tests/d_mos4.1.ckt

   1 Test of MOS BSIM1 implementation; DC transfer curve
   2 ******************************************************************
   3 MN1 13 2 0 4 NMOS L=10U W=50.0U AD=100P AS=100P PD=40U PS=40U
   4 MN2 23 2 0 5 NMOS L=10U W=50.0U AD=100P AS=100P PD=40U PS=40U
   5 MN3 33 2 0 6 NMOS L=10U W=50.0U AD=100P AS=100P PD=40U PS=40U
   6 MN4 43 2 0 7 NMOS L=10U W=50.0U AD=100P AS=100P PD=40U PS=40U
   7 MN5 53 2 0 8 NMOS L=10U W=50.0U AD=100P AS=100P PD=40U PS=40U
   8 VDS 3 0 0.05
   9 VGS 2 0 0
  10 V1 3 13 0
  11 V2 3 23 0
  12 V3 3 33 0
  13 V4 3 43 0
  14 V5 3 53 0
  15 VBS1 4 0 0
  16 VBS2 5 0 -1
  17 VBS3 6 0 -2
  18 VBS4 7 0 -3
  19 VBS5 8 0 -4
  20 ***************************************************************
  21 .MODEL  NMOS   NMOS
  22 +           LEVEL = 4.00000E+000
  23 +             TOX = 3.00000E-002
  24 +             VDD = 5.00000E+000
  25 +            TEMP = 2.70000E+001
  26 +              DL = 7.97991E-001
  27 +              DW = 4.77402E-001
  28 +             VFB = -1.0087E+000
  29 +             PHI = 7.96434E-001
  30 +              K1 = 1.31191E+000
  31 +              K2 = 1.46640E-001
  32 +             ETA = -1.0027E-003
  33 +             MUZ = 5.34334E+002
  34 +              U0 = 4.38497E-002
  35 +              U1 = -5.7332E-002
  36 +             X2E = -7.6911E-004
  37 +             X3E = 7.86777E-004
  38 +            X2MZ = 8.25434E+000
  39 +             MUS = 5.40612E+002
  40 +            X2MS = -1.2992E+001
  41 +            X3MS = -9.4035E+000
  42 +            X2U0 = 1.06821E-003
  43 +            X2U1 = -1.9209E-002
  44 +            X3U1 = 7.76925E-003
  45 +            LVFB = -2.1402E-001
  46 +            WVFB = 3.44354E-001
  47 +             LK1 = 3.23395E-001
  48 +             WK1 = -5.7698E-001
  49 +             LK2 = 1.68585E-001
  50 +             WK2 = -1.8796E-001
  51 +            LETA = -9.4847E-003
  52 +            WETA = 1.47316E-002
  53 +             LU0 = 6.38105E-002
  54 +             WU0 = -6.1053E-002
  55 +             LU1 = 1.01174E+000
  56 +             WU1 = 1.62706E-002
  57 +            LX2E = 9.62411E-003
  58 +            WX2E = -3.7951E-003
  59 +            LX3E = 7.35448E-004
  60 +            WX3E = -1.7796E-003
  61 +           LX2MZ = -2.4197E+001
  62 +           WX2MZ = 1.95696E+001
  63 +            LMUS = 6.21401E+002
  64 +            WMUS = -1.9190E+002
  65 +           LX2MS = -6.4900E+001
  66 +           WX2MS = 4.29043E+001
  67 +           LX3MS = 1.18239E+002
  68 +           WX3MS = -2.9747E+001
  69 +           LX2U0 = -8.0958E-003
  70 +           WX2U0 = 4.03379E-003
  71 +           LX2U1 = -7.4573E-002
  72 +           WX2U1 = 1.47520E-002
  73 +           LX3U1 = -1.0940E-001
  74 +           WX3U1 = -8.3353E-003
  75 +              N0 = 1.55
  76 +              NB = 0.09
  77 +              ND = 0.0
  78 +             LN0 = 0.0
  79 +             WN0 = 0.0
  80 +             LNB = 0.0
  81 +             WNB = 0.0
  82 +             LND = 0.0
  83 +             WND = 0.0
  84 +            CGDO = 2.70000E-010
  85 +            CGSO = 2.70000E-010
  86 +            CGBO = 1.40000E-010
  87 +           XPART = 1.2
  88 +             RSH = 35.0
  89 +              CJ = 2.75E-4
  90 +             CJSW = 1.90E-10
  91 +             JS = 1.0E-8
  92 +              PB = 0.7
  93 +             PBSW = 0.8
  94 +              MJ = 0.5
  95 +             MJSW = 0.33
  96 +             WDF = 0.0
  97 *****                                        *****
  98 .OPTIONS LIMPTS=5000 rstray
  99 .PRINT DC I(V1) I(V2) I(V3) I(V4) I(V5)
 100 .DC VGS 0 5 0.2
 101 *.PLOT DC I(V1) I(V2) I(V3) I(V4) I(V5)
 102 *.OPTIONS LIMPTS=501 ACCT
 103 *VGS  2  0  PWL(0 0 5 5)
 104 *.TRAN 0 5 0.01
 105 *.PRINT TRAN I(V1) I(V2) I(V3) I(V4) I(V5)
 106 ***** MODEL PARAMETERS TEMP2 ********************
 107 .END