| **************************************************************** |
| *Subckt Model to allow adition of non-linear resistor model and gate-drain capacitance model |
| ******* |
| * pvhv * |
| ******* |
| .subckt pvhv d g s b w=5.0 l=0.66 ad=0 as=0 pd=0 ps=0.0 m=1 mf=1 nrd=0 nrs=0 sa=0.28 sb=1.19 sd=0 |
| .param rdiff='8.900000e+003*pvhv_rdiff_mult' |
| .param rdiff_tc1=2.500000e-003 |
| .param rdiff_tc2=2.200000e-006 |
| ****sb fixed value based on TDR rule depmos.6, for hardcoded number in CAD flow |
| .param sb_cadfixedvalue_pvhv=1.19 |
| ***sd intentionally left out for pvhv devices because poly-poly spacing not uniform in DE FET |
| * BSIMTran Version 0.1.24, Created on 4-26-2002 |
| * Username: pxg |
| * Command Line: /proj/tlib/ll65h/config/cydir/bin/lnx86/bsimtran pmos_bsim4.rf pmos -p -npvhv pvhv_global.pm pvhv_cad.pm dnwdiode_pw.mod dnwdiode_pw.mod pvhv.pm3 |
| * Working Directory: /home/pxg/rams/s8/models.3.5/rev_model/combined |
| * Time: Thu May 13 10:22:33 2010 |
| * Rule File: pmos_bsim4.rf |
| * Output File: pvhv.pm3 |
| * Input Files: |
| * (1) pvhv_global.pm |
| * (2) pvhv_cad.pm |
| * (3) dnwdiode_pw.mod |
| * (4) dnwdiode_pw.mod |
| *copyright, Cypress Semiconductor, 2007 |
| *BSIM4.V5 PMOS Model |
| |
| ****Mismatch doubler for pre-silicon model |
| .param |
| +pvhv_mm_mult=0.9 |
| |
| |
| .model pvhv_base.0 pmos |
| * |
| ***MODEL FLAG PARAMETERS |
| * |
| +lmin = 0.655e-06 lmax = 0.665e-06 wmin = 4.990000e-006 wmax = 5.010000e-005 |
| +level = 5.400000e+001 |
| +version = 4.500000e+000 |
| +binunit = 2.000000e+000 |
| +mobmod = 0.000000e+000 |
| +capmod = 2.000000e+000 |
| +igcmod = 0.000000e+000 |
| +igbmod = 0.000000e+000 |
| +geomod = 0.000000e+000 |
| +diomod = 1.000000e+000 |
| +rdsmod = 1.000000e+000 |
| +rbodymod = 1.000000e+000 |
| +rgatemod = 0.000000e+000 |
| +permod = 1.000000e+000 |
| +acnqsmod = 0.000000e+000 |
| +trnqsmod = 0.000000e+000 |
| +fnoimod = 1.000000e+000 |
| +tnoimod = 1.000000e+000 |
| ***PROCESS PARAMETERS |
| +toxe = '1.160000e-008*pvhv_toxe_mult' dev/gauss = '1.16e-008*pvhv_toxe_mult*(pvhv_mm_mult*(phv_toxe_slope1+0.05e-2)/sqrt(E(*,l)*E(*,w)*E(*,m)))' |
| +toxm = 1.160000e-008 |
| +epsrox = 3.900000e+000 |
| +xj = 1.500000e-007 |
| +ngate = 1.000000e+023 |
| +ndep = 1.700000e+017 |
| +nsd = 1.000000e+020 |
| +rsh = '1.000000e+000*pvhv_rshp_mult' |
| +rshg = 1.000000e-001 |
| ***BASIC MODEL PARAMETERS |
| +wint = '0.000000e+000+pvhv_wint_diff' dev/gauss = 'pvhv_mm_mult*phv_wint_slope/sqrt(E(*,l))' |
| +lint = '3.445300e-008+pvhv_lint_diff' dev/gauss = 'pvhv_mm_mult*phv_lint_slope/sqrt(E(*,w))' |
| +vth0 = '-1.043500e+000+pvhv_vth0_diff_0' dev/gauss = 'pvhv_mm_mult*(phv_vth0_slope+0.0065)/sqrt(E(*,l)*E(*,w)*E(*,m))' |
| +k1 = 6.831000e-001 |
| +k2 = '-1.303200e-003+pvhv_k2_diff_0' |
| +k3 = 0.000000e+000 |
| +k3b = 0.000000e+000 |
| +w0 = 0.000000e+000 |
| +dvt0 = 0.000000e+000 |
| +dvt1 = 5.300000e-001 |
| +dvt2 = -3.200000e-002 |
| +dvt0w = 0.000000e+000 |
| +dvt1w = 5.300000e+006 |
| +dvt2w = -3.200000e-002 |
| +dsub = '3.416000e-001+pvhv_dsub_diff_0' |
| +minv = 0.000000e+000 |
| +voffl = 0.000000e+000 |
| +dvtp0 = 0.000000e+000 |
| +dvtp1 = 0.000000e+000 |
| +lpe0 = '1.400000e-007+pvhv_lpe0_diff_0' |
| +lpeb = -6.500000e-008 |
| +vbm = -3.000000e+000 |
| +phin = 0.000000e+000 |
| +cdsc = 2.520000e-004 |
| +cdscb = 0.000000e+000 |
| +cdscd = 0.000000e+000 |
| +cit = 0.000000e+000 |
| +voff = '-1.372000e-001+pvhv_voff_diff_0' dev/gauss = 'pvhv_mm_mult*(phv_voff_slope+0.02)/sqrt(E(*,l)*E(*,w)*E(*,m))' |
| +nfactor = '7.100000e-001+pvhv_nfactor_diff_0' dev/gauss = 'pvhv_mm_mult*(phv_nfactor_slope+0.3)/sqrt(E(*,l)*E(*,w)*E(*,m))' |
| +eta0 = '8.729800e-002+pvhv_eta0_diff_0' |
| +etab = -5.000000e-002 |
| +u0 = '2.707600e-002+pvhv_u0_diff_0' |
| +ua = '2.585600e-009+pvhv_ua_diff_0' |
| +ub = '4.595800e-019+pvhv_ub_diff_0' |
| +uc = -1.220000e-010 |
| +eu = 1.670000e+000 |
| +vsat = '7.660800e+004+pvhv_vsat_diff_0' |
| +a0 = '3.820000e-001+pvhv_a0_diff_0' |
| +ags = '1.291200e-001+pvhv_ags_diff_0' |
| +a1 = 0.000000e+000 |
| +a2 = 7.200000e-001 |
| +b0 = '4.000000e-012+pvhv_b0_diff_0' |
| +b1 = '0.000000e+000+pvhv_b1_diff_0' |
| +keta = '-3.321800e-002+pvhv_keta_diff_0' |
| +dwg = 0.000000e+000 |
| +dwb = 0.000000e+000 |
| +pclm = '1.000000e-001+pvhv_pclm_diff_0' |
| +pdiblc1 = 3.900000e-001 |
| +pdiblc2 = 8.600000e-003 |
| +pdiblcb = -5.400000e-005 |
| +drout = 5.600000e-001 |
| +pvag = 5.040000e-001 |
| +delta = 8.900000e-003 |
| +pscbe1 = 5.088000e+008 |
| +pscbe2 = 6.945200e-009 |
| +fprout = 0.000000e+000 |
| +pdits = '0.000000e+000+pvhv_pdits_diff_0' |
| +pditsd = '0.000000e+000+pvhv_pditsd_diff_0' |
| +pditsl = 0.000000e+000 |
| ***PARAMETERS FOR ASYMMETRIC AND BIAS-DEPENDENT RDS MODEL****** |
| +rdsw = '3.310200e+002+pvhv_rdsw_diff_0' |
| +rsw = 1.000000e+002 |
| +rdw = '1.000000e+001+pvhv_rdw_diff_0' |
| +rdswmin = 0.000000e+000 |
| +rdwmin = 0.000000e+000 |
| +rswmin = 0.000000e+000 |
| +prwg = 0.000000e+000 |
| +prwb = -4.000000e-004 |
| +wr = 1.000000e+000 |
| ***IMPACT IONIZATION CURRENT MODEL PARAMTERS****************** |
| +alpha0 = 2.000000e-007 |
| +alpha1 = 1.001000e+000 |
| +beta0 = 1.000000e+002 |
| ***GIDL INDUCED DRAIN LEAKAGE MODEL PARAMETERS***************** |
| +agidl = '1.650000e-010+pvhv_agidl_diff_0' |
| +bgidl = '5.999300e+009+pvhv_bgidl_diff_0' |
| +cgidl = '1.394000e+000+pvhv_cgidl_diff_0' |
| +egidl = 4.920000e-002 |
| ***GATE DIELECTRIC TUNNELING CURRENT MODEL PARAMETERS********** |
| +toxref = 1.160000e-008 |
| +aigbacc = '4.300000e-001+pvhv_aigbacc_diff_0' |
| +bigbacc = 5.400000e-002 |
| +cigbacc = 7.500000e-002 |
| +nigbacc = '1.000000e+000+pvhv_nigbacc_diff_0' |
| +aigbinv = '3.500000e-001+pvhv_aigbinv_diff_0' |
| +bigbinv = 3.000000e-002 |
| +cigbinv = 6.000000e-003 |
| +eigbinv = 1.100000e+000 |
| +nigbinv = '3.000000e+000+pvhv_nigbinv_diff_0' |
| +aigc = '4.300000e-001+pvhv_aigc_diff_0' |
| +bigc = 5.400000e-002 |
| +cigc = 7.500000e-002 |
| +aigsd = '4.300000e-001+pvhv_aigsd_diff_0' |
| +bigsd = '5.400000e-002+pvhv_bigsd_diff_0' |
| +cigsd = 7.500000e-002 |
| +nigc = 1.000000e+000 |
| +poxedge = 1.000000e+000 |
| +pigcd = 1.000000e+000 |
| +ntox = 1.000000e+000 |
| ***CHARGE AND CAPACITANCE MODEL PARAMETERS******************** |
| +dlc = '-9.682600e-008+pvhv_dlc_diff+pvhv_dlc_rotweak' |
| +dwc = '0.000000e+000+pvhv_dwc_diff' |
| +xpart = 0.000000e+000 |
| +cgso = '1.977100e-010*pvhv_soverlap_mult' |
| +cgdo = '1.977100e-010*pvhv_doverlap_mult' |
| +cgbo = 0.000000e+000 |
| +cgdl = '1.117200e-012*pvhv_doverlap_mult' |
| +cgsl = '1.152000e-012*pvhv_soverlap_mult' |
| +clc = 6.324000e-009 |
| +cle = 8.910000e-001 |
| +cf = '0.000000e+000+pvhv_cf_diff' |
| +ckappas = 6.000000e-001 |
| +ckappad = 6.000000e-001 |
| +vfbcv = -1.000000e+000 |
| +acde = 9.129800e-001 |
| +moin = 1.556200e+001 |
| +noff = 1.045000e+000 |
| +voffcv = -1.815100e-001 |
| ***HIGH-SPEED/RF MODEL PARAMETERS****************************** |
| |
| ***FLICKER AND THERMAL NOISE MODEL PARAMETERS****************** |
| +ef = 1.000000e+000 |
| +noia = 6.250000e+041 |
| +noib = 3.125000e+026 |
| +noic = 8.750000e+009 |
| +em = 4.100000e+007 |
| ***LAYOUT-DEPENDENT PARASITICS MODEL PARAMETERS**************** |
| +xl = 0.000000e+000 |
| +xw = 0.000000e+000 |
| +dmcg = 0.000000e+000 |
| +dmdg = 0.000000e+000 |
| +dmcgt = 0.000000e+000 |
| +xgw = 0.000000e+000 |
| +xgl = 0.000000e+000 |
| +ngcon = 1.000000e+000 |
| ***ASYMMETRIC SOURCE/DRAIN JUNCTION DIODE MODEL PARAMETERS***** |
| +jss = 2.148300e-005 |
| +jsws = 4.020000e-012 |
| +jtssws = '4.020000e-012+pvhv_jtssws_diff_0' |
| +ijthsfwd = 1.000000e-001 |
| +ijthsrev = 1.000000e-001 |
| +bvs = 1.269000e+001 |
| +xjbvs = 1.000000e+000 |
| +pbs = 6.587000e-001 |
| +cjs = '7.754700e-004*pvhv_ajunction_mult' |
| +mjs = 3.395600e-001 |
| +pbsws = 1.000000e+000 |
| +cjsws = '9.871700e-011*pvhv_pjunction_mult' |
| +mjsws = 2.467600e-001 |
| +pbswgs = 3.000000e+000 |
| +cjswgs = '1.460000e-010*pvhv_pjunction_mult' |
| +mjswgs = 8.100000e-001 |
| |
| ***TEMPERATURE DEPENDENCE PARAMETERS*************************** |
| +tnom = 3.000000e+001 |
| +kt1 = '-4.930800e-001+pvhv_kt1_diff_0' |
| +kt1l = 1.000000e-011 |
| +kt2 = 5.633800e-004 |
| +ute = -1.646200e+000 |
| +ua1 = 1.218100e-009 |
| +ub1 = -1.241200e-018 |
| +uc1 = 8.272000e-012 |
| +prt = 0.000000e+000 |
| +at = -6.400000e+004 |
| +tvoff = '1.500000e-002+pvhv_tvoff_diff_0' |
| +njs = 1.363200e+000 |
| +njd = 1.079100e+000 |
| +tpb = 1.671000e-003 |
| +tcj = 9.600000e-004 |
| +tpbsw = 0.000000e+000 |
| +tcjsw = 3.000000e-005 |
| +tpbswg = 0.000000e+000 |
| +tcjswg = 0.000000e+000 |
| +xtis = 1.000000e+001 |
| +xtid = 3.000000e+000 |
| ***DW AND DL PARAMETERS**************************************** |
| +ll = 0.000000e+000 |
| +wl = 0.000000e+000 |
| +lln = 1.000000e+000 |
| +wln = 1.000000e+000 |
| +lw = 0.000000e+000 |
| +ww = 0.000000e+000 |
| +lwn = 1.000000e+000 |
| +wwn = 1.000000e+000 |
| +lwl = 0.000000e+000 |
| +wwl = 0.000000e+000 |
| +llc = 0.000000e+000 |
| +wlc = 0.000000e+000 |
| +lwc = 0.000000e+000 |
| +wwc = 0.000000e+000 |
| +lwlc = 0.000000e+000 |
| +wwlc = 0.000000e+000 |
| ***STRESS PARAMETERS******************************************* |
| +saref = 0.28e-006 |
| +sbref = 1.19e-006 |
| +kvth0 = '0.0+pvhv_kvth0_diff' |
| +lkvth0 = '0.0+pvhv_lkvth0_diff' |
| +wkvth0 = '0.0+pvhv_wkvth0_diff' |
| +pkvth0 = 0 |
| +llodvth = 1 |
| +wlodvth = 1 |
| +wlod = 0 |
| +stk2 = 0 |
| +lodk2 = 1 |
| +lodeta0 = 1 |
| +ku0 = '0.0+pvhv_ku0_diff' |
| +lku0 = '0.0+pvhv_lku0_diff' |
| +wku0 = '0.0+pvhv_wku0_diff' |
| +pku0 = 0 |
| +tku0 = 0 |
| +llodku0 = 1 |
| +wlodku0 = 1 |
| +kvsat = '0.0+pvhv_kvsat_diff' |
| +steta0 = 0 |
| ***WELL PROXIMITY EFFECT PARAMETERS**************************** |
| ****** |
| |
| .model pvhv_base.1 pmos |
| * |
| ***MODEL FLAG PARAMETERS |
| * |
| +lmin = 2.15e-06 lmax = 2.17e-06 wmin = 4.990000e-006 wmax = 5.010000e-005 |
| +level = 5.400000e+001 |
| +version = 4.500000e+000 |
| +binunit = 2.000000e+000 |
| +mobmod = 0.000000e+000 |
| +capmod = 2.000000e+000 |
| +igcmod = 0.000000e+000 |
| +igbmod = 0.000000e+000 |
| +geomod = 0.000000e+000 |
| +diomod = 1.000000e+000 |
| +rdsmod = 1.000000e+000 |
| +rbodymod = 1.000000e+000 |
| +rgatemod = 0.000000e+000 |
| +permod = 1.000000e+000 |
| +acnqsmod = 0.000000e+000 |
| +trnqsmod = 0.000000e+000 |
| +fnoimod = 1.000000e+000 |
| +tnoimod = 1.000000e+000 |
| ***PROCESS PARAMETERS |
| +toxe = '1.160000e-008*pvhv_toxe_mult' dev/gauss = '1.16e-008*pvhv_toxe_mult*(pvhv_mm_mult*(phv_toxe_slope2+0.03e-2)/sqrt(E(*,l)*E(*,w)*E(*,m)))' |
| +toxm = 1.160000e-008 |
| +epsrox = 3.900000e+000 |
| +xj = 1.500000e-007 |
| +ngate = 1.000000e+023 |
| +ndep = 1.700000e+017 |
| +nsd = 1.000000e+020 |
| +rsh = '1.000000e+000*pvhv_rshp_mult' |
| +rshg = 1.000000e-001 |
| ***BASIC MODEL PARAMETERS |
| +wint = '0.000000e+000+pvhv_wint_diff' dev/gauss = 'pvhv_mm_mult*phv_wint_slope/sqrt(E(*,l))' |
| +lint = '3.445300e-008+pvhv_lint_diff' dev/gauss = 'pvhv_mm_mult*phv_lint_slope/sqrt(E(*,w))' |
| +vth0 = '-1.043500e+000+pvhv_vth0_diff_1' dev/gauss = 'pvhv_mm_mult*(phv_vth0_slope+0.0065)/sqrt(E(*,l)*E(*,w)*E(*,m))' |
| +k1 = 6.831000e-001 |
| +k2 = '-1.303200e-003+pvhv_k2_diff_1' |
| +k3 = 0.000000e+000 |
| +k3b = 0.000000e+000 |
| +w0 = 0.000000e+000 |
| +dvt0 = 0.000000e+000 |
| +dvt1 = 5.300000e-001 |
| +dvt2 = -3.200000e-002 |
| +dvt0w = 0.000000e+000 |
| +dvt1w = 5.300000e+006 |
| +dvt2w = -3.200000e-002 |
| +dsub = '3.416000e-001+pvhv_dsub_diff_1' |
| +minv = 0.000000e+000 |
| +voffl = 0.000000e+000 |
| +dvtp0 = 0.000000e+000 |
| +dvtp1 = 0.000000e+000 |
| +lpe0 = '1.400000e-007+pvhv_lpe0_diff_1' |
| +lpeb = -6.500000e-008 |
| +vbm = -3.000000e+000 |
| +phin = 0.000000e+000 |
| +cdsc = 2.520000e-004 |
| +cdscb = 0.000000e+000 |
| +cdscd = 0.000000e+000 |
| +cit = 0.000000e+000 |
| +voff = '-1.372000e-001+pvhv_voff_diff_1' dev/gauss = 'pvhv_mm_mult*(phv_voff_slope+0.02)/sqrt(E(*,l)*E(*,w)*E(*,m))' |
| +nfactor = '7.100000e-001+pvhv_nfactor_diff_1' dev/gauss = 'pvhv_mm_mult*(phv_nfactor_slope+0.6)/sqrt(E(*,l)*E(*,w)*E(*,m))' |
| +eta0 = '8.729800e-002+pvhv_eta0_diff_1' |
| +etab = -5.000000e-002 |
| +u0 = '2.707600e-002+pvhv_u0_diff_1' |
| +ua = '2.585600e-009+pvhv_ua_diff_1' |
| +ub = '4.595800e-019+pvhv_ub_diff_1' |
| +uc = -1.220000e-010 |
| +eu = 1.670000e+000 |
| +vsat = '7.660800e+004+pvhv_vsat_diff_1' |
| +a0 = '3.820000e-001+pvhv_a0_diff_1' |
| +ags = '1.291200e-001+pvhv_ags_diff_1' |
| +a1 = 0.000000e+000 |
| +a2 = 7.200000e-001 |
| +b0 = '4.000000e-012+pvhv_b0_diff_1' |
| +b1 = '0.000000e+000+pvhv_b1_diff_1' |
| +keta = '-3.321800e-002+pvhv_keta_diff_1' |
| +dwg = 0.000000e+000 |
| +dwb = 0.000000e+000 |
| +pclm = '1.000000e-001+pvhv_pclm_diff_1' |
| +pdiblc1 = 3.900000e-001 |
| +pdiblc2 = 8.600000e-003 |
| +pdiblcb = -5.400000e-005 |
| +drout = 5.600000e-001 |
| +pvag = 5.040000e-001 |
| +delta = 8.900000e-003 |
| +pscbe1 = 5.088000e+008 |
| +pscbe2 = 6.945200e-009 |
| +fprout = 0.000000e+000 |
| +pdits = '0.000000e+000+pvhv_pdits_diff_1' |
| +pditsd = '0.000000e+000+pvhv_pditsd_diff_1' |
| +pditsl = 0.000000e+000 |
| ***PARAMETERS FOR ASYMMETRIC AND BIAS-DEPENDENT RDS MODEL****** |
| +rdsw = '3.310200e+002+pvhv_rdsw_diff_1' |
| +rsw = 1.000000e+002 |
| +rdw = '1.000000e+001+pvhv_rdw_diff_1' |
| +rdswmin = 0.000000e+000 |
| +rdwmin = 0.000000e+000 |
| +rswmin = 0.000000e+000 |
| +prwg = 0.000000e+000 |
| +prwb = -4.000000e-004 |
| +wr = 1.000000e+000 |
| ***IMPACT IONIZATION CURRENT MODEL PARAMTERS****************** |
| +alpha0 = 2.000000e-007 |
| +alpha1 = 1.001000e+000 |
| +beta0 = 1.000000e+002 |
| ***GIDL INDUCED DRAIN LEAKAGE MODEL PARAMETERS***************** |
| +agidl = '1.650000e-010+pvhv_agidl_diff_1' |
| +bgidl = '5.999300e+009+pvhv_bgidl_diff_1' |
| +cgidl = '1.394000e+000+pvhv_cgidl_diff_1' |
| +egidl = 4.920000e-002 |
| ***GATE DIELECTRIC TUNNELING CURRENT MODEL PARAMETERS********** |
| +toxref = 1.160000e-008 |
| +aigbacc = '4.300000e-001+pvhv_aigbacc_diff_1' |
| +bigbacc = 5.400000e-002 |
| +cigbacc = 7.500000e-002 |
| +nigbacc = '1.000000e+000+pvhv_nigbacc_diff_1' |
| +aigbinv = '3.500000e-001+pvhv_aigbinv_diff_1' |
| +bigbinv = 3.000000e-002 |
| +cigbinv = 6.000000e-003 |
| +eigbinv = 1.100000e+000 |
| +nigbinv = '3.000000e+000+pvhv_nigbinv_diff_1' |
| +aigc = '4.300000e-001+pvhv_aigc_diff' |
| +bigc = 5.400000e-002 |
| +cigc = 7.500000e-002 |
| +aigsd = '4.300000e-001+pvhv_aigsd_diff_1' |
| +bigsd = '5.400000e-002+pvhv_bigsd_diff_1' |
| +cigsd = 7.500000e-002 |
| +nigc = 1.000000e+000 |
| +poxedge = 1.000000e+000 |
| +pigcd = 1.000000e+000 |
| +ntox = 1.000000e+000 |
| ***CHARGE AND CAPACITANCE MODEL PARAMETERS******************** |
| +dlc = '-9.682600e-008+pvhv_dlc_diff+pvhv_dlc_rotweak' |
| +dwc = '0.000000e+000+pvhv_dwc_diff' |
| +xpart = 0.000000e+000 |
| +cgso = '1.977100e-010*pvhv_soverlap_mult' |
| +cgdo = '1.977100e-010*pvhv_doverlap_mult' |
| +cgbo = 0.000000e+000 |
| +cgdl = '1.117200e-012*pvhv_doverlap_mult' |
| +cgsl = '1.152000e-012*pvhv_soverlap_mult' |
| +clc = 6.324000e-009 |
| +cle = 8.910000e-001 |
| +cf = '0.000000e+000+pvhv_cf_diff' |
| +ckappas = 6.000000e-001 |
| +ckappad = 6.000000e-001 |
| +vfbcv = -1.000000e+000 |
| +acde = 9.129800e-001 |
| +moin = 1.556200e+001 |
| +noff = 1.045000e+000 |
| +voffcv = -1.815100e-001 |
| ***HIGH-SPEED/RF MODEL PARAMETERS****************************** |
| |
| ***FLICKER AND THERMAL NOISE MODEL PARAMETERS****************** |
| +ef = 1.000000e+000 |
| +noia = 6.250000e+041 |
| +noib = 3.125000e+026 |
| +noic = 8.750000e+009 |
| +em = 4.100000e+007 |
| ***LAYOUT-DEPENDENT PARASITICS MODEL PARAMETERS**************** |
| +xl = 0.000000e+000 |
| +xw = 0.000000e+000 |
| +dmcg = 0.000000e+000 |
| +dmdg = 0.000000e+000 |
| +dmcgt = 0.000000e+000 |
| +xgw = 0.000000e+000 |
| +xgl = 0.000000e+000 |
| +ngcon = 1.000000e+000 |
| ***ASYMMETRIC SOURCE/DRAIN JUNCTION DIODE MODEL PARAMETERS***** |
| +jss = 2.148300e-005 |
| +jsws = 4.020000e-012 |
| +jtssws = '4.020000e-012+pvhv_jtssws_diff_1' |
| +ijthsfwd = 1.000000e-001 |
| +ijthsrev = 1.000000e-001 |
| +bvs = 1.269000e+001 |
| +xjbvs = 1.000000e+000 |
| +pbs = 6.587000e-001 |
| +cjs = '7.754700e-004*pvhv_ajunction_mult' |
| +mjs = 3.395600e-001 |
| +pbsws = 1.000000e+000 |
| +cjsws = '9.871700e-011*pvhv_pjunction_mult' |
| +mjsws = 2.467600e-001 |
| +pbswgs = 3.000000e+000 |
| +cjswgs = '1.460000e-010*pvhv_pjunction_mult' |
| +mjswgs = 8.100000e-001 |
| |
| ***TEMPERATURE DEPENDENCE PARAMETERS*************************** |
| +tnom = 3.000000e+001 |
| +kt1 = '-4.930800e-001+pvhv_kt1_diff_1' |
| +kt1l = 1.000000e-011 |
| +kt2 = 5.633800e-004 |
| +ute = -1.646200e+000 |
| +ua1 = 1.218100e-009 |
| +ub1 = -1.241200e-018 |
| +uc1 = 8.272000e-012 |
| +prt = 0.000000e+000 |
| +at = -6.400000e+004 |
| +tvoff = '1.500000e-002+pvhv_tvoff_diff_1' |
| +njs = 1.363200e+000 |
| +njd = 1.079100e+000 |
| +tpb = 1.671000e-003 |
| +tcj = 9.600000e-004 |
| +tpbsw = 0.000000e+000 |
| +tcjsw = 3.000000e-005 |
| +tpbswg = 0.000000e+000 |
| +tcjswg = 0.000000e+000 |
| +xtis = 1.000000e+001 |
| +xtid = 3.000000e+000 |
| ***DW AND DL PARAMETERS**************************************** |
| +ll = 0.000000e+000 |
| +wl = 0.000000e+000 |
| +lln = 1.000000e+000 |
| +wln = 1.000000e+000 |
| +lw = 0.000000e+000 |
| +ww = 0.000000e+000 |
| +lwn = 1.000000e+000 |
| +wwn = 1.000000e+000 |
| +lwl = 0.000000e+000 |
| +wwl = 0.000000e+000 |
| +llc = 0.000000e+000 |
| +wlc = 0.000000e+000 |
| +lwc = 0.000000e+000 |
| +wwc = 0.000000e+000 |
| +lwlc = 0.000000e+000 |
| +wwlc = 0.000000e+000 |
| ***STRESS PARAMETERS******************************************* |
| +saref = 0.28e-006 |
| +sbref = 1.19e-006 |
| +kvth0 = '0.0+pvhv_kvth0_diff' |
| +lkvth0 = '0.0+pvhv_lkvth0_diff' |
| +wkvth0 = '0.0+pvhv_wkvth0_diff' |
| +pkvth0 = 0 |
| +llodvth = 1 |
| +wlodvth = 1 |
| +wlod = 0 |
| +stk2 = 0 |
| +lodk2 = 1 |
| +lodeta0 = 1 |
| +ku0 = '0.0+pvhv_ku0_diff' |
| +lku0 = '0.0+pvhv_lku0_diff' |
| +wku0 = '0.0+pvhv_wku0_diff' |
| +pku0 = 0 |
| +tku0 = 0 |
| +llodku0 = 1 |
| +wlodku0 = 1 |
| +kvsat = '0.0+pvhv_kvsat_diff' |
| +steta0 = 0 |
| ***WELL PROXIMITY EFFECT PARAMETERS**************************** |
| ****** |
| |
| main1 d1 g s b pvhv_base w=w l=l ad=0 as=as pd=0 ps=ps nrd=nrd nrs=nrs m=m sa=sa sb=sb_cadfixedvalue_pvhv |
| rldd d d1 '(1/w)*rdiff' tc1='rdiff_tc1' tc2='rdiff_tc2' m=m |
| dnw1 d b dnwdiode_pvhv area='ad/2' pj='pd/2' m=m |
| dnw2 d1 b dnwdiode_pvhv area='ad/2' pj='pd/2' m=m |
| .ends pvhv |
