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MOSFET Capacitance Device Simulation

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Tsuyoshi Horigome
Tsuyoshi Horigome

MOSFET Capacitance (16FEB2012)

Engineering
1 of 777
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
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
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
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
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
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
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
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
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
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:
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
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
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)
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
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
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)
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:
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)
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)
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
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)
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)
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
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)
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
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
(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)
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
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
(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)
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
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
(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)
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
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
(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)
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
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
(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)
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
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)
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
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
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)
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
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)
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
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
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)
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
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)
1 1 2.9483E-05 R( 1) 1 2* 1.1152E-03 U( 3) 1 2* 1.0420E-08 R( 1) 1 3* 4.4014E-07 U( 3) 1 3* 5.1483E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.8557E-15 U( 1) 1 1 1.9486E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.8186E-15 U( 1) 1 1 5.7035E-02 R( 1) 2 0 2.2537E-11 R( 0) 2 1 8.0990E-14 U( 1) 2 1 4.9760E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.7428E-15 U( 1) 2 1 1.9264E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.2097E-15 U( 1) 2 1 1.8849E-01 R( 1) 1 0 3.0025E-13 1.8464E-21 3.8313E-15 R( 0) 1 1 7.1379E-15 3.1978E-15 2.4370E-15 U( 1) 1 1 3.4515E-13 1.9118E-20 7.7212E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.6947 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 -5.78351E-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 = 4.8000 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 -7.47034E-27 -5.43795E-18 2 2.84201E-18 5.43795E-18 -4.86185E-28 2.54093E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.47034E-27 -5.43795E-18 -2.88977E-24 -3.34794E-16 Y21 2.84201E-18 5.43795E-18 1.09938E-15 3.34794E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.47034E-27 5.43795E-18 2 2.08364E-18 -5.43795E-18 4.86185E-28 1.86289E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.47034E-27 5.43795E-18 2.88977E-24 3.34794E-16 Y22 2.08364E-18 -5.43795E-18 8.06019E-16 -3.34794E-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 = 4.8667 Solution for bias: V1 = -2.6336069E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 8.1159E-01 R( 0) 1 1 2.3388E+00 U( 1) 1 1 2.9779E-05 R( 1) 1 2* 1.1900E-03 U( 3) 1 2* 1.1219E-08 R( 1) 1 3* 5.0049E-07 U( 3) 1 3* 6.8101E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.1173E-14 U( 1) 1 1 2.0680E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.6334E-15 U( 1) 1 1 4.6519E-02 R( 1) 2 0 3.1048E-11 R( 0) 2 1 9.7343E-14 U( 1) 2 1 3.4818E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.1540E-15 U( 1) 2 1 1.6872E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 1.9045E-15 U( 1) 2 1 2.7631E-01 R( 1) 1 0 2.0267E-13 1.6629E-21 3.6277E-15 R( 0) 1 1 6.8886E-15 3.7595E-15 3.3739E-15 U( 1) 1 1 9.7738E-14 1.6674E-20 7.2519E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.6336 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 -5.57917E-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 = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 5.0333 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 -7.45507E-27 -5.43224E-18 2 2.22015E-18 5.43224E-18 -4.85674E-28 1.98495E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.45507E-27 -5.43224E-18 -2.88386E-24 -3.34442E-16 Y21 2.22015E-18 5.43224E-18 8.58825E-16 3.34442E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.45507E-27 5.43224E-18 2 -2.41137E-17 -5.43224E-18 4.85674E-28 -2.15591E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.45507E-27 5.43224E-18 2.88386E-24 3.34442E-16 Y22 -2.41137E-17 -5.43224E-18 -9.32794E-15 -3.34442E-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 = 5.1000 Solution for bias: V1 = -2.5725413E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 8.0779E-01 R( 0) 1 1 2.3388E+00 U( 1)
1 1 3.0089E-05 R( 1) 1 2* 1.2725E-03 U( 3) 1 2* 1.2110E-08 R( 1) 1 3* 5.7139E-07 U( 3) 1 3* 1.0889E-11 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.4522E-15 U( 1) 1 1 1.7010E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.4074E-15 U( 1) 1 1 7.3114E-02 R( 1) 2 0 5.1774E-11 R( 0) 2 1 1.3198E-13 U( 1) 2 1 2.5993E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 9.3557E-15 U( 1) 2 1 1.7330E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.6894E-15 U( 1) 2 1 2.4254E-01 R( 1) 1 0 1.4576E-13 1.7352E-21 3.9527E-15 R( 0) 1 1 6.8933E-15 2.6987E-15 3.0787E-15 U( 1) 1 1 2.3698E-13 1.7823E-20 7.2816E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.5725 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 -5.37506E-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 = 5.2667 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 -7.43874E-27 -5.42613E-18 2 2.12102E-18 5.42613E-18 -4.85128E-28 1.89632E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.43874E-27 -5.42613E-18 -2.87755E-24 -3.34066E-16 Y21 2.12102E-18 5.42613E-18 8.20480E-16 3.34066E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.43874E-27 5.42613E-18 2 -4.08181E-17 -5.42613E-18 4.85128E-28 -3.64938E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.43874E-27 5.42613E-18 2.87755E-24 3.34066E-16 Y22 -4.08181E-17 -5.42613E-18 -1.57898E-14 -3.34066E-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 = 5.3333 Solution for bias: V1 = -2.5114758E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 8.0398E-01 R( 0) 1 1 2.3389E+00 U( 1) 1 1 3.0415E-05 R( 1) 1 2* 1.3637E-03 U( 3) 1 2* 1.3106E-08 R( 1) 1 3* 6.5512E-07 U( 3) 1 3* 8.2636E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.2083E-15 U( 1) 1 1 1.7632E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 6.6237E-15 U( 1) 1 1 7.0719E-02 R( 1) 2 0 4.1032E-11 R( 0) 2 1 1.6526E-13 U( 1) 2 1 3.3602E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.7029E-15 U( 1) 2 1 1.5059E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 2.2136E-15 U( 1) 2 1 1.3881E-01 R( 1) 1 0 1.8128E-13 1.7359E-21 3.9017E-15 R( 0) 1 1 7.3509E-15 2.9144E-15 3.2600E-15 U( 1) 1 1 1.6654E-13 1.9547E-20 8.5833E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.5115 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 -5.17118E-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 = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 5.5000 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 -7.42126E-27 -5.41958E-18 2 2.80995E-18 5.41958E-18 -4.84543E-28 2.51227E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.42126E-27 -5.41958E-18 -2.87078E-24 -3.33663E-16 Y21 2.80995E-18 5.41958E-18 1.08698E-15 3.33663E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.42126E-27 5.41958E-18 2 -8.33011E-18 -5.41958E-18 4.84543E-28 -7.44761E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.42126E-27 5.41958E-18 2.87078E-24 3.33663E-16 Y22 -8.33011E-18 -5.41958E-18 -3.22236E-15 -3.33663E-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 = 5.5667 Solution for bias: V1 = -2.4504103E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 8.0019E-01 R( 0) 1 1 2.3389E+00 U( 1)
1 1 3.0757E-05 R( 1) 1 2* 1.4648E-03 U( 3) 1 2* 1.4225E-08 R( 1) 1 3* 7.5451E-07 U( 3) 1 3* 6.7579E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.0818E-14 U( 1) 1 1 1.8183E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.9411E-15 U( 1) 1 1 2.9523E-02 R( 1) 2 0 3.5097E-11 R( 0) 2 1 2.2441E-13 U( 1) 2 1 6.5066E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 9.6265E-15 U( 1) 2 1 1.9339E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.4533E-15 U( 1) 2 1 1.5986E-01 R( 1) 1 0 3.3721E-13 2.1106E-21 3.3662E-15 R( 0) 1 1 6.9550E-15 2.3524E-15 3.2024E-15 U( 1) 1 1 1.9477E-13 1.8137E-20 9.3325E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.4504 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 -4.96756E-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 = 5.7333 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 -7.40249E-27 -5.41254E-18 2 2.85323E-18 5.41254E-18 -4.83914E-28 2.55096E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.40249E-27 -5.41254E-18 -2.86352E-24 -3.33230E-16 Y21 2.85323E-18 5.41254E-18 1.10372E-15 3.33230E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.40249E-27 5.41254E-18 2 -1.53815E-17 -5.41254E-18 4.83914E-28 -1.37520E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.40249E-27 5.41254E-18 2.86352E-24 3.33230E-16 Y22 -1.53815E-17 -5.41254E-18 -5.95007E-15 -3.33230E-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 = 5.8000 Solution for bias: V1 = -2.3893448E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.9640E-01 R( 0) 1 1 2.3389E+00 U( 1) 1 1 3.1117E-05 R( 1) 1 2* 1.5773E-03 U( 3) 1 2* 1.5488E-08 R( 1) 1 3* 8.7317E-07 U( 3) 1 3* 6.8732E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.6196E-15 U( 1) 1 1 1.7010E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.2854E-15 U( 1) 1 1 4.4310E-02 R( 1) 2 0 3.7396E-11 R( 0) 2 1 2.9647E-13 U( 1) 2 1 3.9543E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.9839E-15 U( 1) 2 1 1.9913E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 2.7803E-15 U( 1) 2 1 1.5455E-01 R( 1) 1 0 1.9655E-13 1.9302E-21 3.6101E-15 R( 0) 1 1 6.6292E-15 2.3262E-15 2.6790E-15 U( 1) 1 1 2.2421E-13 2.0809E-20 6.8470E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.3893 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 -4.76421E-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 = 0.1000 Total cpu time for Newton linear solves = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 5.9667 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 -7.38229E-27 -5.40496E-18 2 2.84076E-18 5.40496E-18 -4.83236E-28 2.53981E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.38229E-27 -5.40496E-18 -2.85571E-24 -3.32763E-16 Y21 2.84076E-18 5.40496E-18 1.09890E-15 3.32763E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.38229E-27 5.40496E-18 2 -4.69073E-18 -5.40496E-18 4.83236E-28 -4.19379E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.38229E-27 5.40496E-18 2.85571E-24 3.32763E-16 Y22 -4.69073E-18 -5.40496E-18 -1.81453E-15 -3.32763E-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 = 6.0333 Solution for bias: V1 = -2.3282792E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.9263E-01 R( 0) 1 1 2.3390E+00 U( 1)
1 1 3.1498E-05 R( 1) 1 2* 1.7030E-03 U( 3) 1 2* 1.6918E-08 R( 1) 1 3* 1.0157E-06 U( 3) 1 3* 1.0173E-11 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.5084E-15 U( 1) 1 1 1.7699E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 4.1998E-15 U( 1) 1 1 6.0747E-02 R( 1) 2 0 5.8091E-11 R( 0) 2 1 4.0395E-13 U( 1) 2 1 5.7179E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.6534E-15 U( 1) 2 1 2.1917E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.7176E-15 U( 1) 2 1 2.7045E-01 R( 1) 1 0 2.7210E-13 2.0315E-21 3.9547E-15 R( 0) 1 1 6.5183E-15 3.1097E-15 3.6762E-15 U( 1) 1 1 2.1912E-13 1.7098E-20 5.7227E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.3283 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 -4.56116E-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 = 6.2000 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 -7.36050E-27 -5.39678E-18 2 3.23868E-18 5.39678E-18 -4.82504E-28 2.89557E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.36050E-27 -5.39678E-18 -2.84728E-24 -3.32259E-16 Y21 3.23868E-18 5.39678E-18 1.25283E-15 3.32259E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.36050E-27 5.39678E-18 2 2.82312E-17 -5.39678E-18 4.82504E-28 2.52403E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.36050E-27 5.39678E-18 2.84728E-24 3.32259E-16 Y22 2.82312E-17 -5.39678E-18 1.09207E-14 -3.32259E-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 = 6.2667 Solution for bias: V1 = -2.2672137E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.8886E-01 R( 0) 1 1 2.3390E+00 U( 1) 1 1 3.1900E-05 R( 1) 1 2* 1.8438E-03 U( 3) 1 2* 1.8547E-08 R( 1) 1 3* 1.1880E-06 U( 3) 1 3* 6.3882E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.0331E-14 U( 1) 1 1 1.7496E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.9249E-15 U( 1) 1 1 6.6895E-02 R( 1) 2 0 3.8356E-11 R( 0) 2 1 5.4899E-13 U( 1) 2 1 4.7803E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.6892E-15 U( 1) 2 1 1.6927E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 1.6756E-15 U( 1) 2 1 2.5549E-01 R( 1) 1 0 2.1737E-13 1.8463E-21 3.9830E-15 R( 0) 1 1 4.0578E-15 3.8336E-15 4.0634E-15 U( 1) 1 1 1.4633E-13 1.9337E-20 6.8792E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.2672 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 -4.35843E-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 = 6.4667 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 -7.33693E-27 -5.38791E-18 2 3.93624E-18 5.38791E-18 -4.81711E-28 3.51924E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.33693E-27 -5.38791E-18 -2.83816E-24 -3.31713E-16 Y21 3.93624E-18 5.38791E-18 1.52267E-15 3.31713E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.33693E-27 5.38791E-18 2 1.04399E-17 -5.38791E-18 4.81711E-28 9.33390E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.33693E-27 5.38791E-18 2.83816E-24 3.31713E-16 Y22 1.04399E-17 -5.38791E-18 4.03849E-15 -3.31713E-16 Total cpu time for Newton equation assembly = -0.0000 Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for ac analysis = 0.0333 Total cpu time = 6.5000 Solution for bias: V1 = -2.2061482E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.8511E-01 R( 0) 1 1 2.3390E+00 U( 1)
1 1 3.2327E-05 R( 1) 1 2* 2.0024E-03 U( 3) 1 2* 2.0415E-08 R( 1) 1 3* 1.3977E-06 U( 3) 1 3* 7.2789E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.5998E-15 U( 1) 1 1 1.5906E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.9710E-15 U( 1) 1 1 4.3776E-02 R( 1) 2 0 4.6052E-11 R( 0) 2 1 7.5522E-13 U( 1) 2 1 5.6683E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 9.0875E-15 U( 1) 2 1 1.6861E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.2903E-15 U( 1) 2 1 2.2621E-01 R( 1) 1 0 2.4578E-13 1.9646E-21 3.2768E-15 R( 0) 1 1 4.4772E-15 3.2209E-15 3.0597E-15 U( 1) 1 1 1.7804E-13 1.7485E-20 6.2397E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.2061 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 -4.15604E-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 = 6.7000 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 -7.31134E-27 -5.37827E-18 2 3.15604E-18 5.37827E-18 -4.80849E-28 2.82168E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.31134E-27 -5.37827E-18 -2.82826E-24 -3.31120E-16 Y21 3.15604E-18 5.37827E-18 1.22086E-15 3.31120E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.31134E-27 5.37827E-18 2 -7.88127E-18 -5.37827E-18 4.80849E-28 -7.04632E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.31134E-27 5.37827E-18 2.82826E-24 3.31120E-16 Y22 -7.88127E-18 -5.37827E-18 -3.04873E-15 -3.31120E-16
Total cpu time for Newton equation assembly = -0.0000 Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for ac analysis = 0.0333 Total cpu time = 6.7333 Solution for bias: V1 = -2.1450827E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.8137E-01 R( 0) 1 1 2.3391E+00 U( 1) 1 1 3.2781E-05 R( 1) 1 2* 2.1817E-03 U( 3) 1 2* 2.2568E-08 R( 1) 1 3* 1.6547E-06 U( 3) 1 3* 6.2217E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.0201E-14 U( 1) 1 1 1.8814E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.2246E-15 U( 1) 1 1 6.5447E-02 R( 1) 2 0 4.1572E-11 R( 0) 2 1 1.0576E-12 U( 1) 2 1 3.7478E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.0542E-15 U( 1) 2 1 1.7883E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 1.4265E-15 U( 1) 2 1 2.0902E-01 R( 1) 1 0 1.5461E-13 1.9732E-21 3.4730E-15 R( 0) 1 1 5.1318E-15 2.2256E-15 3.1893E-15 U( 1) 1 1 1.5626E-13 2.0456E-20 7.4983E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.1451 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 -3.95404E-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 = 6.9333 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 -7.28349E-27 -5.36776E-18 2 2.93052E-18 5.36776E-18 -4.79910E-28 2.62006E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.28349E-27 -5.36776E-18 -2.81749E-24 -3.30473E-16 Y21 2.93052E-18 5.36776E-18 1.13362E-15 3.30473E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.28349E-27 5.36776E-18 2 -2.49989E-17 -5.36776E-18 4.79910E-28 -2.23506E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.28349E-27 5.36776E-18 2.81749E-24 3.30473E-16 Y22 -2.49989E-17 -5.36776E-18 -9.67040E-15 -3.30473E-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 = 0.0333 Total cpu time = 6.9667 Solution for bias: V1 = -2.0840171E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.7765E-01 R( 0) 1 1 2.3391E+00 U( 1)
1 1 3.3266E-05 R( 1) 1 2* 2.3854E-03 U( 3) 1 2* 2.5067E-08 R( 1) 1 3* 1.9723E-06 U( 3) 1 3* 6.7205E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.4848E-15 U( 1) 1 1 1.6995E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.6847E-15 U( 1) 1 1 4.3688E-02 R( 1) 2 0 4.7544E-11 R( 0) 2 1 1.4934E-12 U( 1) 2 1 4.8272E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.6116E-15 U( 1) 2 1 2.0130E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.7473E-15 U( 1) 2 1 2.4171E-01 R( 1) 1 0 1.8898E-13 2.0958E-21 3.0828E-15 R( 0) 1 1 4.5064E-15 2.9116E-15 2.8166E-15 U( 1) 1 1 1.7638E-13 1.9184E-20 6.6984E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.0840 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 -3.75244E-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 = 7.1667 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 -7.25307E-27 -5.35626E-18 2 1.92289E-18 5.35626E-18 -4.78882E-28 1.71918E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.25307E-27 -5.35626E-18 -2.80572E-24 -3.29765E-16 Y21 1.92289E-18 5.35626E-18 7.43837E-16 3.29765E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.25307E-27 5.35626E-18 2 -4.87297E-18 -5.35626E-18 4.78882E-28 -4.35672E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.25307E-27 5.35626E-18 2.80572E-24 3.29765E-16 Y22 -4.87297E-18 -5.35626E-18 -1.88502E-15 -3.29765E-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 = 7.2333 Solution for bias: V1 = -2.0229516E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.7394E-01 R( 0) 1 1 2.3392E+00 U( 1) 1 1 3.3787E-05 R( 1) 1 2* 2.6181E-03 U( 3) 1 2* 2.7992E-08 R( 1) 1 3* 2.3679E-06 U( 3) 1 3* 6.3865E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.6633E-15 U( 1) 1 1 2.1355E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.7441E-15 U( 1) 1 1 5.4021E-02 R( 1) 2 0 4.7969E-11 R( 0) 2 1 2.1464E-12 U( 1) 2 1 4.8250E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 6.7912E-15 U( 1) 2 1 1.8551E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 2.5475E-15 U( 1) 2 1 1.6338E-01 R( 1) 1 0 1.7877E-13 2.0200E-21 3.2482E-15 R( 0) 1 1 5.1026E-15 2.7546E-15 2.5537E-15 U( 1) 1 1 2.0731E-13 1.9848E-20 6.0803E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.0230 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 -3.55131E-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 = 0.1000 Total cpu time for Newton linear solves = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 7.4000 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 -7.21971E-27 -5.34364E-18 2 1.98000E-18 5.34364E-18 -4.77753E-28 1.77024E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.21971E-27 -5.34364E-18 -2.79282E-24 -3.28988E-16 Y21 1.98000E-18 5.34364E-18 7.65930E-16 3.28988E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.21971E-27 5.34364E-18 2 -1.18805E-17 -5.34364E-18 4.77753E-28 -1.06219E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.21971E-27 5.34364E-18 2.79282E-24 3.28988E-16 Y22 -1.18805E-17 -5.34364E-18 -4.59576E-15 -3.28988E-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 = 7.4667 Solution for bias: V1 = -1.9618861E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.7025E-01 R( 0) 1 1 2.3392E+00 U( 1)
1 1 3.4349E-05 R( 1) 1 2* 2.8854E-03 U( 3) 1 2* 3.1444E-08 R( 1) 1 3* 2.8653E-06 U( 3) 1 3* 6.3277E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.4189E-15 U( 1) 1 1 1.6990E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.8329E-15 U( 1) 1 1 5.4731E-02 R( 1) 2 0 5.0615E-11 R( 0) 2 1 3.1322E-12 U( 1) 2 1 4.1825E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.5081E-15 U( 1) 2 1 1.4802E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.6470E-15 U( 1) 2 1 1.7277E-01 R( 1) 1 0 1.4621E-13 1.7908E-21 3.2870E-15 R( 0) 1 1 3.8514E-15 3.0126E-15 2.6491E-15 U( 1) 1 1 1.4616E-13 2.1758E-20 6.4608E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.9619 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 -3.35067E-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 = 7.6333 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 -7.18300E-27 -5.32971E-18 2 2.98300E-18 5.32971E-18 -4.76508E-28 2.66698E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.18300E-27 -5.32971E-18 -2.77862E-24 -3.28130E-16 Y21 2.98300E-18 5.32971E-18 1.15392E-15 3.28130E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.18300E-27 5.32971E-18 2 -2.13301E-17 -5.32971E-18 4.76508E-28 -1.90704E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.18300E-27 5.32971E-18 2.77862E-24 3.28130E-16 Y22 -2.13301E-17 -5.32971E-18 -8.25118E-15 -3.28130E-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 = 7.7000 Solution for bias: V1 = -1.9008206E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.6658E-01 R( 0) 1 1 2.3393E+00 U( 1) 1 1 3.4959E-05 R( 1) 1 2* 3.1940E-03 U( 3) 1 2* 3.5554E-08 R( 1) 1 3* 3.4965E-06 U( 3) 1 3* 9.8465E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.0725E-14 U( 1) 1 1 1.7214E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 4.1263E-15 U( 1) 1 1 5.8682E-02 R( 1) 2 0 8.4165E-11 R( 0) 2 1 4.6465E-12 U( 1) 2 1 7.2724E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.8916E-15 U( 1) 2 1 1.6272E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 2.1521E-15 U( 1) 2 1 3.0008E-01 R( 1) 1 0 2.3904E-13 2.1267E-21 3.3729E-15 R( 0) 1 1 4.4557E-15 3.9147E-15 4.2208E-15 U( 1) 1 1 2.7628E-13 2.0933E-20 4.2687E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.9008 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 -3.15058E-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 = 7.8667 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 -7.14241E-27 -5.31428E-18 2 2.86320E-18 5.31428E-18 -4.75128E-28 2.55987E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.14241E-27 -5.31428E-18 -2.76292E-24 -3.27180E-16 Y21 2.86320E-18 5.31428E-18 1.10758E-15 3.27180E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.14241E-27 5.31428E-18 2 1.18206E-17 -5.31428E-18 4.75128E-28 1.05683E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.14241E-27 5.31428E-18 2.76292E-24 3.27180E-16 Y22 1.18206E-17 -5.31428E-18 4.57258E-15 -3.27180E-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 = 7.9333 Solution for bias: V1 = -1.8397550E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.6292E-01 R( 0) 1 1 2.3393E+00 U( 1)
1 1 3.5627E-05 R( 1) 1 2* 3.5527E-03 U( 3) 1 2* 4.0502E-08 R( 1) 1 3* 4.3059E-06 U( 3) 1 3* 7.3418E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.1083E-14 U( 1) 1 1 1.8357E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 3.8718E-15 U( 1) 1 1 8.6405E-02 R( 1) 2 0 6.7318E-11 R( 0) 2 1 7.0132E-12 U( 1) 2 1 7.1652E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.9118E-15 U( 1) 2 1 1.5773E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.9422E-15 U( 1) 2 1 2.6173E-01 R( 1) 1 0 2.2061E-13 1.9287E-21 3.2342E-15 R( 0) 1 1 4.1503E-15 2.2964E-15 2.0743E-15 U( 1) 1 1 2.2345E-13 2.0145E-20 4.5622E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.8398 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 -2.95110E-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 = 8.1000 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 -7.09734E-27 -5.29710E-18 2 3.42567E-18 5.29710E-18 -4.73593E-28 3.06276E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.09734E-27 -5.29710E-18 -2.74548E-24 -3.26123E-16 Y21 3.42567E-18 5.29710E-18 1.32516E-15 3.26123E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.09734E-27 5.29710E-18 2 4.50231E-18 -5.29710E-18 4.73593E-28 4.02532E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.09734E-27 5.29710E-18 2.74548E-24 3.26123E-16 Y22 4.50231E-18 -5.29710E-18 1.74164E-15 -3.26123E-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 = 8.1667 Solution for bias: V1 = -1.7786895E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.5929E-01 R( 0) 1 1 2.3394E+00 U( 1) 1 1 3.6365E-05 R( 1) 1 2* 3.9725E-03 U( 3) 1 2* 4.6526E-08 R( 1) 1 3* 5.3554E-06 U( 3) 1 3* 9.1051E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.1790E-15 U( 1) 1 1 1.6849E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.8340E-15 U( 1) 1 1 6.8327E-02 R( 1) 2 0 8.9943E-11 R( 0) 2 1 1.0797E-11 U( 1) 2 1 8.2508E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.0021E-15 U( 1) 2 1 1.7423E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 1.9905E-15 U( 1) 2 1 1.6885E-01 R( 1) 1 0 2.3692E-13 2.2683E-21 2.7260E-15 R( 0) 1 1 4.6760E-15 4.0676E-15 4.4440E-15 U( 1) 1 1 2.2674E-13 2.3092E-20 4.8461E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.7787 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 -2.75230E-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 = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 8.3333 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 -7.04703E-27 -5.27788E-18 2 2.27284E-18 5.27788E-18 -4.71874E-28 2.03206E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.04703E-27 -5.27788E-18 -2.72602E-24 -3.24939E-16 Y21 2.27284E-18 5.27788E-18 8.79208E-16 3.24939E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.04703E-27 5.27788E-18 2 2.11746E-18 -5.27788E-18 4.71874E-28 1.89313E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.04703E-27 5.27788E-18 2.72602E-24 3.24939E-16 Y22 2.11746E-18 -5.27788E-18 8.19101E-16 -3.24939E-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 = 8.4000 Solution for bias: V1 = -1.7176240E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.5569E-01 R( 0) 1 1 2.3395E+00 U( 1)
1 1 3.7189E-05 R( 1) 1 2* 4.4676E-03 U( 3) 1 2* 5.3951E-08 R( 1) 1 3* 6.7325E-06 U( 3) 1 3* 4.9391E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 7.9560E-15 U( 1) 1 1 1.5579E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.7216E-15 U( 1) 1 1 5.1719E-02 R( 1) 2 0 5.2824E-11 R( 0) 2 1 1.6965E-11 U( 1) 2 1 4.4936E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 9.1666E-15 U( 1) 2 1 1.9014E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.9183E-15 U( 1) 2 1 2.0467E-01 R( 1) 1 0 1.1975E-13 2.5122E-21 3.3081E-15 R( 0) 1 1 5.4620E-15 3.6977E-15 3.3456E-15 U( 1) 1 1 1.1059E-13 2.5115E-20 3.4490E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.7176 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 -2.55428E-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 = 0.1667 Total cpu time = 8.5667 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 -6.99057E-27 -5.25623E-18 2 2.78499E-18 5.25623E-18 -4.69939E-28 2.48994E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.99057E-27 -5.25623E-18 -2.70418E-24 -3.23607E-16 Y21 2.78499E-18 5.25623E-18 1.07732E-15 3.23607E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.99057E-27 5.25623E-18 2 9.50796E-18 -5.25623E-18 4.69939E-28 8.50069E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 6.99057E-27 5.25623E-18 2.70418E-24 3.23607E-16 Y22 9.50796E-18 -5.25623E-18 3.67798E-15 -3.23607E-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 = 8.6333 Solution for bias: V1 = -1.6565585E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.5210E-01 R( 0) 1 1 2.3396E+00 U( 1) 1 1 3.8122E-05 R( 1) 1 2* 5.0557E-03 U( 3) 1 2* 6.3228E-08 R( 1) 1 3* 8.5630E-06 U( 3) 1 3* 2.9221E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.6230E-15 U( 1) 1 1 1.5624E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 4.6246E-15 U( 1) 1 1 9.5470E-02 R( 1) 2 0 3.4027E-11 R( 0) 2 1 2.7271E-11 U( 1) 2 1 4.9863E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.5966E-15 U( 1) 2 1 1.2893E-02 R( 1) 2 0 1.0000E+00 R( 0)
2 1 3.3105E-15 U( 1) 2 1 1.8310E-01 R( 1) 1 0 1.2262E-13 2.1486E-21 3.2869E-15 R( 0) 1 1 3.6646E-15 3.1514E-15 3.1197E-15 U( 1) 1 1 1.0843E-13 2.6204E-20 4.2240E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.6566 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 -2.35712E-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 = 8.8333 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 -6.92683E-27 -5.23171E-18 2 2.70133E-18 5.23171E-18 -4.67746E-28 2.41515E-28
Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.92683E-27 -5.23171E-18 -2.67952E-24 -3.22097E-16 Y21 2.70133E-18 5.23171E-18 1.04496E-15 3.22097E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.92683E-27 5.23171E-18 2 -3.84577E-18 -5.23171E-18 4.67746E-28 -3.43834E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 6.92683E-27 5.23171E-18 2.67952E-24 3.22097E-16 Y22 -3.84577E-18 -5.23171E-18 -1.48767E-15 -3.22097E-16 Total cpu time for Newton equation assembly = -0.0000 Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for ac analysis = 0.0333 Total cpu time = 8.8667 Solution for bias: V1 = -1.5954929E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.4855E-01 R( 0) 1 1 2.3397E+00 U( 1)
1 1 3.9193E-05 R( 1) 1 2* 5.7607E-03 U( 3) 1 2* 7.4987E-08 R( 1) 1 3* 1.1030E-05 U( 3) 1 3* 3.4871E-12 R( 1) 1 4* 4.4910E-11 U( 4) 1 4* 3.7200E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.8965E-15 U( 1) 1 1 1.8021E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.2220E-15 U( 1) 1 1 7.3733E-02 R( 1) 2 0 4.7476E-11 R( 0) 2 1 3.5683E-15 U( 1) 2 1 5.6186E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 5.6661E-15 U( 1) 2 1 2.2187E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.7395E-15 U( 1) 2 1 1.8868E-01 R( 1) 1 0 1.2667E-13 2.6461E-21 2.7923E-15 R( 0) 1 1 3.7078E-15 1.5539E-15 1.5968E-15 U( 1) 1 1 1.4484E-13 3.1332E-20 3.7500E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.5955 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 -2.16094E-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 = 9.0667 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 -6.85440E-27 -5.20373E-18 2 2.02515E-18 5.20373E-18 -4.65244E-28 1.81060E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.85440E-27 -5.20373E-18 -2.65150E-24 -3.20374E-16 Y21 2.02515E-18 5.20373E-18 7.83392E-16 3.20374E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.85440E-27 5.20373E-18 2 -5.11543E-18 -5.20373E-18 4.65244E-28 -4.57350E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads)
Y12 6.85440E-27 5.20373E-18 2.65150E-24 3.20374E-16 Y22 -5.11543E-18 -5.20373E-18 -1.97881E-15 -3.20374E-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 = 9.1333 Solution for bias: V1 = -1.5344274E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.4502E-01 R( 0) 1 1 2.3398E+00 U( 1) 1 1 4.0446E-05 R( 1) 1 2* 6.6134E-03 U( 3) 1 2* 9.0118E-08 R( 1) 1 3* 1.4403E-05 U( 3) 1 3* 3.9462E-12 R( 1) 1 4* 7.5927E-11 U( 4) 1 4* 5.4046E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.2649E-15 U( 1) 1 1 1.5623E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 4.5423E-15 U( 1) 1 1 8.1041E-02 R( 1) 2 0 7.6177E-11 R( 0) 2 1 3.6308E-15 U( 1) 2 1 5.1138E-11 R( 1)
2 0 1.0000E+00 R( 0) 2 1 6.0739E-15 U( 1) 2 1 2.4831E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.4600E-15 U( 1) 2 1 2.8574E-01 R( 1) 1 0 1.0488E-13 2.7626E-21 2.9802E-15 R( 0) 1 1 3.5092E-15 1.2510E-15 1.6735E-15 U( 1) 1 1 1.5580E-13 3.0081E-20 3.4110E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.5344 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 -1.96589E-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 = 0.0000 ( 0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 9.3000 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 -6.77153E-27 -5.17156E-18 2 2.57830E-18 5.17156E-18 -4.62369E-28 2.30515E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.77153E-27 -5.17156E-18 -2.61945E-24 -3.18394E-16 Y21 2.57830E-18 5.17156E-18 9.97370E-16 3.18394E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.77153E-27 5.17156E-18 2 1.82136E-18 -5.17156E-18 4.62369E-28 1.62842E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 6.77153E-27 5.17156E-18 2.61945E-24 3.18394E-16 Y22 1.82136E-18 -5.17156E-18 7.04562E-16 -3.18394E-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 = 9.3667 Solution for bias: V1 = -1.4733619E+00 V2 = 0.0000000E+00 Previous solution used as initial guess
o-itr i-itr psi-error n-error p-error 1 0 7.4153E-01 R( 0) 1 1 2.3400E+00 U( 1) 1 1 4.1934E-05 R( 1) 1 2* 7.6549E-03 U( 3) 1 2* 1.0988E-07 R( 1) 1 3* 1.9088E-05 U( 3) 1 3* 3.6267E-12 R( 1) 1 4* 1.3203E-10 U( 4) 1 4* 3.1818E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.0478E-15 U( 1) 1 1 1.6147E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 3.0136E-15 U( 1) 1 1 6.8845E-02 R( 1) 2 0 4.9985E-11 R( 0) 2 1 3.3967E-15 U( 1) 2 1 5.0206E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 5.0748E-15 U( 1) 2 1 1.9220E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.5797E-15 U( 1) 2 1 1.7231E-01 R( 1) 1 0 9.2825E-14 2.7389E-21 2.6473E-15 R( 0) 1 1 3.3817E-15 2.2071E-15 1.6915E-15 U( 1) 1 1 1.5180E-13 2.7221E-20 3.1197E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.4734 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 -1.77215E-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 = -0.0000 ( -0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 9.5333 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 -6.67599E-27 -5.13427E-18 2 2.30725E-18 5.13427E-18 -4.59035E-28 2.06282E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.67599E-27 -5.13427E-18 -2.58249E-24 -3.16098E-16 Y21 2.30725E-18 5.13427E-18 8.92517E-16 3.16098E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.67599E-27 5.13427E-18 2 -3.55482E-18 -5.13427E-18 4.59035E-28 -3.17821E-28
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MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
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MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation
MOSFET Capacitance Device Simulation

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  • 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)
  • 52. 1 1 2.9483E-05 R( 1) 1 2* 1.1152E-03 U( 3) 1 2* 1.0420E-08 R( 1) 1 3* 4.4014E-07 U( 3) 1 3* 5.1483E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.8557E-15 U( 1) 1 1 1.9486E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.8186E-15 U( 1) 1 1 5.7035E-02 R( 1) 2 0 2.2537E-11 R( 0) 2 1 8.0990E-14 U( 1) 2 1 4.9760E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.7428E-15 U( 1) 2 1 1.9264E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.2097E-15 U( 1) 2 1 1.8849E-01 R( 1) 1 0 3.0025E-13 1.8464E-21 3.8313E-15 R( 0) 1 1 7.1379E-15 3.1978E-15 2.4370E-15 U( 1) 1 1 3.4515E-13 1.9118E-20 7.7212E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.6947 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 -5.78351E-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
  • 53. Total cpu time for Newton linear solves = -0.0000 ( -0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 4.8000 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 -7.47034E-27 -5.43795E-18 2 2.84201E-18 5.43795E-18 -4.86185E-28 2.54093E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.47034E-27 -5.43795E-18 -2.88977E-24 -3.34794E-16 Y21 2.84201E-18 5.43795E-18 1.09938E-15 3.34794E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.47034E-27 5.43795E-18 2 2.08364E-18 -5.43795E-18 4.86185E-28 1.86289E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.47034E-27 5.43795E-18 2.88977E-24 3.34794E-16 Y22 2.08364E-18 -5.43795E-18 8.06019E-16 -3.34794E-16
  • 54. 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 = 4.8667 Solution for bias: V1 = -2.6336069E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 8.1159E-01 R( 0) 1 1 2.3388E+00 U( 1) 1 1 2.9779E-05 R( 1) 1 2* 1.1900E-03 U( 3) 1 2* 1.1219E-08 R( 1) 1 3* 5.0049E-07 U( 3) 1 3* 6.8101E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.1173E-14 U( 1) 1 1 2.0680E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.6334E-15 U( 1) 1 1 4.6519E-02 R( 1) 2 0 3.1048E-11 R( 0) 2 1 9.7343E-14 U( 1) 2 1 3.4818E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.1540E-15 U( 1) 2 1 1.6872E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 55. 2 1 1.9045E-15 U( 1) 2 1 2.7631E-01 R( 1) 1 0 2.0267E-13 1.6629E-21 3.6277E-15 R( 0) 1 1 6.8886E-15 3.7595E-15 3.3739E-15 U( 1) 1 1 9.7738E-14 1.6674E-20 7.2519E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.6336 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 -5.57917E-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 = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 5.0333 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 -7.45507E-27 -5.43224E-18 2 2.22015E-18 5.43224E-18 -4.85674E-28 1.98495E-28
  • 56. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.45507E-27 -5.43224E-18 -2.88386E-24 -3.34442E-16 Y21 2.22015E-18 5.43224E-18 8.58825E-16 3.34442E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.45507E-27 5.43224E-18 2 -2.41137E-17 -5.43224E-18 4.85674E-28 -2.15591E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.45507E-27 5.43224E-18 2.88386E-24 3.34442E-16 Y22 -2.41137E-17 -5.43224E-18 -9.32794E-15 -3.34442E-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 = 5.1000 Solution for bias: V1 = -2.5725413E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 8.0779E-01 R( 0) 1 1 2.3388E+00 U( 1)
  • 57. 1 1 3.0089E-05 R( 1) 1 2* 1.2725E-03 U( 3) 1 2* 1.2110E-08 R( 1) 1 3* 5.7139E-07 U( 3) 1 3* 1.0889E-11 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.4522E-15 U( 1) 1 1 1.7010E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.4074E-15 U( 1) 1 1 7.3114E-02 R( 1) 2 0 5.1774E-11 R( 0) 2 1 1.3198E-13 U( 1) 2 1 2.5993E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 9.3557E-15 U( 1) 2 1 1.7330E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.6894E-15 U( 1) 2 1 2.4254E-01 R( 1) 1 0 1.4576E-13 1.7352E-21 3.9527E-15 R( 0) 1 1 6.8933E-15 2.6987E-15 3.0787E-15 U( 1) 1 1 2.3698E-13 1.7823E-20 7.2816E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.5725 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 -5.37506E-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
  • 58. Total cpu time for Newton linear solves = -0.0000 ( -0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 5.2667 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 -7.43874E-27 -5.42613E-18 2 2.12102E-18 5.42613E-18 -4.85128E-28 1.89632E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.43874E-27 -5.42613E-18 -2.87755E-24 -3.34066E-16 Y21 2.12102E-18 5.42613E-18 8.20480E-16 3.34066E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.43874E-27 5.42613E-18 2 -4.08181E-17 -5.42613E-18 4.85128E-28 -3.64938E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.43874E-27 5.42613E-18 2.87755E-24 3.34066E-16 Y22 -4.08181E-17 -5.42613E-18 -1.57898E-14 -3.34066E-16
  • 59. 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 = 5.3333 Solution for bias: V1 = -2.5114758E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 8.0398E-01 R( 0) 1 1 2.3389E+00 U( 1) 1 1 3.0415E-05 R( 1) 1 2* 1.3637E-03 U( 3) 1 2* 1.3106E-08 R( 1) 1 3* 6.5512E-07 U( 3) 1 3* 8.2636E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.2083E-15 U( 1) 1 1 1.7632E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 6.6237E-15 U( 1) 1 1 7.0719E-02 R( 1) 2 0 4.1032E-11 R( 0) 2 1 1.6526E-13 U( 1) 2 1 3.3602E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.7029E-15 U( 1) 2 1 1.5059E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 60. 2 1 2.2136E-15 U( 1) 2 1 1.3881E-01 R( 1) 1 0 1.8128E-13 1.7359E-21 3.9017E-15 R( 0) 1 1 7.3509E-15 2.9144E-15 3.2600E-15 U( 1) 1 1 1.6654E-13 1.9547E-20 8.5833E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.5115 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 -5.17118E-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 = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 5.5000 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 -7.42126E-27 -5.41958E-18 2 2.80995E-18 5.41958E-18 -4.84543E-28 2.51227E-28
  • 61. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.42126E-27 -5.41958E-18 -2.87078E-24 -3.33663E-16 Y21 2.80995E-18 5.41958E-18 1.08698E-15 3.33663E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.42126E-27 5.41958E-18 2 -8.33011E-18 -5.41958E-18 4.84543E-28 -7.44761E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.42126E-27 5.41958E-18 2.87078E-24 3.33663E-16 Y22 -8.33011E-18 -5.41958E-18 -3.22236E-15 -3.33663E-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 = 5.5667 Solution for bias: V1 = -2.4504103E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 8.0019E-01 R( 0) 1 1 2.3389E+00 U( 1)
  • 62. 1 1 3.0757E-05 R( 1) 1 2* 1.4648E-03 U( 3) 1 2* 1.4225E-08 R( 1) 1 3* 7.5451E-07 U( 3) 1 3* 6.7579E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.0818E-14 U( 1) 1 1 1.8183E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.9411E-15 U( 1) 1 1 2.9523E-02 R( 1) 2 0 3.5097E-11 R( 0) 2 1 2.2441E-13 U( 1) 2 1 6.5066E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 9.6265E-15 U( 1) 2 1 1.9339E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.4533E-15 U( 1) 2 1 1.5986E-01 R( 1) 1 0 3.3721E-13 2.1106E-21 3.3662E-15 R( 0) 1 1 6.9550E-15 2.3524E-15 3.2024E-15 U( 1) 1 1 1.9477E-13 1.8137E-20 9.3325E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.4504 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 -4.96756E-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
  • 63. Total cpu time for Newton linear solves = 0.0000 ( 0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 5.7333 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 -7.40249E-27 -5.41254E-18 2 2.85323E-18 5.41254E-18 -4.83914E-28 2.55096E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.40249E-27 -5.41254E-18 -2.86352E-24 -3.33230E-16 Y21 2.85323E-18 5.41254E-18 1.10372E-15 3.33230E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.40249E-27 5.41254E-18 2 -1.53815E-17 -5.41254E-18 4.83914E-28 -1.37520E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.40249E-27 5.41254E-18 2.86352E-24 3.33230E-16 Y22 -1.53815E-17 -5.41254E-18 -5.95007E-15 -3.33230E-16
  • 64. 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 = 5.8000 Solution for bias: V1 = -2.3893448E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.9640E-01 R( 0) 1 1 2.3389E+00 U( 1) 1 1 3.1117E-05 R( 1) 1 2* 1.5773E-03 U( 3) 1 2* 1.5488E-08 R( 1) 1 3* 8.7317E-07 U( 3) 1 3* 6.8732E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.6196E-15 U( 1) 1 1 1.7010E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.2854E-15 U( 1) 1 1 4.4310E-02 R( 1) 2 0 3.7396E-11 R( 0) 2 1 2.9647E-13 U( 1) 2 1 3.9543E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.9839E-15 U( 1) 2 1 1.9913E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 65. 2 1 2.7803E-15 U( 1) 2 1 1.5455E-01 R( 1) 1 0 1.9655E-13 1.9302E-21 3.6101E-15 R( 0) 1 1 6.6292E-15 2.3262E-15 2.6790E-15 U( 1) 1 1 2.2421E-13 2.0809E-20 6.8470E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.3893 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 -4.76421E-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 = 0.1000 Total cpu time for Newton linear solves = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 5.9667 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 -7.38229E-27 -5.40496E-18 2 2.84076E-18 5.40496E-18 -4.83236E-28 2.53981E-28
  • 66. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.38229E-27 -5.40496E-18 -2.85571E-24 -3.32763E-16 Y21 2.84076E-18 5.40496E-18 1.09890E-15 3.32763E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.38229E-27 5.40496E-18 2 -4.69073E-18 -5.40496E-18 4.83236E-28 -4.19379E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.38229E-27 5.40496E-18 2.85571E-24 3.32763E-16 Y22 -4.69073E-18 -5.40496E-18 -1.81453E-15 -3.32763E-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 = 6.0333 Solution for bias: V1 = -2.3282792E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.9263E-01 R( 0) 1 1 2.3390E+00 U( 1)
  • 67. 1 1 3.1498E-05 R( 1) 1 2* 1.7030E-03 U( 3) 1 2* 1.6918E-08 R( 1) 1 3* 1.0157E-06 U( 3) 1 3* 1.0173E-11 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.5084E-15 U( 1) 1 1 1.7699E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 4.1998E-15 U( 1) 1 1 6.0747E-02 R( 1) 2 0 5.8091E-11 R( 0) 2 1 4.0395E-13 U( 1) 2 1 5.7179E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.6534E-15 U( 1) 2 1 2.1917E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.7176E-15 U( 1) 2 1 2.7045E-01 R( 1) 1 0 2.7210E-13 2.0315E-21 3.9547E-15 R( 0) 1 1 6.5183E-15 3.1097E-15 3.6762E-15 U( 1) 1 1 2.1912E-13 1.7098E-20 5.7227E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.3283 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 -4.56116E-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
  • 68. Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for bias point = 0.1667 Total cpu time = 6.2000 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 -7.36050E-27 -5.39678E-18 2 3.23868E-18 5.39678E-18 -4.82504E-28 2.89557E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.36050E-27 -5.39678E-18 -2.84728E-24 -3.32259E-16 Y21 3.23868E-18 5.39678E-18 1.25283E-15 3.32259E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.36050E-27 5.39678E-18 2 2.82312E-17 -5.39678E-18 4.82504E-28 2.52403E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.36050E-27 5.39678E-18 2.84728E-24 3.32259E-16 Y22 2.82312E-17 -5.39678E-18 1.09207E-14 -3.32259E-16
  • 69. 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 = 6.2667 Solution for bias: V1 = -2.2672137E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.8886E-01 R( 0) 1 1 2.3390E+00 U( 1) 1 1 3.1900E-05 R( 1) 1 2* 1.8438E-03 U( 3) 1 2* 1.8547E-08 R( 1) 1 3* 1.1880E-06 U( 3) 1 3* 6.3882E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.0331E-14 U( 1) 1 1 1.7496E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.9249E-15 U( 1) 1 1 6.6895E-02 R( 1) 2 0 3.8356E-11 R( 0) 2 1 5.4899E-13 U( 1) 2 1 4.7803E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.6892E-15 U( 1) 2 1 1.6927E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 70. 2 1 1.6756E-15 U( 1) 2 1 2.5549E-01 R( 1) 1 0 2.1737E-13 1.8463E-21 3.9830E-15 R( 0) 1 1 4.0578E-15 3.8336E-15 4.0634E-15 U( 1) 1 1 1.4633E-13 1.9337E-20 6.8792E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.2672 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 -4.35843E-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 = 6.4667 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 -7.33693E-27 -5.38791E-18 2 3.93624E-18 5.38791E-18 -4.81711E-28 3.51924E-28
  • 71. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.33693E-27 -5.38791E-18 -2.83816E-24 -3.31713E-16 Y21 3.93624E-18 5.38791E-18 1.52267E-15 3.31713E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.33693E-27 5.38791E-18 2 1.04399E-17 -5.38791E-18 4.81711E-28 9.33390E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.33693E-27 5.38791E-18 2.83816E-24 3.31713E-16 Y22 1.04399E-17 -5.38791E-18 4.03849E-15 -3.31713E-16 Total cpu time for Newton equation assembly = -0.0000 Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for ac analysis = 0.0333 Total cpu time = 6.5000 Solution for bias: V1 = -2.2061482E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.8511E-01 R( 0) 1 1 2.3390E+00 U( 1)
  • 72. 1 1 3.2327E-05 R( 1) 1 2* 2.0024E-03 U( 3) 1 2* 2.0415E-08 R( 1) 1 3* 1.3977E-06 U( 3) 1 3* 7.2789E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.5998E-15 U( 1) 1 1 1.5906E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.9710E-15 U( 1) 1 1 4.3776E-02 R( 1) 2 0 4.6052E-11 R( 0) 2 1 7.5522E-13 U( 1) 2 1 5.6683E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 9.0875E-15 U( 1) 2 1 1.6861E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.2903E-15 U( 1) 2 1 2.2621E-01 R( 1) 1 0 2.4578E-13 1.9646E-21 3.2768E-15 R( 0) 1 1 4.4772E-15 3.2209E-15 3.0597E-15 U( 1) 1 1 1.7804E-13 1.7485E-20 6.2397E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.2061 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 -4.15604E-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
  • 73. Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for bias point = 0.2000 Total cpu time = 6.7000 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 -7.31134E-27 -5.37827E-18 2 3.15604E-18 5.37827E-18 -4.80849E-28 2.82168E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.31134E-27 -5.37827E-18 -2.82826E-24 -3.31120E-16 Y21 3.15604E-18 5.37827E-18 1.22086E-15 3.31120E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.31134E-27 5.37827E-18 2 -7.88127E-18 -5.37827E-18 4.80849E-28 -7.04632E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.31134E-27 5.37827E-18 2.82826E-24 3.31120E-16 Y22 -7.88127E-18 -5.37827E-18 -3.04873E-15 -3.31120E-16
  • 74. Total cpu time for Newton equation assembly = -0.0000 Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for ac analysis = 0.0333 Total cpu time = 6.7333 Solution for bias: V1 = -2.1450827E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.8137E-01 R( 0) 1 1 2.3391E+00 U( 1) 1 1 3.2781E-05 R( 1) 1 2* 2.1817E-03 U( 3) 1 2* 2.2568E-08 R( 1) 1 3* 1.6547E-06 U( 3) 1 3* 6.2217E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.0201E-14 U( 1) 1 1 1.8814E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.2246E-15 U( 1) 1 1 6.5447E-02 R( 1) 2 0 4.1572E-11 R( 0) 2 1 1.0576E-12 U( 1) 2 1 3.7478E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.0542E-15 U( 1) 2 1 1.7883E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 75. 2 1 1.4265E-15 U( 1) 2 1 2.0902E-01 R( 1) 1 0 1.5461E-13 1.9732E-21 3.4730E-15 R( 0) 1 1 5.1318E-15 2.2256E-15 3.1893E-15 U( 1) 1 1 1.5626E-13 2.0456E-20 7.4983E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.1451 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 -3.95404E-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 = 6.9333 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 -7.28349E-27 -5.36776E-18 2 2.93052E-18 5.36776E-18 -4.79910E-28 2.62006E-28
  • 76. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.28349E-27 -5.36776E-18 -2.81749E-24 -3.30473E-16 Y21 2.93052E-18 5.36776E-18 1.13362E-15 3.30473E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.28349E-27 5.36776E-18 2 -2.49989E-17 -5.36776E-18 4.79910E-28 -2.23506E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.28349E-27 5.36776E-18 2.81749E-24 3.30473E-16 Y22 -2.49989E-17 -5.36776E-18 -9.67040E-15 -3.30473E-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 = 0.0333 Total cpu time = 6.9667 Solution for bias: V1 = -2.0840171E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.7765E-01 R( 0) 1 1 2.3391E+00 U( 1)
  • 77. 1 1 3.3266E-05 R( 1) 1 2* 2.3854E-03 U( 3) 1 2* 2.5067E-08 R( 1) 1 3* 1.9723E-06 U( 3) 1 3* 6.7205E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.4848E-15 U( 1) 1 1 1.6995E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 5.6847E-15 U( 1) 1 1 4.3688E-02 R( 1) 2 0 4.7544E-11 R( 0) 2 1 1.4934E-12 U( 1) 2 1 4.8272E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.6116E-15 U( 1) 2 1 2.0130E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.7473E-15 U( 1) 2 1 2.4171E-01 R( 1) 1 0 1.8898E-13 2.0958E-21 3.0828E-15 R( 0) 1 1 4.5064E-15 2.9116E-15 2.8166E-15 U( 1) 1 1 1.7638E-13 1.9184E-20 6.6984E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.0840 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 -3.75244E-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
  • 78. Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for bias point = 0.2000 Total cpu time = 7.1667 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 -7.25307E-27 -5.35626E-18 2 1.92289E-18 5.35626E-18 -4.78882E-28 1.71918E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.25307E-27 -5.35626E-18 -2.80572E-24 -3.29765E-16 Y21 1.92289E-18 5.35626E-18 7.43837E-16 3.29765E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.25307E-27 5.35626E-18 2 -4.87297E-18 -5.35626E-18 4.78882E-28 -4.35672E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.25307E-27 5.35626E-18 2.80572E-24 3.29765E-16 Y22 -4.87297E-18 -5.35626E-18 -1.88502E-15 -3.29765E-16
  • 79. 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 = 7.2333 Solution for bias: V1 = -2.0229516E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.7394E-01 R( 0) 1 1 2.3392E+00 U( 1) 1 1 3.3787E-05 R( 1) 1 2* 2.6181E-03 U( 3) 1 2* 2.7992E-08 R( 1) 1 3* 2.3679E-06 U( 3) 1 3* 6.3865E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.6633E-15 U( 1) 1 1 2.1355E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.7441E-15 U( 1) 1 1 5.4021E-02 R( 1) 2 0 4.7969E-11 R( 0) 2 1 2.1464E-12 U( 1) 2 1 4.8250E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 6.7912E-15 U( 1) 2 1 1.8551E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 80. 2 1 2.5475E-15 U( 1) 2 1 1.6338E-01 R( 1) 1 0 1.7877E-13 2.0200E-21 3.2482E-15 R( 0) 1 1 5.1026E-15 2.7546E-15 2.5537E-15 U( 1) 1 1 2.0731E-13 1.9848E-20 6.0803E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -2.0230 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 -3.55131E-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 = 0.1000 Total cpu time for Newton linear solves = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 7.4000 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 -7.21971E-27 -5.34364E-18 2 1.98000E-18 5.34364E-18 -4.77753E-28 1.77024E-28
  • 81. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.21971E-27 -5.34364E-18 -2.79282E-24 -3.28988E-16 Y21 1.98000E-18 5.34364E-18 7.65930E-16 3.28988E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.21971E-27 5.34364E-18 2 -1.18805E-17 -5.34364E-18 4.77753E-28 -1.06219E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.21971E-27 5.34364E-18 2.79282E-24 3.28988E-16 Y22 -1.18805E-17 -5.34364E-18 -4.59576E-15 -3.28988E-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 = 7.4667 Solution for bias: V1 = -1.9618861E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.7025E-01 R( 0) 1 1 2.3392E+00 U( 1)
  • 82. 1 1 3.4349E-05 R( 1) 1 2* 2.8854E-03 U( 3) 1 2* 3.1444E-08 R( 1) 1 3* 2.8653E-06 U( 3) 1 3* 6.3277E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.4189E-15 U( 1) 1 1 1.6990E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.8329E-15 U( 1) 1 1 5.4731E-02 R( 1) 2 0 5.0615E-11 R( 0) 2 1 3.1322E-12 U( 1) 2 1 4.1825E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.5081E-15 U( 1) 2 1 1.4802E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.6470E-15 U( 1) 2 1 1.7277E-01 R( 1) 1 0 1.4621E-13 1.7908E-21 3.2870E-15 R( 0) 1 1 3.8514E-15 3.0126E-15 2.6491E-15 U( 1) 1 1 1.4616E-13 2.1758E-20 6.4608E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.9619 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 -3.35067E-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
  • 83. Total cpu time for Newton linear solves = 0.0000 ( 0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 7.6333 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 -7.18300E-27 -5.32971E-18 2 2.98300E-18 5.32971E-18 -4.76508E-28 2.66698E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.18300E-27 -5.32971E-18 -2.77862E-24 -3.28130E-16 Y21 2.98300E-18 5.32971E-18 1.15392E-15 3.28130E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.18300E-27 5.32971E-18 2 -2.13301E-17 -5.32971E-18 4.76508E-28 -1.90704E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.18300E-27 5.32971E-18 2.77862E-24 3.28130E-16 Y22 -2.13301E-17 -5.32971E-18 -8.25118E-15 -3.28130E-16
  • 84. 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 = 7.7000 Solution for bias: V1 = -1.9008206E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.6658E-01 R( 0) 1 1 2.3393E+00 U( 1) 1 1 3.4959E-05 R( 1) 1 2* 3.1940E-03 U( 3) 1 2* 3.5554E-08 R( 1) 1 3* 3.4965E-06 U( 3) 1 3* 9.8465E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.0725E-14 U( 1) 1 1 1.7214E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 4.1263E-15 U( 1) 1 1 5.8682E-02 R( 1) 2 0 8.4165E-11 R( 0) 2 1 4.6465E-12 U( 1) 2 1 7.2724E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.8916E-15 U( 1) 2 1 1.6272E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 85. 2 1 2.1521E-15 U( 1) 2 1 3.0008E-01 R( 1) 1 0 2.3904E-13 2.1267E-21 3.3729E-15 R( 0) 1 1 4.4557E-15 3.9147E-15 4.2208E-15 U( 1) 1 1 2.7628E-13 2.0933E-20 4.2687E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.9008 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 -3.15058E-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 = 7.8667 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 -7.14241E-27 -5.31428E-18 2 2.86320E-18 5.31428E-18 -4.75128E-28 2.55987E-28
  • 86. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.14241E-27 -5.31428E-18 -2.76292E-24 -3.27180E-16 Y21 2.86320E-18 5.31428E-18 1.10758E-15 3.27180E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.14241E-27 5.31428E-18 2 1.18206E-17 -5.31428E-18 4.75128E-28 1.05683E-27 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.14241E-27 5.31428E-18 2.76292E-24 3.27180E-16 Y22 1.18206E-17 -5.31428E-18 4.57258E-15 -3.27180E-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 = 7.9333 Solution for bias: V1 = -1.8397550E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.6292E-01 R( 0) 1 1 2.3393E+00 U( 1)
  • 87. 1 1 3.5627E-05 R( 1) 1 2* 3.5527E-03 U( 3) 1 2* 4.0502E-08 R( 1) 1 3* 4.3059E-06 U( 3) 1 3* 7.3418E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 1.1083E-14 U( 1) 1 1 1.8357E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 3.8718E-15 U( 1) 1 1 8.6405E-02 R( 1) 2 0 6.7318E-11 R( 0) 2 1 7.0132E-12 U( 1) 2 1 7.1652E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 7.9118E-15 U( 1) 2 1 1.5773E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.9422E-15 U( 1) 2 1 2.6173E-01 R( 1) 1 0 2.2061E-13 1.9287E-21 3.2342E-15 R( 0) 1 1 4.1503E-15 2.2964E-15 2.0743E-15 U( 1) 1 1 2.2345E-13 2.0145E-20 4.5622E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.8398 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 -2.95110E-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
  • 88. Total cpu time for Newton linear solves = -0.0000 ( -0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 8.1000 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 -7.09734E-27 -5.29710E-18 2 3.42567E-18 5.29710E-18 -4.73593E-28 3.06276E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.09734E-27 -5.29710E-18 -2.74548E-24 -3.26123E-16 Y21 3.42567E-18 5.29710E-18 1.32516E-15 3.26123E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.09734E-27 5.29710E-18 2 4.50231E-18 -5.29710E-18 4.73593E-28 4.02532E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.09734E-27 5.29710E-18 2.74548E-24 3.26123E-16 Y22 4.50231E-18 -5.29710E-18 1.74164E-15 -3.26123E-16
  • 89. 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 = 8.1667 Solution for bias: V1 = -1.7786895E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.5929E-01 R( 0) 1 1 2.3394E+00 U( 1) 1 1 3.6365E-05 R( 1) 1 2* 3.9725E-03 U( 3) 1 2* 4.6526E-08 R( 1) 1 3* 5.3554E-06 U( 3) 1 3* 9.1051E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.1790E-15 U( 1) 1 1 1.6849E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.8340E-15 U( 1) 1 1 6.8327E-02 R( 1) 2 0 8.9943E-11 R( 0) 2 1 1.0797E-11 U( 1) 2 1 8.2508E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.0021E-15 U( 1) 2 1 1.7423E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 90. 2 1 1.9905E-15 U( 1) 2 1 1.6885E-01 R( 1) 1 0 2.3692E-13 2.2683E-21 2.7260E-15 R( 0) 1 1 4.6760E-15 4.0676E-15 4.4440E-15 U( 1) 1 1 2.2674E-13 2.3092E-20 4.8461E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.7787 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 -2.75230E-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 = 0.0667 ( 0.0667) Total cpu time for bias point = 0.1667 Total cpu time = 8.3333 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 -7.04703E-27 -5.27788E-18 2 2.27284E-18 5.27788E-18 -4.71874E-28 2.03206E-28
  • 91. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -7.04703E-27 -5.27788E-18 -2.72602E-24 -3.24939E-16 Y21 2.27284E-18 5.27788E-18 8.79208E-16 3.24939E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 7.04703E-27 5.27788E-18 2 2.11746E-18 -5.27788E-18 4.71874E-28 1.89313E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 7.04703E-27 5.27788E-18 2.72602E-24 3.24939E-16 Y22 2.11746E-18 -5.27788E-18 8.19101E-16 -3.24939E-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 = 8.4000 Solution for bias: V1 = -1.7176240E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.5569E-01 R( 0) 1 1 2.3395E+00 U( 1)
  • 92. 1 1 3.7189E-05 R( 1) 1 2* 4.4676E-03 U( 3) 1 2* 5.3951E-08 R( 1) 1 3* 6.7325E-06 U( 3) 1 3* 4.9391E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 7.9560E-15 U( 1) 1 1 1.5579E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.7216E-15 U( 1) 1 1 5.1719E-02 R( 1) 2 0 5.2824E-11 R( 0) 2 1 1.6965E-11 U( 1) 2 1 4.4936E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 9.1666E-15 U( 1) 2 1 1.9014E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 2.9183E-15 U( 1) 2 1 2.0467E-01 R( 1) 1 0 1.1975E-13 2.5122E-21 3.3081E-15 R( 0) 1 1 5.4620E-15 3.6977E-15 3.3456E-15 U( 1) 1 1 1.1059E-13 2.5115E-20 3.4490E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.7176 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 -2.55428E-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
  • 93. Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for bias point = 0.1667 Total cpu time = 8.5667 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 -6.99057E-27 -5.25623E-18 2 2.78499E-18 5.25623E-18 -4.69939E-28 2.48994E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.99057E-27 -5.25623E-18 -2.70418E-24 -3.23607E-16 Y21 2.78499E-18 5.25623E-18 1.07732E-15 3.23607E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.99057E-27 5.25623E-18 2 9.50796E-18 -5.25623E-18 4.69939E-28 8.50069E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 6.99057E-27 5.25623E-18 2.70418E-24 3.23607E-16 Y22 9.50796E-18 -5.25623E-18 3.67798E-15 -3.23607E-16
  • 94. 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 = 8.6333 Solution for bias: V1 = -1.6565585E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.5210E-01 R( 0) 1 1 2.3396E+00 U( 1) 1 1 3.8122E-05 R( 1) 1 2* 5.0557E-03 U( 3) 1 2* 6.3228E-08 R( 1) 1 3* 8.5630E-06 U( 3) 1 3* 2.9221E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.6230E-15 U( 1) 1 1 1.5624E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 4.6246E-15 U( 1) 1 1 9.5470E-02 R( 1) 2 0 3.4027E-11 R( 0) 2 1 2.7271E-11 U( 1) 2 1 4.9863E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 8.5966E-15 U( 1) 2 1 1.2893E-02 R( 1) 2 0 1.0000E+00 R( 0)
  • 95. 2 1 3.3105E-15 U( 1) 2 1 1.8310E-01 R( 1) 1 0 1.2262E-13 2.1486E-21 3.2869E-15 R( 0) 1 1 3.6646E-15 3.1514E-15 3.1197E-15 U( 1) 1 1 1.0843E-13 2.6204E-20 4.2240E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.6566 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 -2.35712E-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 = 8.8333 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 -6.92683E-27 -5.23171E-18 2 2.70133E-18 5.23171E-18 -4.67746E-28 2.41515E-28
  • 96. Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.92683E-27 -5.23171E-18 -2.67952E-24 -3.22097E-16 Y21 2.70133E-18 5.23171E-18 1.04496E-15 3.22097E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.92683E-27 5.23171E-18 2 -3.84577E-18 -5.23171E-18 4.67746E-28 -3.43834E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 6.92683E-27 5.23171E-18 2.67952E-24 3.22097E-16 Y22 -3.84577E-18 -5.23171E-18 -1.48767E-15 -3.22097E-16 Total cpu time for Newton equation assembly = -0.0000 Total cpu time for Newton linear solves = 0.0333 ( 0.0333) Total cpu time for ac analysis = 0.0333 Total cpu time = 8.8667 Solution for bias: V1 = -1.5954929E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.4855E-01 R( 0) 1 1 2.3397E+00 U( 1)
  • 97. 1 1 3.9193E-05 R( 1) 1 2* 5.7607E-03 U( 3) 1 2* 7.4987E-08 R( 1) 1 3* 1.1030E-05 U( 3) 1 3* 3.4871E-12 R( 1) 1 4* 4.4910E-11 U( 4) 1 4* 3.7200E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.8965E-15 U( 1) 1 1 1.8021E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 2.2220E-15 U( 1) 1 1 7.3733E-02 R( 1) 2 0 4.7476E-11 R( 0) 2 1 3.5683E-15 U( 1) 2 1 5.6186E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 5.6661E-15 U( 1) 2 1 2.2187E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.7395E-15 U( 1) 2 1 1.8868E-01 R( 1) 1 0 1.2667E-13 2.6461E-21 2.7923E-15 R( 0) 1 1 3.7078E-15 1.5539E-15 1.5968E-15 U( 1) 1 1 1.4484E-13 3.1332E-20 3.7500E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.5955 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 -2.16094E-16 0.00000E+00 0.00000E+00 2 -1.51177E-32 0.00000E+00 -1.16591E-22
  • 98. 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 = 9.0667 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 -6.85440E-27 -5.20373E-18 2 2.02515E-18 5.20373E-18 -4.65244E-28 1.81060E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.85440E-27 -5.20373E-18 -2.65150E-24 -3.20374E-16 Y21 2.02515E-18 5.20373E-18 7.83392E-16 3.20374E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.85440E-27 5.20373E-18 2 -5.11543E-18 -5.20373E-18 4.65244E-28 -4.57350E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads)
  • 99. Y12 6.85440E-27 5.20373E-18 2.65150E-24 3.20374E-16 Y22 -5.11543E-18 -5.20373E-18 -1.97881E-15 -3.20374E-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 = 9.1333 Solution for bias: V1 = -1.5344274E+00 V2 = 0.0000000E+00 Previous solution used as initial guess o-itr i-itr psi-error n-error p-error 1 0 7.4502E-01 R( 0) 1 1 2.3398E+00 U( 1) 1 1 4.0446E-05 R( 1) 1 2* 6.6134E-03 U( 3) 1 2* 9.0118E-08 R( 1) 1 3* 1.4403E-05 U( 3) 1 3* 3.9462E-12 R( 1) 1 4* 7.5927E-11 U( 4) 1 4* 5.4046E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 9.2649E-15 U( 1) 1 1 1.5623E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 4.5423E-15 U( 1) 1 1 8.1041E-02 R( 1) 2 0 7.6177E-11 R( 0) 2 1 3.6308E-15 U( 1) 2 1 5.1138E-11 R( 1)
  • 100. 2 0 1.0000E+00 R( 0) 2 1 6.0739E-15 U( 1) 2 1 2.4831E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.4600E-15 U( 1) 2 1 2.8574E-01 R( 1) 1 0 1.0488E-13 2.7626E-21 2.9802E-15 R( 0) 1 1 3.5092E-15 1.2510E-15 1.6735E-15 U( 1) 1 1 1.5580E-13 3.0081E-20 3.4110E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.5344 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 -1.96589E-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 = 0.0000 ( 0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 9.3000 Ac analysis : Ac voltage = 2.585100E-03 Frequency = 1.000000E+00 Hz Electrode # 1 Electrode Conduction Current Displacement Current (Amps) (Amps)
  • 101. 1 -0.00000E+00 -0.00000E+00 -6.77153E-27 -5.17156E-18 2 2.57830E-18 5.17156E-18 -4.62369E-28 2.30515E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.77153E-27 -5.17156E-18 -2.61945E-24 -3.18394E-16 Y21 2.57830E-18 5.17156E-18 9.97370E-16 3.18394E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.77153E-27 5.17156E-18 2 1.82136E-18 -5.17156E-18 4.62369E-28 1.62842E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y12 6.77153E-27 5.17156E-18 2.61945E-24 3.18394E-16 Y22 1.82136E-18 -5.17156E-18 7.04562E-16 -3.18394E-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 = 9.3667 Solution for bias: V1 = -1.4733619E+00 V2 = 0.0000000E+00 Previous solution used as initial guess
  • 102. o-itr i-itr psi-error n-error p-error 1 0 7.4153E-01 R( 0) 1 1 2.3400E+00 U( 1) 1 1 4.1934E-05 R( 1) 1 2* 7.6549E-03 U( 3) 1 2* 1.0988E-07 R( 1) 1 3* 1.9088E-05 U( 3) 1 3* 3.6267E-12 R( 1) 1 4* 1.3203E-10 U( 4) 1 4* 3.1818E-12 R( 1) 1 0 1.0000E+00 R( 0) 1 1 8.0478E-15 U( 1) 1 1 1.6147E-02 R( 1) 1 0 1.0000E+00 R( 0) 1 1 3.0136E-15 U( 1) 1 1 6.8845E-02 R( 1) 2 0 4.9985E-11 R( 0) 2 1 3.3967E-15 U( 1) 2 1 5.0206E-11 R( 1) 2 0 1.0000E+00 R( 0) 2 1 5.0748E-15 U( 1) 2 1 1.9220E-02 R( 1) 2 0 1.0000E+00 R( 0) 2 1 1.5797E-15 U( 1) 2 1 1.7231E-01 R( 1) 1 0 9.2825E-14 2.7389E-21 2.6473E-15 R( 0) 1 1 3.3817E-15 2.2071E-15 1.6915E-15 U( 1) 1 1 1.5180E-13 2.7221E-20 3.1197E-14 R( 1) Electrode Voltage Electron Current Hole Current Conduction Current (Volts) (Amps) (Amps) (Amps) 1 -1.4734 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
  • 103. (Coul) (Amps) (Amps) 1 -1.77215E-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 = -0.0000 ( -0.0000) Total cpu time for bias point = 0.1667 Total cpu time = 9.5333 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 -6.67599E-27 -5.13427E-18 2 2.30725E-18 5.13427E-18 -4.59035E-28 2.06282E-28 Element Total Current Conductance Capacitance (Amps) (Siemens) (Farads) Y11 -6.67599E-27 -5.13427E-18 -2.58249E-24 -3.16098E-16 Y21 2.30725E-18 5.13427E-18 8.92517E-16 3.16098E-16 Electrode # 2 Electrode Conduction Current Displacement Current (Amps) (Amps) 1 -0.00000E+00 -0.00000E+00 6.67599E-27 5.13427E-18 2 -3.55482E-18 -5.13427E-18 4.59035E-28 -3.17821E-28