silicon taun0=1e-09 taup0=1e-09
28... material name=sio2 permi=3.9 qf=0
29... interface num=1 qf=0
30... $ Specify models
31... models TEMP=300 srh conmob fldmob print
32... system electrons holes newton
33... $ Solve for initial conditions
34... solve init
35... plot.1d net.charge a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.ro
36... plot.1d e.field a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.efield
37... plot.1d pot a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.pot
38... plot.1d qfn a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.qfn
39... plot.1d qfp a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.qfp
40... plot.1d band.val a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.val
41... plot.1d band.con a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.con
42... plot.1d ele a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.ele
43... plot.1d hole a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.hole
44... $ Solve for applied bias
45... solve v1=0 vstep=-0.2 nstep=15 elect=1
46... log acfile=pdr512.ac2
47... solve v1=-3 vstep=0.0610655242736 nstep=45 elect=1
... + ac freq=1
48... solve v1=-0.252051407687 vstep=0.0333333333333 nstep=30 elect=1
... + ac freq=1
49... solve v1=0.747948592313 vstep=0.094490031282 nstep=45 elect=1
... + ac freq=1
50... log off
51... solve v1=0 vstep=-0.2 nstep=15 elect=1
52... log acfile=pdr512.ac1
53... solve v1=-3 vstep=0.08 nstep=100 elect=1
... + ac freq=1e+06
54... log off

3. 55... solve v1=-3.0 elect=1
56... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_0.potc
57... solve v1=-2.91919191919 elect=1
58... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_1.potc
59... solve v1=-2.83838383838 elect=1
60... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_2.potc
61... solve v1=-2.75757575758 elect=1
62... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_3.potc
63... solve v1=-2.67676767677 elect=1
64... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_4.potc
65... solve v1=-2.59595959596 elect=1
66... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_5.potc
67... solve v1=-2.51515151515 elect=1
68... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_6.potc
69... solve v1=-2.43434343434 elect=1
70... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_7.potc
71... solve v1=-2.35353535354 elect=1
72... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_8.potc
73... solve v1=-2.27272727273 elect=1
74... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_9.potc
75... solve v1=-2.19191919192 elect=1
76... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_10.potc
77... solve v1=-2.11111111111 elect=1
78... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_11.potc
79... solve v1=-2.0303030303 elect=1
80... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_12.potc
81... solve v1=-1.94949494949 elect=1
82... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_13.potc
83... solve v1=-1.86868686869 elect=1
84... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_14.potc
85... solve v1=-1.78787878788 elect=1
86... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_15.potc
87... solve v1=-1.70707070707 elect=1
88... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_16.potc
89... solve v1=-1.62626262626 elect=1

4. 90... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_17.potc
91... solve v1=-1.54545454545 elect=1
92... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_18.potc
93... solve v1=-1.46464646465 elect=1
94... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_19.potc
95... solve v1=-1.38383838384 elect=1
96... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_20.potc
97... solve v1=-1.30303030303 elect=1
98... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_21.potc
99... solve v1=-1.22222222222 elect=1
100... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_22.potc
101... solve v1=-1.14141414141 elect=1
102... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_23.potc
103... solve v1=-1.06060606061 elect=1
104... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_24.potc
105... solve v1=-0.979797979798 elect=1
106... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_25.potc
107... solve v1=-0.898989898989 elect=1
108... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_26.potc
109... solve v1=-0.818181818181 elect=1
110... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_27.potc
111... solve v1=-0.737373737373 elect=1
112... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_28.potc
113... solve v1=-0.656565656565 elect=1
114... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_29.potc
115... solve v1=-0.575757575757 elect=1
116... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_30.potc
117... solve v1=-0.494949494949 elect=1
118... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_31.potc
119... solve v1=-0.414141414141 elect=1
120... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_32.potc
121... solve v1=-0.333333333333 elect=1
122... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_33.potc
123... solve v1=-0.252525252525 elect=1
124... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_34.potc
125... solve v1=-0.171717171717 elect=1

5. 126... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_35.potc
127... solve v1=-0.0909090909084 elect=1
128... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_36.potc
129... solve v1=-0.0101010101003 elect=1
130... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_37.potc
131... solve v1=0.0707070707078 elect=1
132... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_38.potc
133... solve v1=0.151515151516 elect=1
134... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_39.potc
135... solve v1=0.232323232324 elect=1
136... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_40.potc
137... solve v1=0.313131313132 elect=1
138... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_41.potc
139... solve v1=0.39393939394 elect=1
140... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_42.potc
141... solve v1=0.474747474748 elect=1
142... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_43.potc
143... solve v1=0.555555555556 elect=1
144... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_44.potc
145... solve v1=0.636363636364 elect=1
146... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_45.potc
147... solve v1=0.717171717173 elect=1
148... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_46.potc
149... solve v1=0.797979797981 elect=1
150... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_47.potc
151... solve v1=0.878787878789 elect=1
152... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_48.potc
153... solve v1=0.959595959597 elect=1
154... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_49.potc
155... solve v1=1.0404040404 elect=1
156... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_50.potc
157... solve v1=1.12121212121 elect=1
158... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_51.potc
159... solve v1=1.20202020202 elect=1
160... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_52.potc
161... solve v1=1.28282828283 elect=1

6. 162... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_53.potc
163... solve v1=1.36363636364 elect=1
164... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_54.potc
165... solve v1=1.44444444445 elect=1
166... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_55.potc
167... solve v1=1.52525252525 elect=1
168... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_56.potc
169... solve v1=1.60606060606 elect=1
170... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_57.potc
171... solve v1=1.68686868687 elect=1
172... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_58.potc
173... solve v1=1.76767676768 elect=1
174... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_59.potc
175... solve v1=1.84848484849 elect=1
176... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_60.potc
177... solve v1=1.92929292929 elect=1
178... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_61.potc
179... solve v1=2.0101010101 elect=1
180... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_62.potc
181... solve v1=2.09090909091 elect=1
182... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_63.potc
183... solve v1=2.17171717172 elect=1
184... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_64.potc
185... solve v1=2.25252525253 elect=1
186... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_65.potc
187... solve v1=2.33333333333 elect=1
188... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_66.potc
189... solve v1=2.41414141414 elect=1
190... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_67.potc
191... solve v1=2.49494949495 elect=1
192... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_68.potc
193... solve v1=2.57575757576 elect=1
194... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_69.potc
195... solve v1=2.65656565657 elect=1
196... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_70.potc
197... solve v1=2.73737373738 elect=1

7. 198... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_71.potc
199... solve v1=2.81818181818 elect=1
200... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_72.potc
201... solve v1=2.89898989899 elect=1
202... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_73.potc
203... solve v1=2.9797979798 elect=1
204... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_74.potc
205... solve v1=3.06060606061 elect=1
206... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_75.potc
207... solve v1=3.14141414142 elect=1
208... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_76.potc
209... solve v1=3.22222222222 elect=1
210... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_77.potc
211... solve v1=3.30303030303 elect=1
212... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_78.potc
213... solve v1=3.38383838384 elect=1
214... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_79.potc
215... solve v1=3.46464646465 elect=1
216... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_80.potc
217... solve v1=3.54545454546 elect=1
218... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_81.potc
219... solve v1=3.62626262626 elect=1
220... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_82.potc
221... solve v1=3.70707070707 elect=1
222... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_83.potc
223... solve v1=3.78787878788 elect=1
224... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_84.potc
225... solve v1=3.86868686869 elect=1
226... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_85.potc
227... solve v1=3.9494949495 elect=1
228... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_86.potc
229... solve v1=4.0303030303 elect=1
230... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_87.potc
231... solve v1=4.11111111111 elect=1
232... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_88.potc
233... solve v1=4.19191919192 elect=1

8. 234... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_89.potc
235... solve v1=4.27272727273 elect=1
236... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_90.potc
237... solve v1=4.35353535354 elect=1
238... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_91.potc
239... solve v1=4.43434343435 elect=1
240... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_92.potc
241... solve v1=4.51515151515 elect=1
242... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_93.potc
243... solve v1=4.59595959596 elect=1
244... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_94.potc
245... solve v1=4.67676767677 elect=1
246... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_95.potc
247... solve v1=4.75757575758 elect=1
248... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_96.potc
249... solve v1=4.83838383839 elect=1
250... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_97.potc
251... solve v1=4.91919191919 elect=1
252... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_98.potc
253... solve v1=5.0 elect=1
254... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_99.potc
255... solve v1=5.08080808081 elect=1
256... plot.1d pot a.y=0.1 b.y=5 a.x=0.5 b.x=0.5 ascii outf=pdr512_100.potc
257... plot.1d net.charge a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.roiv
258... plot.1d e.field a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.efieldiv
259... plot.1d pot a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.potiv
260... plot.1d qfn a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.qfniv
261... plot.1d qfp a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.qfpiv
262... plot.1d band.val a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.valiv
263... plot.1d band.con a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.coniv
264... plot.1d ele a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.eleiv
265... plot.1d hole a.y=0 b.y=5.1 a.x=0.5 b.x=0.5 ascii outf=pdr512.holeiv
266... end

9. Mesh statistics :
Total grid points = 900
Total no. of elements = 1196
Min grid spacing (um) = 1.7841E-07
Max grid spacing (um) = 5.5372E-01 (r= 3.1036E+06)
Obtuse elements = 0 ( 0.0%)
Material Definitions
Index Name Regions
1 sio2 1
2 silicon 2
Constants :
Boltzmanns k = 8.61700E-05
charge = 1.60200E-19
permittivity = 8.85400E-14
electron mass= 9.10950E-31
Ambient temperature = 300.000
Thermal voltage = 0.025851
Material data
num r-perm Egap Affinity Ec offset Bulk qf k-therm Gen con
1 3.90 9.0000E+00 9.0000E-01 -3.2700E+00 0.0000E+00 2.5000E-01 0.0000E+00
2 11.80 1.1200E+00 4.1700E+00 0.0000E+00 0.0000E+00 1.4500E+00
4.0000E+13
Semiconductor data
num stats ni An** Ap** Nc Nv

10. 2 Boltz 9.963E+09 1.100E+02 3.000E+01 3.200E+19 2.030E+19
num gcb edb gcv eab w2d H-alphn
H-alphp
2 2.000E+00 5.000E-02 4.000E+00 4.500E-02 1.000E-03 3.000E-05
2.000E-07
Model flags :
Incomp. ionization = F
Band-gap narrowing = F
SRH recombination =T
Conc-dep lifetime =F
Auger recombination = F
Deep level traps =F
Radiative recomb =F
Impact ionization =F
Band-to-band tunnel = F
Trap-assist tunnel =F
Stimulated emission = F
Carrier-carr. scat. = F
Neutral imp. scat. = F
Ion-impurity scat. = T
Field dep. mobil =T
Gate fld dep mobil = F
Field dep. diff =F
Thermoelectric curr = T
ET ebal formulation = F
Model Types:

11. mat # II-scat CC-scat Fld mob Vsat Gate mob
2 n Analytic Dorkel Caughey Exponent SGS
p Analytic Dorkel Caughey Power SGS
mat # D(E) Energy Ce(T) BGN
2 n Lincut Const. P Slotboom
p Lincut Const. P Slotboom
Driving forces :
Mobility, parallel field = qfb
Mobility, gate field = exj
Diffusivity = qfb
Impact ionization = eoj
Default low-field mobilities/relax-times, vsat, w-kappa
mat # mobl0 tauw vsat(T0) kappa
2 n 1390. 2.0000E-13 1.0349E+07 1.500
p 470.0 2.0000E-13 8.3700E+06 1.500
Trap level data
mat # Type Et-Ei (eV) tau0 (n) tau0 (p) Ntrap
2 0 0.00 1.000E-09 1.000E-09 0.00
Velocity saturation coefficients
mat # coef 1 coef 2 coef 3 coef 4 coef 5
2 n 2.400E+07 0.800 0.500 0.00 0.00
p 8.370E+06 0.800 -0.520 0.00 0.00
Lattice scat. mobility coefficients
mat # coef 1 coef 2 coef 3 coef 4 coef 5
2 n 1.390E+03 -2.30 0.00 0.00 0.00

12. p 470. -2.20 0.00 0.00 0.00
Ion-impurity mobility coefficients
mat # coef 1 coef 2 coef 3 coef 4 coef 5
2 n 55.2 1.072E+17 0.733 -2.55 -0.570
p 49.7 1.606E+17 0.700 -2.55 -0.570
Field mobility coefficients
mat # coef 1 coef 2 coef 3 coef 4 coef 5
2 n 2.00 0.00 0.00 0.00 0.00
p 1.00 0.00 0.00 0.00 0.00
Field mobility coefficients (cont.)
mat # coef 6 coef 7 coef 8 coef 9 coef 10
2 n 0.00 0.00 0.00 0.00 0.00
p 0.00 0.00 0.00 0.00 0.00
Energy relaxation coefficients
mat # coef 1 coef 2 coef 3 coef 4 coef 5
2 n 1.00 0.00 0.00 0.00 0.00
p 1.00 0.00 0.00 0.00 0.00
Energy relaxation coefficients (cont.)
mat # coef 6 coef 7 coef 8 coef 9 coef 10
2 n 0.00 0.00 0.00 0.00 0.00
p 0.00 0.00 0.00 0.00 0.00
Misc energy trans coefficients
mat # coef 1 coef 2 coef 3 coef 4 coef 5
2 n 0.00 0.00 0.00 0.00 0.00

13. p 0.00 0.00 0.00 0.00 0.00
Contacts :
Num Work fn. Vsurfn Vsurfp
1 4.170
2 0.000
Solution for bias:
V1 = 0.0000000E+00 V2 = 0.0000000E+00
Initial solution
o-itr i-itr psi-error n-error p-error
1 0 1.0000E+00 R( 0)
1 1 4.7342E+01 U( 1)
1 1 1.8578E-07 R( 1)
1 2% 8.0560E+00 U( 6)
1 2% 9.3012E-08 R( 1)
1 3 2.7615E+00 U( 1)
1 3 2.6528E-08 R( 1)
1 4 5.5409E-01 U( 1)
1 4 2.4791E-09 R( 1)
1 5* 3.7146E-02 U( 4)
1 5* 2.0983E-11 R( 1)
1 6* 2.4645E-04 U( 4)
1 6* 1.3522E-15 R( 1)
1 7* 1.3842E-08 U( 4)

14. 1 7* 4.6335E-17 R( 1)
1 0 1.0000E+00 R( 0)
1 1 7.4493E-15 U( 1)
1 1 5.7026E-02 R( 1)
1 0 9.9996E-01 R( 0)
1 1 5.4468E-15 U( 1)
1 1 4.5848E-01 R( 1)
2 0 3.6900E-11 R( 0)
2 1 1.6849E-14 U( 1)
2 1 5.8462E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 6.1844E-15 U( 1)
2 1 4.9864E-02 R( 1)
2 0 9.9996E-01 R( 0)
2 1 3.9980E-15 U( 1)
2 1 4.2753E-01 R( 1)
1 0 7.6735E-14 2.8059E-15 4.1715E-15 R( 0)
1 1 5.0561E-15 4.3481E-15 5.8162E-15 U( 1)
1 1 7.5673E-14 1.7874E-14 5.7734E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 0.0000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 1.72468E-32 4.96877E-22 4.96877E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 1.25809E-16 0.00000E+00 0.00000E+00
2 -1.23860E-30 0.00000E+00 4.96877E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1000
Total cpu time for Newton linear solves = 0.0667 ( 0.0667)
Total cpu time for bias point = 0.2000
Total cpu time = 0.3667

15. Solution for bias:
V1 = 0.0000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 5.7653E-11 R( 0)
1 1 2.0083E-15 U( 1)
1 1 5.4103E-11 R( 1)
1 0 1.0000E+00 R( 0)
1 1 4.0626E-15 U( 1)
1 1 7.3630E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 5.1024E-15 U( 1)
1 1 1.0172E-01 R( 1)
2 0 5.4103E-11 R( 0)
2 1 1.8146E-15 U( 1)
2 1 5.7653E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 3.8355E-15 U( 1)
2 1 7.4627E-02 R( 1)
2 0 9.9996E-01 R( 0)
2 1 3.7379E-15 U( 1)
2 1 4.4217E-01 R( 1)
1 0 7.5673E-14 2.8991E-15 4.2766E-15 R( 0)
1 1 1.7313E-15 1.2117E-15 1.5794E-15 U( 1)
1 1 4.5394E-14 1.6910E-14 5.7683E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 0.0000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 1.72468E-32 4.96877E-22 4.96877E-22

16. Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 1.25809E-16 0.00000E+00 0.00000E+00
2 -1.23860E-30 0.00000E+00 4.96877E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = -0.0000 ( -0.0000)
Total cpu time for bias point = 0.1667
Total cpu time = 0.6000
Solution for bias:
V1 = -2.0000000E-01 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 7.1372E-01 R( 0)
1 1 7.7143E+00 U( 1)
1 1 3.0065E-04 R( 1)
1 2* 2.8491E-01 U( 5)
1 2* 2.3230E-05 R( 1)
1 3* 2.3073E-02 U( 4)
1 3* 1.5093E-07 R( 1)
1 4* 1.4057E-04 U( 4)
1 4* 6.1931E-12 R( 1)
1 5* 5.4724E-09 U( 4)
1 5* 1.1881E-13 R( 1)
1 0 1.0000E+00 R( 0)
1 1 6.7822E-15 U( 1)
1 1 3.8622E-02 R( 1)

17. 1 0 1.0000E+00 R( 0)
1 1 8.7302E-15 U( 1)
1 1 1.0430E-01 R( 1)
2 0 1.0681E-11 R( 0)
2 1 1.1468E-14 U( 1)
2 1 1.5787E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 5.5463E-15 U( 1)
2 1 4.4480E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 4.7854E-15 U( 1)
2 1 6.7295E-02 R( 1)
1 0 1.7356E-14 3.0626E-15 4.7144E-15 R( 0)
1 1 3.1194E-15 3.3021E-15 3.2355E-15 U( 1)
1 1 1.6509E-14 8.1124E-15 5.6689E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -0.2000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 1.10093E-32 4.62549E-22 4.62549E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 1.05374E-16 0.00000E+00 0.00000E+00
2 -4.76432E-31 0.00000E+00 4.62549E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.2000
Total cpu time for Newton linear solves = 0.0000 ( 0.0000)
Total cpu time for bias point = 0.2000
Total cpu time = 0.8000
Solution for bias:

18. V1 = -4.0000000E-01 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 7.1264E-01 R( 0)
1 1 7.7118E+00 U( 1)
1 1 3.7685E-04 R( 1)
1 2% 3.6008E-01 U( 5)
1 2% 3.7616E-05 R( 1)
1 3% 3.9530E-02 U( 4)
1 3% 4.2118E-07 R( 1)
1 4* 4.1819E-04 U( 2)
1 4* 5.1461E-11 R( 1)
1 5% 4.8505E-08 U( 3)
1 5% 3.1176E-13 R( 1)
1 0 1.0000E+00 R( 0)
1 1 6.1803E-15 U( 1)
1 1 2.7024E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 6.4925E-15 U( 1)
1 1 4.4819E-02 R( 1)
2 0 3.6138E-11 R( 0)
2 1 3.3585E-15 U( 1)
2 1 4.0190E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 7.1557E-15 U( 1)
2 1 4.2615E-02 R( 1)
2 0 9.9999E-01 R( 0)
2 1 3.6703E-15 U( 1)
2 1 2.3878E-01 R( 1)
1 0 3.4320E-14 2.5171E-16 2.9026E-15 R( 0)
1 1 1.2709E-15 1.7925E-15 1.3631E-15 U( 1)
1 1 2.9489E-14 8.2501E-16 3.3092E-14 R( 1)

19. Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -0.4000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -2.16268E-31 -2.75081E-22 -2.75081E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 8.18498E-17 0.00000E+00 0.00000E+00
2 -1.75575E-31 0.00000E+00 -2.75081E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.2000
Total cpu time = 1.0000
Solution for bias:
V1 = -6.0000000E-01 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 7.1140E-01 R( 0)
1 1 7.7073E+00 U( 1)
1 1 4.9521E-04 R( 1)
1 2* 4.5911E-01 U( 5)
1 2* 6.4867E-05 R( 1)
1 3% 7.2487E-02 U( 5)
1 3% 1.3521E-06 R( 1)
1 4* 1.4621E-03 U( 3)
1 4* 5.8431E-10 R( 1)
1 5* 5.9911E-07 U( 2)

20. 1 5* 6.2214E-13 R( 1)
1 0 1.0000E+00 R( 0)
1 1 7.1094E-15 U( 1)
1 1 3.8639E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 4.4047E-15 U( 1)
1 1 3.0710E-02 R( 1)
2 0 1.1142E-10 R( 0)
2 1 1.7346E-13 U( 1)
2 1 1.1911E-10 R( 1)
2 0 1.0000E+00 R( 0)
2 1 7.3635E-15 U( 1)
2 1 3.5387E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 2.5002E-15 U( 1)
2 1 4.0691E-02 R( 1)
1 0 6.5949E-14 3.4892E-18 2.0462E-15 R( 0)
1 1 1.2269E-15 1.4534E-15 1.5546E-15 U( 1)
1 1 3.6050E-14 1.9753E-17 1.5437E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -0.6000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.97686E-32 3.39297E-22 3.39297E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 5.30693E-17 0.00000E+00 0.00000E+00
2 -5.52320E-32 0.00000E+00 3.39297E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.2000
Total cpu time = 1.2000

21. Solution for bias:
V1 = -8.0000000E-01 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 7.0989E-01 R( 0)
1 1 7.6993E+00 U( 1)
1 1 6.9886E-04 R( 1)
1 2% 5.7869E-01 U( 5)
1 2% 1.2172E-04 R( 1)
1 3* 1.4103E-01 U( 4)
1 3* 5.1427E-06 R( 1)
1 4% 6.1462E-03 U( 4)
1 4% 9.6711E-09 R( 1)
1 5* 1.1088E-05 U( 2)
1 5* 1.4146E-12 R( 1)
1 6* 3.6939E-11 U( 2)
1 6* 1.2536E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 7.7018E-15 U( 1)
1 1 1.6560E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 3.2268E-15 U( 1)
1 1 4.4908E-02 R( 1)
2 0 8.0897E-10 R( 0)
2 1 1.5090E-15 U( 1)
2 1 7.1550E-10 R( 1)
2 0 1.0000E+00 R( 0)
2 1 5.4229E-15 U( 1)
2 1 2.0451E-02 R( 1)
2 0 1.0000E+00 R( 0)

22. 2 1 2.0242E-15 U( 1)
2 1 1.2520E-01 R( 1)
1 0 1.1018E-13 1.2136E-19 2.2354E-15 R( 0)
1 1 1.0915E-15 1.1446E-15 1.1015E-15 U( 1)
1 1 1.1031E-13 1.4526E-18 3.4702E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -0.8000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -2.93067E-31 -5.88191E-22 -5.88191E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 1.47597E-17 0.00000E+00 0.00000E+00
2 -3.51749E-32 0.00000E+00 -5.88191E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.2000
Total cpu time = 1.4000
Solution for bias:
V1 = -1.0000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 7.0788E-01 R( 0)
1 1 7.6857E+00 U( 1)
1 1 7.3523E-04 R( 1)
1 2% 5.1382E-01 U( 5)

23. 1 2% 1.2416E-04 R( 1)
1 3% 1.1970E-01 U( 4)
1 3% 4.9484E-06 R( 1)
1 4* 4.9805E-03 U( 3)
1 4* 8.3749E-09 R( 1)
1 5% 8.2282E-06 U( 3)
1 5% 8.4460E-13 R( 1)
1 0 1.0000E+00 R( 0)
1 1 8.1802E-15 U( 1)
1 1 1.3820E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 2.6231E-15 U( 1)
1 1 5.9396E-02 R( 1)
2 0 2.2894E-10 R( 0)
2 1 2.2832E-11 U( 1)
2 1 3.3609E-10 R( 1)
2 0 1.0000E+00 R( 0)
2 1 9.3247E-15 U( 1)
2 1 1.3248E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 2.3539E-15 U( 1)
2 1 1.2740E-01 R( 1)
1 0 1.2356E-13 1.4975E-20 3.1296E-15 R( 0)
1 1 1.7198E-15 1.9265E-15 1.6665E-15 U( 1)
1 1 8.5033E-14 2.0827E-19 3.5321E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -1.0000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -4.74084E-32 2.33182E-22 2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -3.52371E-17 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 2.33182E-22

24. Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.2000
Total cpu time = 1.6000
Solution for bias:
V1 = -1.2000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 7.0527E-01 R( 0)
1 1 7.6742E+00 U( 1)
1 1 4.3991E-04 R( 1)
1 2* 2.9633E-01 U( 4)
1 2* 4.6584E-05 R( 1)
1 3* 3.5949E-02 U( 4)
1 3* 6.1880E-07 R( 1)
1 4* 4.6597E-04 U( 4)
1 4* 1.0771E-10 R( 1)
1 5* 7.8880E-08 U( 4)
1 5* 1.0066E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 9.4764E-15 U( 1)
1 1 1.5812E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 4.2472E-15 U( 1)
1 1 5.9911E-02 R( 1)
2 0 1.0400E-10 R( 0)
2 1 5.4691E-15 U( 1)
2 1 1.4176E-10 R( 1)

25. 2 0 1.0000E+00 R( 0)
2 1 7.3817E-15 U( 1)
2 1 1.4061E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 1.8465E-15 U( 1)
2 1 2.3273E-01 R( 1)
1 0 1.3723E-13 6.7214E-21 3.0250E-15 R( 0)
1 1 1.7757E-15 1.5771E-15 1.3014E-15 U( 1)
1 1 1.3723E-13 7.5624E-20 3.7540E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -1.2000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.27248E-31 7.48865E-33 -1.19759E-31
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -9.27876E-17 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -1.19759E-31
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.1667
Total cpu time = 1.7667
Solution for bias:
V1 = -1.4000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error

26. 1 0 7.0227E-01 R( 0)
1 1 7.6681E+00 U( 1)
1 1 2.6196E-04 R( 1)
1 2* 1.5733E-01 U( 4)
1 2* 1.5301E-05 R( 1)
1 3* 9.5110E-03 U( 4)
1 3* 5.6775E-08 R( 1)
1 4* 3.3622E-05 U( 4)
1 4* 1.1420E-12 R( 1)
1 5% 4.3141E-10 U( 5)
1 5% 1.5226E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 8.3052E-15 U( 1)
1 1 1.4487E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 2.9346E-15 U( 1)
1 1 6.3305E-02 R( 1)
2 0 9.5103E-11 R( 0)
2 1 3.1046E-15 U( 1)
2 1 6.6340E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 5.9442E-15 U( 1)
2 1 2.4121E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 1.5621E-15 U( 1)
2 1 1.5389E-01 R( 1)
1 0 1.0669E-13 3.6692E-21 2.8094E-15 R( 0)
1 1 3.0983E-15 1.8947E-15 1.1627E-15 U( 1)
1 1 8.8574E-14 3.4290E-20 3.5142E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -1.4000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.27248E-31 -1.16591E-22 -1.16591E-22
Electrode Flux Displacement Current Total Current

27. (Coul) (Amps) (Amps)
1 -1.54142E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -1.16591E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.2000
Total cpu time = 1.9667
Solution for bias:
V1 = -1.6000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 6.9909E-01 R( 0)
1 1 7.6651E+00 U( 1)
1 1 1.8662E-04 R( 1)
1 2* 9.0573E-02 U( 4)
1 2* 6.1574E-06 R( 1)
1 3* 3.0699E-03 U( 4)
1 3* 7.4800E-09 R( 1)
1 4* 3.5783E-06 U( 4)
1 4* 1.6471E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 8.5614E-15 U( 1)
1 1 1.3943E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 3.3332E-15 U( 1)
1 1 6.7534E-02 R( 1)
2 0 7.3228E-11 R( 0)

28. 2 1 5.0231E-12 U( 1)
2 1 4.1510E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 9.2495E-15 U( 1)
2 1 1.5281E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 3.1629E-15 U( 1)
2 1 2.1855E-01 R( 1)
1 0 9.4211E-14 2.3852E-21 3.6508E-15 R( 0)
1 1 4.6795E-15 4.6948E-15 3.6807E-15 U( 1)
1 1 1.2528E-13 2.7265E-20 3.5087E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -1.6000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -1.16591E-22 -1.16591E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -2.17538E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -1.16591E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.2000
Total cpu time = 2.1667
Solution for bias:
V1 = -1.8000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess

29. o-itr i-itr psi-error n-error p-error
1 0 6.9582E-01 R( 0)
1 1 7.6633E+00 U( 1)
1 1 1.5098E-04 R( 1)
1 2* 5.7110E-02 U( 4)
1 2* 3.0365E-06 R( 1)
1 3* 1.2069E-03 U( 4)
1 3* 1.4432E-09 R( 1)
1 4* 5.6075E-07 U( 4)
1 4* 2.1212E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 1.0395E-14 U( 1)
1 1 1.6797E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 3.2704E-15 U( 1)
1 1 9.7696E-02 R( 1)
2 0 7.3049E-11 R( 0)
2 1 1.2515E-13 U( 1)
2 1 7.5521E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 8.7113E-15 U( 1)
2 1 1.5068E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 2.5660E-15 U( 1)
2 1 2.3016E-01 R( 1)
1 0 2.2232E-13 2.0001E-21 3.7008E-15 R( 0)
1 1 4.6524E-15 3.3381E-15 3.8602E-15 U( 1)
1 1 1.6759E-13 2.4582E-20 4.4627E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -1.8000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current

30. (Coul) (Amps) (Amps)
1 -2.82160E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.0667
Total cpu time for Newton linear solves = 0.1000 ( 0.1000)
Total cpu time for bias point = 0.1667
Total cpu time = 2.3333
Solution for bias:
V1 = -2.0000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 6.9251E-01 R( 0)
1 1 7.6622E+00 U( 1)
1 1 1.3046E-04 R( 1)
1 2* 3.8741E-02 U( 4)
1 2* 1.7349E-06 R( 1)
1 3* 5.5244E-04 U( 4)
1 3* 3.7407E-10 R( 1)
1 4* 1.1859E-07 U( 4)
1 4* 7.6737E-13 R( 1)
1 0 1.0000E+00 R( 0)
1 1 1.0115E-14 U( 1)
1 1 1.6390E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 3.9134E-15 U( 1)
1 1 6.0024E-02 R( 1)
2 0 2.1555E-11 R( 0)

31. 2 1 6.2223E-15 U( 1)
2 1 6.0544E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 8.8694E-15 U( 1)
2 1 1.5096E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 1.6930E-15 U( 1)
2 1 2.4066E-01 R( 1)
1 0 2.1955E-13 1.9879E-21 3.7240E-15 R( 0)
1 1 3.6782E-15 2.0744E-15 2.2446E-15 U( 1)
1 1 1.9654E-13 2.1254E-20 4.9150E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.0000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -3.47583E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.2000
Total cpu time = 2.5333
Solution for bias:
V1 = -2.2000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess

32. o-itr i-itr psi-error n-error p-error
1 0 6.8917E-01 R( 0)
1 1 7.6614E+00 U( 1)
1 1 1.1664E-04 R( 1)
1 2* 2.7791E-02 U( 4)
1 2* 1.0957E-06 R( 1)
1 3% 2.8356E-04 U( 4)
1 3% 1.2059E-10 R( 1)
1 4* 3.1445E-08 U( 2)
1 4* 2.8959E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 8.8332E-15 U( 1)
1 1 1.7767E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 2.9820E-15 U( 1)
1 1 6.5877E-02 R( 1)
2 0 6.8696E-11 R( 0)
2 1 4.7006E-15 U( 1)
2 1 5.0807E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 6.3162E-15 U( 1)
2 1 2.5131E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 1.2636E-15 U( 1)
2 1 2.3289E-01 R( 1)
1 0 2.1922E-13 1.9555E-21 3.1896E-15 R( 0)
1 1 3.6642E-15 2.1816E-15 2.4672E-15 U( 1)
1 1 1.9570E-13 1.8413E-20 8.8057E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.2000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current

33. (Coul) (Amps) (Amps)
1 -4.13569E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1333
Total cpu time for Newton linear solves = 0.0667 ( 0.0667)
Total cpu time for bias point = 0.2000
Total cpu time = 2.7333
Solution for bias:
V1 = -2.4000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 6.8582E-01 R( 0)
1 1 7.6609E+00 U( 1)
1 1 1.0637E-04 R( 1)
1 2% 2.0816E-02 U( 4)
1 2% 7.4204E-07 R( 1)
1 3* 1.5886E-04 U( 2)
1 3* 4.5621E-11 R( 1)
1 4% 9.9227E-09 U( 3)
1 4% 1.9136E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 8.6235E-15 U( 1)
1 1 1.8438E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 3.6649E-15 U( 1)
1 1 3.8513E-02 R( 1)
2 0 3.9306E-11 R( 0)

34. 2 1 6.5710E-15 U( 1)
2 1 5.3454E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 7.6996E-15 U( 1)
2 1 2.1647E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 2.2120E-15 U( 1)
2 1 1.9207E-01 R( 1)
1 0 2.6767E-13 1.7969E-21 3.4669E-15 R( 0)
1 1 6.7300E-15 3.2849E-15 3.1561E-15 U( 1)
1 1 2.0902E-13 2.0309E-20 7.6267E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.4000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -4.79967E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = 0.0000 ( 0.0000)
Total cpu time for bias point = 0.1667
Total cpu time = 2.9000
Solution for bias:
V1 = -2.6000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess

35. o-itr i-itr psi-error n-error p-error
1 0 6.8247E-01 R( 0)
1 1 7.6605E+00 U( 1)
1 1 9.8261E-05 R( 1)
1 2% 1.6128E-02 U( 4)
1 2% 5.2862E-07 R( 1)
1 3* 9.5295E-05 U( 2)
1 3* 1.9534E-11 R( 1)
1 4% 3.5830E-09 U( 3)
1 4% 6.5754E-13 R( 1)
1 0 1.0000E+00 R( 0)
1 1 8.9355E-15 U( 1)
1 1 1.6785E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 3.3114E-15 U( 1)
1 1 4.6042E-02 R( 1)
2 0 1.1916E-11 R( 0)
2 1 6.7554E-15 U( 1)
2 1 1.2030E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 6.5368E-15 U( 1)
2 1 2.7332E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 2.0777E-15 U( 1)
2 1 2.3835E-01 R( 1)
1 0 6.8614E-14 1.8642E-21 4.4895E-15 R( 0)
1 1 6.5983E-15 3.2078E-15 3.0947E-15 U( 1)
1 1 2.4546E-13 1.9409E-20 9.0803E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.6000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current

36. (Coul) (Amps) (Amps)
1 -5.46681E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1333
Total cpu time for Newton linear solves = 0.0667 ( 0.0667)
Total cpu time for bias point = 0.2000
Total cpu time = 3.1000
Solution for bias:
V1 = -2.8000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 6.7912E-01 R( 0)
1 1 7.6602E+00 U( 1)
1 1 9.1607E-05 R( 1)
1 2* 1.2839E-02 U( 3)
1 2* 3.9137E-07 R( 1)
1 3* 6.0369E-05 U( 3)
1 3* 9.2254E-12 R( 1)
1 4* 1.4401E-09 U( 4)
1 4* 1.8325E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 7.9934E-15 U( 1)
1 1 1.6456E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 4.6188E-15 U( 1)
1 1 5.9356E-02 R( 1)
2 0 2.9732E-11 R( 0)

37. 2 1 8.0909E-15 U( 1)
2 1 2.3759E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 7.7434E-15 U( 1)
2 1 2.3809E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 1.8422E-15 U( 1)
2 1 2.3869E-01 R( 1)
1 0 1.5211E-13 1.9249E-21 4.4557E-15 R( 0)
1 1 6.9985E-15 2.2901E-15 2.4868E-15 U( 1)
1 1 1.5239E-13 1.8950E-20 9.2082E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.8000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -6.13644E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = -0.0000 ( -0.0000)
Total cpu time for bias point = 0.1667
Total cpu time = 3.2667
Solution for bias:
V1 = -3.0000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess

38. o-itr i-itr psi-error n-error p-error
1 0 6.7578E-01 R( 0)
1 1 7.6599E+00 U( 1)
1 1 8.6002E-05 R( 1)
1 2* 1.0448E-02 U( 3)
1 2* 2.9867E-07 R( 1)
1 3* 3.9981E-05 U( 3)
1 3* 4.5992E-12 R( 1)
1 4% 6.3294E-10 U( 4)
1 4% 1.4945E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 9.5432E-15 U( 1)
1 1 1.5068E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 3.9327E-15 U( 1)
1 1 5.9947E-02 R( 1)
2 0 2.1963E-11 R( 0)
2 1 7.5675E-15 U( 1)
2 1 2.3798E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 5.7557E-15 U( 1)
2 1 2.3398E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 1.7415E-15 U( 1)
2 1 2.3269E-01 R( 1)
1 0 1.6903E-13 1.6657E-21 4.1810E-15 R( 0)
1 1 7.0498E-15 1.8451E-15 1.9630E-15 U( 1)
1 1 1.7463E-13 1.9217E-20 7.5604E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -3.0000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current

39. (Coul) (Amps) (Amps)
1 -6.80807E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.2000
Total cpu time = 3.4667
Solution for bias:
V1 = -3.0000000E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 2.4585E-11 R( 0)
1 1 1.9899E-14 U( 1)
1 1 2.4501E-11 R( 1)
1 0 1.0000E+00 R( 0)
1 1 4.5704E-15 U( 1)
1 1 2.7447E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 2.4880E-15 U( 1)
1 1 5.4712E-02 R( 1)
2 0 2.4501E-11 R( 0)
2 1 6.8994E-15 U( 1)
2 1 2.4498E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 5.6458E-15 U( 1)
2 1 2.8232E-02 R( 1)
2 0 1.0000E+00 R( 0)

40. 2 1 1.1964E-15 U( 1)
2 1 3.0275E-01 R( 1)
1 0 1.7401E-13 1.9661E-21 3.8911E-15 R( 0)
1 1 6.9165E-15 1.7704E-15 2.1586E-15 U( 1)
1 1 1.7401E-13 1.8016E-20 8.0365E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -3.0000 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -6.80807E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1333
Total cpu time for Newton linear solves = 0.0000 ( 0.0000)
Total cpu time for bias point = 0.1667
Total cpu time = 3.6333
Ac analysis :
Ac voltage = 2.585100E-03
Frequency = 1.000000E+00 Hz
Electrode # 1
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 -7.53395E-27 -5.46168E-18
2 2.46273E-18 5.46168E-18 -4.88307E-28 2.20183E-28

41. Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y11 -7.53395E-27 -5.46168E-18 -2.91438E-24 -3.36255E-16
Y21 2.46273E-18 5.46168E-18 9.52662E-16 3.36255E-16
Electrode # 2
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 7.53395E-27 5.46168E-18
2 -5.00280E-17 -5.46168E-18 4.88307E-28 -4.47280E-27
Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y12 7.53395E-27 5.46168E-18 2.91438E-24 3.36255E-16
Y22 -5.00280E-17 -5.46168E-18 -1.93524E-14 -3.36255E-16
Total cpu time for Newton equation assembly = 0.0333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for ac analysis = 0.0667
Total cpu time = 3.7000
Solution for bias:
V1 = -2.9389345E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 8.3069E-01 R( 0)
1 1 2.3387E+00 U( 1)

42. 1 1 2.8422E-05 R( 1)
1 2* 8.7591E-04 U( 3)
1 2* 7.9229E-09 R( 1)
1 3* 2.7285E-07 U( 3)
1 3* 8.9715E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 1.2870E-14 U( 1)
1 1 1.6740E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 7.4405E-15 U( 1)
1 1 6.5205E-02 R( 1)
2 0 3.3767E-11 R( 0)
2 1 2.7293E-14 U( 1)
2 1 2.6152E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 8.7446E-15 U( 1)
2 1 2.1132E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 2.3424E-15 U( 1)
2 1 3.8155E-01 R( 1)
1 0 1.8015E-13 1.9136E-21 4.8360E-15 R( 0)
1 1 3.6493E-15 1.9591E-15 2.8974E-15 U( 1)
1 1 2.0801E-13 1.7985E-20 8.6538E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.9389 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -6.60281E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667

43. Total cpu time for Newton linear solves = -0.0000 ( -0.0000)
Total cpu time for bias point = 0.1667
Total cpu time = 3.8667
Ac analysis :
Ac voltage = 2.585100E-03
Frequency = 1.000000E+00 Hz
Electrode # 1
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 -7.52269E-27 -5.45748E-18
2 3.46230E-18 5.45748E-18 -4.87932E-28 3.09550E-28
Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y11 -7.52269E-27 -5.45748E-18 -2.91002E-24 -3.35997E-16
Y21 3.46230E-18 5.45748E-18 1.33933E-15 3.35997E-16
Electrode # 2
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 7.52269E-27 5.45748E-18
2 -1.91631E-17 -5.45748E-18 4.87932E-28 -1.71329E-27
Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y12 7.52269E-27 5.45748E-18 2.91002E-24 3.35997E-16
Y22 -1.91631E-17 -5.45748E-18 -7.41290E-15 -3.35997E-16

44. Total cpu time for Newton equation assembly = 0.0333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for ac analysis = 0.0667
Total cpu time = 3.9333
Solution for bias:
V1 = -2.8778690E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 8.2687E-01 R( 0)
1 1 2.3387E+00 U( 1)
1 1 2.8670E-05 R( 1)
1 2* 9.2805E-04 U( 3)
1 2* 8.4590E-09 R( 1)
1 3* 3.0596E-07 U( 3)
1 3* 8.3324E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 1.0464E-14 U( 1)
1 1 1.6061E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 6.3595E-15 U( 1)
1 1 5.4065E-02 R( 1)
2 0 3.2516E-11 R( 0)
2 1 4.3515E-14 U( 1)
2 1 4.7055E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 7.6370E-15 U( 1)
2 1 2.0200E-02 R( 1)
2 0 1.0000E+00 R( 0)

45. 2 1 1.3495E-15 U( 1)
2 1 1.9959E-01 R( 1)
1 0 3.1408E-13 1.9924E-21 3.5815E-15 R( 0)
1 1 7.4053E-15 3.0611E-15 3.5880E-15 U( 1)
1 1 3.1490E-13 1.9027E-20 7.7703E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.8779 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -6.39772E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for bias point = 0.1667
Total cpu time = 4.1000
Ac analysis :
Ac voltage = 2.585100E-03
Frequency = 1.000000E+00 Hz
Electrode # 1
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 -7.51076E-27 -5.45304E-18
2 3.23867E-18 5.45304E-18 -4.87534E-28 2.89557E-28

46. Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y11 -7.51076E-27 -5.45304E-18 -2.90540E-24 -3.35723E-16
Y21 3.23867E-18 5.45304E-18 1.25282E-15 3.35723E-16
Electrode # 2
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 7.51076E-27 5.45304E-18
2 3.34473E-17 -5.45304E-18 4.87534E-28 2.99039E-27
Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y12 7.51076E-27 5.45304E-18 2.90540E-24 3.35723E-16
Y22 3.34473E-17 -5.45304E-18 1.29385E-14 -3.35723E-16
Total cpu time for Newton equation assembly = 0.0333
Total cpu time for Newton linear solves = -0.0000 ( -0.0000)
Total cpu time for ac analysis = 0.0667
Total cpu time = 4.1667
Solution for bias:
V1 = -2.8168034E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 8.2304E-01 R( 0)
1 1 2.3388E+00 U( 1)

47. 1 1 2.8930E-05 R( 1)
1 2* 9.8491E-04 U( 3)
1 2* 9.0491E-09 R( 1)
1 3* 3.4420E-07 U( 3)
1 3* 8.5359E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 8.6584E-15 U( 1)
1 1 1.7014E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 4.5488E-15 U( 1)
1 1 4.6070E-02 R( 1)
2 0 3.4573E-11 R( 0)
2 1 4.9783E-14 U( 1)
2 1 2.0745E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 7.4241E-15 U( 1)
2 1 2.0190E-02 R( 1)
2 0 1.0000E+00 R( 0)
2 1 2.4151E-15 U( 1)
2 1 3.2410E-01 R( 1)
1 0 1.3403E-13 1.9469E-21 5.2241E-15 R( 0)
1 1 6.9269E-15 2.6462E-15 4.4503E-15 U( 1)
1 1 1.4196E-13 2.0184E-20 7.8751E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.8168 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -6.19280E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667

48. Total cpu time for Newton linear solves = -0.0000 ( -0.0000)
Total cpu time for bias point = 0.1667
Total cpu time = 4.3333
Ac analysis :
Ac voltage = 2.585100E-03
Frequency = 1.000000E+00 Hz
Electrode # 1
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 -7.49810E-27 -5.44832E-18
2 3.65049E-18 5.44832E-18 -4.87112E-28 3.26376E-28
Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y11 -7.49810E-27 -5.44832E-18 -2.90051E-24 -3.35432E-16
Y21 3.65049E-18 5.44832E-18 1.41213E-15 3.35432E-16
Electrode # 2
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 7.49810E-27 5.44832E-18
2 -1.55270E-17 -5.44832E-18 4.87112E-28 -1.38821E-27
Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y12 7.49810E-27 5.44832E-18 2.90051E-24 3.35432E-16
Y22 -1.55270E-17 -5.44832E-18 -6.00636E-15 -3.35432E-16

49. Total cpu time for Newton equation assembly = 0.0333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for ac analysis = 0.0667
Total cpu time = 4.4000
Solution for bias:
V1 = -2.7557379E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 8.1922E-01 R( 0)
1 1 2.3388E+00 U( 1)
1 1 2.9200E-05 R( 1)
1 2* 1.0471E-03 U( 3)
1 2* 9.6999E-09 R( 1)
1 3* 3.8853E-07 U( 3)
1 3* 5.1351E-12 R( 1)
1 0 1.0000E+00 R( 0)
1 1 9.1257E-15 U( 1)
1 1 1.9346E-02 R( 1)
1 0 1.0000E+00 R( 0)
1 1 4.8432E-15 U( 1)
1 1 7.1527E-02 R( 1)
2 0 2.1610E-11 R( 0)
2 1 5.9003E-14 U( 1)
2 1 2.1515E-11 R( 1)
2 0 1.0000E+00 R( 0)
2 1 8.7210E-15 U( 1)
2 1 2.1472E-02 R( 1)
2 0 1.0000E+00 R( 0)

50. 2 1 1.1421E-15 U( 1)
2 1 2.0638E-01 R( 1)
1 0 1.3441E-13 1.7327E-21 3.7783E-15 R( 0)
1 1 5.1811E-15 2.6836E-15 2.3482E-15 U( 1)
1 1 1.3438E-13 1.9465E-20 7.5747E-14 R( 1)
Electrode Voltage Electron Current Hole Current Conduction Current
(Volts) (Amps) (Amps) (Amps)
1 -2.7557 0.00000E+00 0.00000E+00 0.00000E+00
2 0.0000 -1.67168E-31 -2.33182E-22 -2.33182E-22
Electrode Flux Displacement Current Total Current
(Coul) (Amps) (Amps)
1 -5.98806E-16 0.00000E+00 0.00000E+00
2 -1.51177E-32 0.00000E+00 -2.33182E-22
Convergence criterion completely met
Total cpu time for Newton equation assembly = 0.1667
Total cpu time for Newton linear solves = -0.0000 ( -0.0000)
Total cpu time for bias point = 0.1667
Total cpu time = 4.5667
Ac analysis :
Ac voltage = 2.585100E-03
Frequency = 1.000000E+00 Hz
Electrode # 1
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 -7.48466E-27 -5.44329E-18
2 2.91127E-18 5.44329E-18 -4.86663E-28 2.60285E-28

51. Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y11 -7.48466E-27 -5.44329E-18 -2.89531E-24 -3.35123E-16
Y21 2.91127E-18 5.44329E-18 1.12617E-15 3.35123E-16
Electrode # 2
Electrode Conduction Current Displacement Current
(Amps) (Amps)
1 -0.00000E+00 -0.00000E+00 7.48466E-27 5.44329E-18
2 -3.94305E-18 -5.44329E-18 4.86663E-28 -3.52533E-28
Element Total Current Conductance Capacitance
(Amps) (Siemens) (Farads)
Y12 7.48466E-27 5.44329E-18 2.89531E-24 3.35123E-16
Y22 -3.94305E-18 -5.44329E-18 -1.52530E-15 -3.35123E-16
Total cpu time for Newton equation assembly = 0.0333
Total cpu time for Newton linear solves = 0.0333 ( 0.0333)
Total cpu time for ac analysis = 0.0667
Total cpu time = 4.6333
Solution for bias:
V1 = -2.6946724E+00 V2 = 0.0000000E+00
Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error
1 0 8.1541E-01 R( 0)
1 1 2.3388E+00 U( 1)