**error**: model name n1 in the element 0:mnp4is not defined

qiushidaren said:

Why this error occures, there are the .cir,.sp and .lis files.
I have marked it in red color.

Added after 23 seconds:

* Project UVP
* Innoveda Wirelist Created with Version 6.3.5
* Inifile :
* Options : -h -d -n -m -i -z -c20 -lqiushidaren
* Levels :
*

* Definition for project INV
.SUBCKT INV VIN VSS X Y WN=WN1 LN=LN1 WP=WP1 LP=LP1 MP=MP1 MN=MN1
M2 Y X VSS VSS N1 L=LN W=WN M=MN
M1 Y X VIN VIN P1 L=LP W=WP M=MP
* CROSS-REFERENCE 1
* GND = 0
.ENDS

Q4_8_12_13_14_15_16 P04 P06 P06 NPNV1 7
MNP4 P02 N1N103 GND_D GND_D N1 L=2U W=2U M=1 AD='H*2U*1' AS='H*2U*1'
+ PD='2*(2U+H)*1' PS='2*(2U+H)*1' NRD='(B1+0.5*C)/(2U*1)'
+ NRS='(B1+0.5*C)/(2U*1)' GEO=0
QVPNP17 P09 P09 IN_F PNPV 1
C_P1 IN_F P09 POLYCAP 1.2P
XINV_P2 IN_F GND_D P02 P03 INV WN=2U LN=1U WP=4U LP=1U MP=1 MN=1
XINV_P1 IN_F GND_D P03 NUVPEN INV WN=2U LN=1U WP=4U LP=1U MP=1 MN=1
XINV_P3 IN_F GND_D IBREADY N1N103 INV WN=2U LN=1U WP=4U LP=1U MP=1 MN=1
MNP5 N1N207 N1N103 GND_D GND_D N1 L=2U W=2U M=1 AD='H*2U*1' AS='H*2U*1'
+ PD='2*(2U+H)*1' PS='2*(2U+H)*1' NRD='(B1+0.5*C)/(2U*1)'
+ NRS='(B1+0.5*C)/(2U*1)' GEO=0
MNP6 N1N207 N1N207 GND_D GND_D N1 L=12U W=8U M=1 AD='H*8U*1' AS='H*8U*1'
+ PD='2*(8U+H)*1' PS='2*(8U+H)*1' NRD='(B1+0.5*C)/(8U*1)'
+ NRS='(B1+0.5*C)/(8U*1)' GEO=0
MNP7 P02 N1N207 GND_D GND_D N1 L=12U W=8U M=1 AD='H*8U*1' AS='H*8U*1'
+ PD='2*(8U+H)*1' PS='2*(8U+H)*1' NRD='(B1+0.5*C)/(8U*1)'
+ NRS='(B1+0.5*C)/(8U*1)' GEO=0
MNP11 GND_D P02 GND_D GND_D N1 L=8U W=32U M=1 AD='H*32U*1' AS='H*32U*1'
+ PD='2*(32U+H)*1' PS='2*(32U+H)*1' NRD='(B1+0.5*C)/(32U*1)'
+ NRS='(B1+0.5*C)/(32U*1)' GEO=0
MNP9 P07 IBREADY GND_D GND_D N1 L=1U W=8U M=1 AD='H*8U*1' AS='H*8U*1'
+ PD='2*(8U+H)*1' PS='2*(8U+H)*1' NRD='(B1+0.5*C)/(8U*1)'
+ NRS='(B1+0.5*C)/(8U*1)' GEO=0
MNP10 N1N176 IBREADY GND_D GND_D N1 L=1U W=8U M=1 AD='H*8U*1' AS='H*8U*1'
+ PD='2*(8U+H)*1' PS='2*(8U+H)*1' NRD='(B1+0.5*C)/(8U*1)'
+ NRS='(B1+0.5*C)/(8U*1)' GEO=0
MPP5 P01 P03 IN_F IN_F P1 L=2U W=2U M=1 AD='H*2U*1' AS='H*2U*1'
+ PD='2*(2U+H)*1' PS='2*(2U+H)*1' NRD='(B1+0.5*C)/(2U*1)'
+ NRS='(B1+0.5*C)/(2U*1)' GEO=0
MPP4 P04 IBREADY IN_F IN_F P1 L=1.5U W=4U M=1 AD='H*4U*1' AS='H*4U*1'
+ PD='2*(4U+H)*1' PS='2*(4U+H)*1' NRD='(B1+0.5*C)/(4U*1)'
+ NRS='(B1+0.5*C)/(4U*1)' GEO=0
QVPNP18 P04 P09 IN_F PNPV 1
QVPNP19 P02 P04 IN_F PNPV 1
Q1_2_3_5_7_9_10_11 P09 P06 P10 NPNV1 8
Q6 P04 P06 N1N45 NPNV1 1
RFILM_P7 P06 N1N358 RPOLYH 385K
RFILM_P9 N1N370 N1N372 RPOLYH 225K
RFILM_P6 N1N368 N1N370 RPOLYH 200K
RFILM_P12 P01 N1N368 RPOLYH 60K
MPP20 N1N207 N1N103 IB_UVP IN_F P1 L=1U W=2U M=1 AD='H*2U*1' AS='H*2U*1'
+ PD='2*(2U+H)*1' PS='2*(2U+H)*1' NRD='(B1+0.5*C)/(2U*1)'
+ NRS='(B1+0.5*C)/(2U*1)' GEO=0
R1I389 N1N45 N1N176 RPOLYH 1025K
RFILM_P18 P10 N1N45 RPOLYH 185K
RFILM_P11 N1N358 P07 RPOLYH 385K
RFILM_P8 N1N372 P06 RPOLYH 225K
RFILM_P15 IN_F P01 RPOLYH 38K

* DICTIONARY 2
* ~UVPEN = NUVPEN
* GND = 0

Added after 51 seconds:

*Project MAX1573 Block:uvp
*****************************************************************
* Team Name: MAX1573
*****************************************************************
* Object of simulation:dc
*****************************************************************
* Note:
*****************************************************************
* Created By: zrf
* Created Date: 06-01-03
* Modified By: zhengfufu
* Modified Date:06-2-27
*Design rule for source & drain
*****************************************************************
.PARAM A1=0.4U B1=0.5U C=0.6U H='A1+B1+C' B='2*A1+C'
************************stimulate signals************************
*********input the signal******
VIN_F IN_F 0 0v $pwl(0n 0v 10u 0v 20u 3.6v 50u 3.6v 100u 0v )
VGND_D GND_D 0 0v
IIB_UVP IN_F IB_UVP 0.4u
VIBREADY IBREADY 0 3.6v
*******************entry the lib*****************************
.lib 'max1573_umc_case0.lib' case0
********analysis statement**********
.op
$.dc temp -25 85 0.1
$.dc sweep temp poi 3 -20 25 85
.dc VIN_F 2v 3v 0.001v $sweep temp poi 1 85
.dc VIN_F 3v 2v 0.001v $sweep temp poi 1 85
$.tran 10n 100us sweep temp poi 3 -20 25 85
*********output statement***********
.options node post list
.INC uvp.cir
.end

Added after 2 minutes:

Init: read install configuration file: C:\synopsys\Hspice2003.03-SP1\meta.cfg
****** HSPICE -- U-2003.03-SP1 (20030430) 11:03:03 05/09/2006 pcnt
Copyright (C) 2003 Synopsys, Inc. All Rights Reserved.
Unpublished-rights reserved under US copyright laws.
This program is protected by law and is subject to the
terms and conditions of the license agreement found in:
C:\synopsys\Hspice2003.03-SP1\license.txt
Use of this program is your acceptance to be bound by this
license agreement. HSPICE is the trademark of Synopsys, Inc.
Input File: d:\wdir\top_view_11-27\uvp.sp
lic:
lic: FLEXlm: v6.1g
lic: USER: new HOSTNAME: E33E999137344EE
lic: HOSTID: 00e04cd8c4b6 PID: 1408
lic: Using FLEXlm license file:
lic: C:\Documents and Settings\new\Application Data\viewlogic\License.dat
lic: Checkout hspicewin; Encryption code: ACFE052FD4EC9BCF5077
lic: Notice: NOT TO BE SOLD
lic: License/Maintenance for hspicewin will expire on 31-dec-2020/2003.3000
lic: NODE LOCKED DEMO license on host 00e04cd8c4b6
lic:
Init: read install configuration file: C:\synopsys\Hspice2003.03-SP1\meta.cfg
Init: hspice initialization file: C:\synopsys\Hspice2003.03-SP1\hspice.ini
* hspice.ini
.option post = 2
*****************************************************************
* team name: max1573
*****************************************************************
* object of simulation:dc
*****************************************************************
* note:
*****************************************************************
* created by: zrf
* created date: 06-01-03
* modified by: zhengfufu
* modified date:06-2-27
*design rule for source & drain
*****************************************************************
.param a1=0.4u b1=0.5u c=0.6u h='a1+b1+c' b='2*a1+c'
************************stimulate signals************************
*********input the signal******
vin_f in_f 0 0v $pwl(0n 0v 10u 0v 20u 3.6v 50u 3.6v 100u 0v )
vgnd_d gnd_d 0 0v
iib_uvp in_f ib_uvp 0.4u
vibready ibready 0 3.6v
*******************entry the lib*****************************
.lib 'max1573_umc_case0.lib' case0

**** resistance *****
.model rmet1 r scale=1 tc1 =3.606e-03 tc2 = -3.941e-07

.model rmet2 r scale=1 tc1 =3.544e-03 tc2 = 3.872e-07

.model rpplus r scale=1 tc1 =1.416e-03 tc2 = 1.000e-06

.model rnplus r scale=1 tc1 =1.756e-03 tc2 = 6.455e-07

.model rpoly1 r scale=1 tc1 =5.207e-04 tc2 = 4.482e-06

.model rpoly2 r scale=1 tc1 =1.424e-03 tc2 = -2.029e-06

.model rfuse r scale=1

* w/l=2/50 @ vd=5v
.model rpolyh r scale=1 tc1 =-2.8588e-03 tc2 =9.9082e-06

* w/l=20/100 @ vd=5v
.model rnwell r scale=1 tc1 =5.705e-03 tc2 =1.367e-05

****interpoly capacitance
.model polycap c scale=1

.model moscap c scale=1

.model n1 nmos
+level = 49
*
* general parameters
*
+lmin = 6.0e-7 lmax = 1.0e-5 wmin = 5.0e-7
+wmax = 1.0e-5 tref = 25.0 version = 3.2
+tox = '1.50e-08+dtox_n_50' toxm = 1.50e-08 xj = 2.0000000e-07
+nch = 1.6000000e+17 lln = 0.5000000 lwn = 1.5756161
+wln = 0.5370212 wwn = 1.5359626 lint = 1.3000000e-08
+ll = -9.9936400e-21 lw = -1.0000000e-20 lwl = 5.5857230e-21
+wint = 3.4300000e-08 wl = 1.4127170e-21 ww = 1.0000000e-20
+wwl = -9.7060700e-21 mobmod = 1 binunit = 2
+xl = '0.00+dxl_n_50' xw = '0.00+dxw_n_50' lmlt = 1
+wmlt = 1 binflag = 0 dwg = -3.4276350e-09
+dwb = 1.5532160e-08
* diode parameters
+acm = 3 ldif = 0.00 hdif = 6.00e-07
+rsh = 50 rd = 0 rs = 0
+rsc = 0 rdc = 0
*
* threshold voltage parameters
*
+vth0 = '0.8330+dvth0_n_50' wvth0 = 5.0000000e-08 pvth0 = 1.4000000e-14
+k1 = 0.9000000 lk1 = -1.5200000e-07 wk1 = 5.0000000e-08
+pk1 = 8.6000000e-14 k2 = 2.1085400e-02 k3 = -5.9808700e-02
+dvt0 = 2.2000000 dvt1 = 0.9600000 dvt2 = 3.0724090e-03
+dvt0w = 1.9986100e-02 dvt1w = 5.2963190e+06 dvt2w = -6.3484300e-02
+nlx = 1.7761650e-08 w0 = 1.0000000e-06 k3b = 0.3827230
+vfb = -0.7456436
*
* mobility parameters
*
+vsat = 9.7549080e+04 ua = 1.5000000e-09 lua = -1.5000001e-16
+wua = -1.0000000e-16 ub = 4.9000000e-19 uc = 5.1964410e-11
+luc = 2.0000000e-17 wuc = -3.5000000e-17 rdsw = 1.9293560e+03
+prwb = 0.1153606 prwg = -5.4923800e-03 wr = 1.0000000
+u0 = 5.6000000e-02 lu0 = 1.0000000e-08 wu0 = -1.1000000e-08
+pu0 = -1.0200000e-14 a0 = 0.8500000 pa0 = 2.9999999e-13
+keta = -2.4641559e-03 lketa = -9.0000000e-09 wketa = 6.0000000e-09
+pketa = 2.9999999e-15 a1 = 0.00 a2 = 1.0000000
+ags = 8.3370000e-02 b0 = 3.1957110e-07 b1 = 7.0862350e-07
*
* subthreshold current parameters
*
+voff = -0.1436638 nfactor = 1.0000000 cit = -6.0000000e-04
+cdsc = 5.0000000e-03 cdscb = 0.00 cdscd = 0.00
+eta0 = 0.00 etab = 0.00 dsub = 1.5396310e-04
*
* rout parameters
*
+pclm = 0.00 lpclm = 1.0000000e-07 pdiblc1 = 5.8360300e-02
+pdiblc2 = 1.8004840e-03 pdiblcb = -0.1185012 drout = 0.5929923
+pscbe1 = 5.2503010e+08 pscbe2 = 5.8103530e-05 pvag = 1.4497800e-02
+delta = 2.9999999e-02 alpha0 = 0.00 alpha1 = 0.00
+beta0 = 30.0000000
*
* temperature effects parameters
*
+kt1 = -0.4000000 kt2 = -1.6000001e-02 pkt2 = 2.3999999e-14
+at = 1.2000000e+05 lat = -2.0000000e-02 pat = 0
+ute = -1.0000000 ua1 = 6.4000000e-09 wua1 = -2.0000000e-15
+ub1 = -3.9030500e-18 uc1 = 1.0000000e-10 kt1l = 2.0000000e-08
+pkt1l = -1.9999999e-20 prt = 7.7348860e-03
*
* capacitance parameters
*
+cj = '6.558666e-04+dcj_n_50' mj = 0.4202481 pb = 0.8802212
+cjsw = '5.210677e-10+dcjsw_n_50' mjsw = 0.1844319 php = 0.4057967
+cjgate = '5.2e-10+dcjgate_n_50' tpb = 0 tpbsw = 0
+tcj = 0 tcjsw = 0 js = 6.10e-06
+jsw = 0.00 n = 1.0 xti = 0.00
+cgdo = '7.0e-11+dcgdo_n_50' cgso = '7.0e-11+dcgso_n_50' cgbo = 1.0e-13
+capmod = 2 nqsmod = 0 elm = 5
+xpart = 1 cgsl = 0.00 cgdl = 0.00
+ckappa = 0.6000000 cf = 0.00 clc = 1.0000000e-07
+cle = 0.6000000 dlc = 7.8e-8 dwc = 0
+vfbcv = -1 acde = 1 moin = 15
+noff = 1 voffcv = 0
*
*
**************************************************************************

.model p1 pmos
+level = 49
*
* general parameters
*
+lmin = 7.0e-7 lmax = 1.0e-5 wmin = 5.0e-7
+wmax = 1.0e-5 tref = 25.0 version = 3.2
+tox = '1.50e-08+dtox_p_50' toxm = 1.50e-08 xj = 2.0000000e-07
+nch = 1.6000000e+17 lln = 0.5000000 lwn = 1.5753851
+wln = 0.5000000 wwn = 0.5000000 lint = 0.10000e-08
+ll = 1.6963909e-21 lw = -1.0000000e-20 lwl = 5.6213330e-21
+wint = 1.0000000e-08 wl = 2.8410920e-22 ww = 1.0000000e-20
+wwl = -1.0000000e-20 mobmod = 1 binunit = 2
+xl = '0.00+dxl_p_50' xw = '0.00+dxw_p_50' lmlt = 1
+wmlt = 1 binflag = 0 dwg = -8.5003690e-09
+dwb = 1.1001190e-08
* diode parameters
+acm = 3 ldif = 0.00 hdif = 6.00e-07
+rsh = 78 rd = 0 rs = 0
+rsc = 0 rdc = 0
*
* threshold voltage parameters
*
+vth0 = '-0.8730+dvth0_p_50' lvth0 = 1.0000000e-07 wvth0 = 8.0000000e-08
+pvth0 = -2.9999999e-14 k1 = 0.4000000 lk1 = -6.0000000e-08
+wk1 = 4.0000000e-08 pk1 = 2.0000000e-14 k2 = 2.0000001e-03
+k3 = 26.3355030 dvt0 = 0.8000000 dvt1 = 0.9000000
+dvt2 = -2.9999999e-02 dvt0w = 3.7735800e-02 dvt1w = 1.0000000e+07
+dvt2w = -0.5159964 nlx = 5.8571780e-07 w0 = 5.8637150e-07
+k3b = -3.4908430 vfb = -0.5835145
*
* mobility parameters
*
+vsat = 5.2241760e+05 ua = 3.6500000e-09 lua = 3.0000001e-16
+wua = -3.0000001e-17 ub = 1.0000000e-22 uc = -7.3150300e-11
+rdsw = 2.3872759e+03 prwb = -1.2514300e-02 prwg = 0.00
+wr = 1.0000000 u0 = 2.3000000e-02 lu0 = -1.9999999e-09
+wu0 = -5.0000000e-09 pu0 = 2.0000000e-16 a0 = 1.0000000
+la0 = 3.0000001e-07 keta = -1.1000000e-02 lketa = -8.0000000e-09
+wketa = 1.4000000e-08 a1 = 9.3074300e-02 a2 = 0.02
+ags = 0.1400000 b0 = 3.0543490e-07 b1 = 2.0279630e-07
*
* subthreshold current parameters
*
+voff = 1.0000000e-02 nfactor = 0.9000000 cit = -1.0000000e-04
+cdsc = -1.0000000e-04 cdscb = 5.3180850e-04 cdscd = 0.00
+eta0 = 0.1734550 etab = 0.00 dsub = 0.5574343
*
* rout parameters
*
+pclm = 5.0000000 pdiblc1 = 7.5337250 pdiblc2 = -5.6995490e-03
+pdiblcb = 2.1676799e-02 drout = 0.7503241 pscbe1 = 6.8085570e+09
+pscbe2 = 8.5458060e-09 pvag = 15.0000000 delta = 2.9999999e-02
+alpha0 = 0.00 alpha1 = 0.00 beta0 = 30.0000000
*
* temperature effects parameters
*
+kt1 = -0.5000000 kt2 = -3.4000000e-02 at = 1.000000e+05
+lat = -0.0010000 wat = 0.0200000 ute = -1.5215188
+ua1 = -1.1215430e-09 ub1 = -1.8182300e-18 uc1 = -1.0000000e-10
+kt1l = -7.7894590e-08 prt = 2.3368699e-03
*
* capacitance parameters
*
+cj = '4.868659e-04+dcj_p_50' mj = 0.7962651 pb = 1.041776
+cjsw = '3.99367e-10+dcjsw_p_50' mjsw = 0.2076833 php = 0.5648831
+cjgate = '3.99e-10+dcjgate_p_50' tpb = 0 tpbsw = 0
+tcj = 0 tcjsw = 0 js = 8.00e-06
+jsw = 0.00 n = 1.0 xti = 0.00
+cgdo = '7e-11+dcgdo_p_50' cgso = '7e-11+dcgso_p_50' cgbo = 1.0e-13
+capmod = 2 nqsmod = 0 elm = 5
+xpart = 1 cgsl = 0.00 cgdl = 0.00
+ckappa = 0.6000000 cf = 0.00 clc = 1.0000000e-07
+cle = 0.6000000 dlc = 7.8e-8 dwc = 0
+vfbcv = -1 acde = 1 moin = 15
+noff = 1 voffcv = 0
*
*
*
**************************************************************************
* 12v nmos lmin=0.9um lmax=0.9um wmin=20um wmax=20um
**************************************************************************
.model n12 nmos
+level = 49
**************************************************************
* model flag parameters
**************************************************************
+lmin = 9e-007 lmax = 9e-007 wmin = 2e-005
+wmax = 2e-005 version = 3.24 mobmod = 3
+binunit = 2 hspver = 2000.2
**************************************************************
* general model parameters
**************************************************************
+tref = 25 xl = '0+dxl_ldn_12v' xw = '0+dxw_ldn_12v'
+lmlt = 1 wmlt = 1 tox = '2e-008+dtox_ldn_12v'
+wint = 2.5e-008 lint = 5e-008 hdif = 5e-007
+ldif = 0
**************************************************************
* expert parameters
**************************************************************
+vth0 = '0.845+dvth0_ldn_12v' k1 = 0 k2 = 0
+k3 = 0 k3b = 0 nlx = 0
+dvt0 = 2.2 dvt1 = 0.53 dvt2 = 0
+dvt0w = 0 dvt1w = 0 dvt2w = 0
+nch = 1.4687e+017 voff = -0.08483 nfactor = 0.9318
+cdsc = 0.00024 cdscb = 0 cdscd = 0
+cit = 0 u0 = 0.05771 ua = 6.975e-009
+ub = -1.066e-018 uc = 0 xj = 3e-007
+w0 = 0 prwg = 0 prwb = 0
+wr = 1 rdsw = 2040 a0 = 1
+ags = 0 a1 = 0 a2 = 1
+b0 = 0 b1 = 0 vsat = 110800
+keta = 0 dwg = 0 pclm = 1e-005
+pdiblc1 = 0 pdiblc2 = 0 pdiblcb = 0
+drout = 0.56 pvag = 0 pscbe1 = 1e+009
+pscbe2 = 1e-005 delta = 0.02319 eta0 = 0.15
+etab = 0
**************************************************************
* capacitance parameters
**************************************************************
**************************************************************
* temperature parameters
**************************************************************
+kt1 = -0.5971 kt1l = 0 kt2 = 0
+ute = -1.997 ua1 = 2.146e-009 ub1 = -9.872e-020
+uc1 = 0 prt = 0 at = 10000
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* diode parameters
**************************************************************
+rsh = 50 rd = 1600 rdc = 0
+rs = 0 rsc = 0 acm = 3
*
*
*
**************************************************************************
* 12v pmos lmin=2.1um lmax=10um wmin=5um wmax=20um
**************************************************************************
.model p12 pmos
+level = 49
**************************************************************
* model flag parameters
**************************************************************
+lmin = 2.1e-006 lmax = 1e-005 wmin = 5e-006
+wmax = 2e-005 version = 3.24 mobmod = 3
+capmod = 3 binunit = 2 hspver = 2000.2
+lref = 1e+020 wref = 1e+020
**************************************************************
* general model parameters
**************************************************************
+tref = 25 xl = '0+dxl_hvp_12v' xw = '0+dxw_hvp_12v'
+ld = 0 llc = 0 lwc = 0
+lwlc = 0 wlc = 0 wwc = 0
+wwlc = 0 tox = '2e-008+dtox_hvp_12v' wint = 4.9353977e-007
+lint = 3.7960293e-007 hdif = 5e-007 ldif = 0
+ll = 6.48e-013 wl = 1e-015 lln = 0.3
+wln = 1 lw = 0 ww = 0
+lwn = 1 wwn = 1 lwl = 1.2555553e-014
+wwl = 0 xpart = 1
**************************************************************
* expert parameters
**************************************************************
+vth0 = '-1.112+dvth0_hvp_12v' lvth0 = 7.2e-008 k1 = 0.53
+k2 = 0 k3 = 0 k3b = 0
+nlx = 0 vbm = -3 dvt0 = 0
+dvt1 = 0.536 dvt2 = -0.032 dvt0w = 0
+dvt1w = 5300000 dvt2w = -0.032 nch = 2.5224967e+016
+voff = -0.005708 nfactor = 0.6102 cdsc = 0.0004668
+cdscb = 0 cdscd = 0 cit = 1.065e-036
+u0 = 0.02612 ua = 5.925e-009 lua = 2.2e-015
+pua = 1.4e-021 ub = -2.895e-018 uc = 0
+ngate = 0 xj = 2.7e-007 w0 = 2.5e-006
+prwg = -0.067332953 prwb = 0 wr = 0.9754
+rdsw = 4738 a0 = 0.685 ags = 0.3154
+lags = 6e-007 a1 = 0.01 a2 = 1
+b0 = 6e-006 b1 = 1.922e-005 vsat = 113700
+keta = 0 dwg = -2.5960476e-008 dwb = 0
+pclm = 1.3 pdiblc1 = 0.496 pdiblc2 = 0
+pdiblcb = 0 drout = 0.4643 pvag = -0.0065659245
+pscbe1 = 1.839e+009 pscbe2 = 8e-006 delta = 0.02685
+eta0 = 2.1088094 etab = 0 dsub = 1.1866246
+pdsub = 1e-012 elm = 5
**************************************************************
* capacitance parameters
**************************************************************
**************************************************************
* temperature parameters
**************************************************************
+kt1 = -0.4855 kt1l = 0 kt2 = 0.022
+ute = -1.245 ua1 = 4.224e-009 ub1 = -8.067e-018
+uc1 = -5.6e-011 prt = 0 at = 33000
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* diode parameters
**************************************************************
+rsh = 70 rd = 0 rdc = 0
+rs = 0 rsc = 0 acm = 3
*
*
*
**************************************************************************
* 30v nmos lmin=0.9um lmax=0.9um wmin=5um wmax=20um
**************************************************************************
.model n30 nmos
+level = 49
**************************************************************
* model flag parameters
**************************************************************
+lmin = 9e-007 lmax = 9e-007 wmin = 5e-005
+wmax = 2e-005 version = 3.24 mobmod = 3
+binunit = 2 hspver = 2000.2
**************************************************************
* general model parameters
**************************************************************
+tref = 25 xl = '0+dxl_ldn_30v' xw = '0+dxw_ldn_30v'
+lmlt = 1 wmlt = 1 tox = '2e-008+dtox_ldn_30v'
+wint = 2.5e-008 lint = 5e-008 hdif = 5e-007
+ldif = 0
**************************************************************
* expert parameters
**************************************************************
+vth0 = '0.867+dvth0_ldn_30v' k1 = 0 k2 = 0
+k3 = 0 k3b = 0 nlx = 0
+dvt0 = 2.2 dvt1 = 0.53 dvt2 = 0
+dvt0w = 0 dvt1w = 0 dvt2w = 0
+nch = 1.4687e+017 voff = -0.1723 nfactor = 0.8315
+cdsc = 0.00024 cdscb = 0 cdscd = 0
+cit = 0 u0 = 0.07072 ua = 1.305e-008
+ub = 5.5e-018 uc = 0 xj = 3e-007
+w0 = 0 prwg = 0 prwb = 0
+wr = 1 rdsw = 2040 a0 = 1
+ags = 0 a1 = 0 a2 = 1
+b0 = 0 b1 = 0 vsat = 731100
+lvsat = 1 keta = 0 dwg = 0
+pclm = 1e-005 pdiblc1 = 0 pdiblc2 = 0
+pdiblcb = 0 drout = 1.021 pvag = 0
+pscbe1 = 4.24e+008 pscbe2 = 6.907e-009 delta = 0.1849
+ldelta = 6e-008 eta0 = 0.15 etab = 0
**************************************************************
* capacitance parameters
**************************************************************
**************************************************************
* temperature parameters
**************************************************************
+kt1 = -0.7822 kt1l = -2e-007 kt2 = 0
+ute = -1.977 ua1 = 3.7e-009 ub1 = -8.315e-018
+uc1 = -3.877861e-010 prt = 0 at = 10000
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* diode parameters
**************************************************************
+rsh = 50 rd = 1600 rdc = 0
+rs = 0 rsc = 0 acm = 3
*
*
*
**************************************************************************
* 30v pmos lmin=2.5um lmax=10um wmin=5um wmax=20um
**************************************************************************
.model p30 pmos
+level = 49
**************************************************************
* model flag parameters
**************************************************************
+lmin = 2.5e-006 lmax = 1e-005 wmin = 5e-006
+wmax = 2e-005 version = 3.24 mobmod = 3
+capmod = 3 binunit = 2 hspver = 2000.2
+lref = 1e+020 wref = 1e+020
**************************************************************
* general model parameters
**************************************************************
+tref = 25 xl = '0+dxl_hvp_30v' xw = '0+dxw_hvp_30v'
+ld = 0 llc = 0 lwc = 0
+lwlc = 0 wlc = 0 wwc = 0
+wwlc = 0 tox = '2e-008+dtox_hvp_30v' toxm = 2e-008
+wint = 5.2175033e-007 lint = 6.6e-007 hdif = 5e-007
+ldif = 0 ll = 0 wl = 2.8e-016
+lln = 1 wln = 1 lw = 0
+ww = 0 lwn = 1 wwn = 1
+lwl = -3.3083222e-026 wwl = 0 xpart = 1
**************************************************************
* expert parameters
**************************************************************
+vth0 = '-1.145+dvth0_hvp_30v' k1 = 0.53 k2 = 0
+k3 = 0 k3b = 0 nlx = 0
+vbm = -3 dvt0 = 0.6459 dvt1 = 0.2267
+dvt2 = -0.032 dvt0w = 0 dvt1w = 483568.52
+dvt2w = -0.032 nch = 2.5224967e+016 voff = -0.04406
+nfactor = 0.6432 cdsc = 0.00024 cdscb = 0
+cdscd = 0 cit = 0 u0 = 0.02615
+pu0 = 6.6e-015 ua = 4.991e-009 lua = 1.4e-015
+ub = -9.534e-019 lub = 4.536e-024 uc = -4.65e-011
+ngate = 0 xj = 2.7e-007 w0 = 2.5e-006
+prwg = -0.080716965 prwb = 0 wr = 1
+rdsw = 19950.203 a0 = 0.495 ags = 0.2592
+lags = 1.083e-006 a1 = 0.01 a2 = 1
+b0 = 0 b1 = 1.250927e-006 vsat = 84180
+lvsat = 0.0976 keta = -0.047 dwg = -4.6555907e-008
+dwb = 0 pclm = 1.825 pdiblc1 = 0.39
+pdiblc2 = 0.0002 pdiblcb = 0 drout = 1.415
+pvag = 0.25917175 pscbe1 = 2.864e+009 pscbe2 = 8e-006
+delta = 0.01 pdelta = 4e-013 eta0 = 0.08
+etab = -0.07 dsub = 0.56 elm = 5
**************************************************************
* capacitance parameters
**************************************************************
**************************************************************
* temperature parameters
**************************************************************
+kt1 = -0.5237 kt1l = 0 kt2 = 0.022
+ute = -1.395 ua1 = 3.922e-009 ub1 = -7.61e-018
+uc1 = -5.6e-011 prt = 0 at = 33000
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* diode parameters
**************************************************************
+rsh = 70 rd = 0 rdc = 0
+rs = 0 rsc = 0 acm = 3
*
*
*
**************************************************************************
*bipolar model
* vertical npn, emitter size=2*2
.model npnv1 npn
**************************************************************
* general parameters
**************************************************************
+level=1 subs=1 tref = 25
**************************************************************
* capacitance parameters
**************************************************************
+cjc = 1.5e-14 cje = 1.07e-14 cjs = 0 fc = 0.75
+mjc = 0.3 mje = 0.524 mjs = 0.5 vjc = 0.7
+vje = 0.7 vjs = 0.75 xcjc = 0.5 cbcp = 0
+cbep = 0 ccsp = 0 itf = 0.026 ptf = 0
+tf = 3.7e-011 tr = 0 vtf = 1.5 xtf = 120
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* dc parameters
**************************************************************
+nkf = 0.5 is = 6.23e-018 rb = 4494 re = 0.1
+irb = 2.483e-005 rc = 4.736 rbm = 0.008606 bf = 95.79
+nf = 1.0097 vaf = 125.2 ikf = 0.001773 ise = 1.007e-015
+ne = 1.744 br = 0.0121 nr = 1.098 var = 10
+ikr = 1.5 isc = 1e-017 nc = 1.5
**************************************************************
* temperature parameters
**************************************************************
+xtb = 0.5 xti = 0.88 eg = 1.234 tlev = 0
+tlevc = 0 tise1 = -0.00014 tnf1 = 0 tnr1 = -0.0009
+tne1 = 8e-005 tnc1 = 0 tbf1 = 0.01219 tbr1 = 0
+tvaf1 = 0 tvar1 = 0 tikf1 = -0.0062 tikr1 = 0
+tns1 = 0 trb1 = 0.006 trc1 = 0 tre1 = 0
+tirb1 = 0 trm1 = 0 tmjc1 = 0 tmje1 = 0
+tmjs1 = 0 ttf1 = 0 titf1 = 0 ttr1 = 0
*
*
*
**************************************************************************
* vertical npn, emitter size=2*4
.model npnv2 npn
**************************************************************
* general parameters
**************************************************************
+level=1 subs=1 tref = 25
**************************************************************
* capacitance parameters
**************************************************************
+cjc = 1.99e-14 cje = 1.89e-14 cjs = 0 fc = 0.75
+mjc = 0.3 mje = 0.524 mjs = 0.5 vjc = 0.538
+vje = 1.08 vjs = 0.75 xcjc = 0.5 cbcp = 0
+cbep = 0 ccsp = 0 itf = 0.026 ptf = 0
+tf = 3.7e-011 tr = 0 vtf = 1.5 xtf = 120
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* dc parameters
**************************************************************
+nkf = 0.5 is = 1.16e-017 rb = 3490 re = 0.0788
+irb = 1.532e-005 rc = 4.74 rbm = 0.5702 bf = 88.74
+nf = 1.0097 vaf = 69.56 ikf = 0.001914 ise = 1.489e-015
+ne = 1.776 br = 0.0121 nr = 1.12 var = 10
+ikr = 1.5 isc = 1e-017 nc = 1.5
**************************************************************
* temperature parameters
**************************************************************
+xtb = 1 xti = 1 eg = 1.23 tlev = 0
+tlevc = 0 tise1 = 0 tnf1 = 0 tnr1 = 0
+tne1 = 0 tnc1 = 0 tbf1 = 0.01 tbr1 = 0
+tvaf1 = 0 tvar1 = 0 tikf1 = -0.002 tikr1 = 0
+tns1 = 0 trb1 = -0.0006 trc1 = 0 tre1 = 0
+tirb1 = 0.01 trm1 = 0 tmjc1 = 0 tmje1 = 0
+tmjs1 = 0 ttf1 = 0 titf1 = 0 ttr1 = 0
*
*
*
**************************************************************************
* vertical npn, emitter size=2*24
.model npnv3 npn
**************************************************************
* general parameters
**************************************************************
+level=1 subs=1 tref = 25
**************************************************************
* capacitance parameters
**************************************************************
+cjc = 6.95e-14 cje = 1e-13 cjs = 0 fc = 0.75
+mjc = 0.3 mje = 0.524 mjs = 0.5 vjc = 0.538
+vje = 1.08 vjs = 0.75 xcjc = 0.5 cbcp = 0
+cbep = 0 ccsp = 0 itf = 0.026 ptf = 0
+tf = 3.7e-011 tr = 0 vtf = 1.5 xtf = 120
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* dc parameters
**************************************************************
+nkf = 0.5 is = 4.587e-017 rb = 1820 re = 3.95
+irb = 2.98e-005 rc = 8.14 rbm = 0.000977 bf = 75.97
+nf = 1 vaf = 69.56 ikf = 0.0117 ise = 6.747e-015
+ne = 1.845 br = 0.0121 nr = 1.22 var = 10
+ikr = 1.5 isc = 1e-017 nc = 1.5
**************************************************************
* temperature parameters
**************************************************************
+xtb = 1 xti = 1 eg = 1.245 tlev = 0
+tlevc = 0 tise1 = 0 tnf1 = 0 tnr1 = 0.0023
+tne1 = 0 tnc1 = 0 tbf1 = 0.01 tbr1 = 0
+tvaf1 = 0 tvar1 = 0 tikf1 = 0 tikr1 = 0
+tns1 = 0 trb1 = 0 trc1 = 0 tre1 = 0
+tirb1 = 0 trm1 = 0 tmjc1 = 0 tmje1 = 0
+tmjs1 = 0 ttf1 = 0 titf1 = 0 ttr1 = 0
*
*
*
**************************************************************************
* vertical npn, emitter size=24*24
.model npnv4 npn
**************************************************************
* general parameters
**************************************************************
+level=1 subs=1 tref = 25
**************************************************************
* capacitance parameters
**************************************************************
+cjc = 2.39e-13 cje = 8.67e-13 cjs = 0 fc = 0.75
+mjc = 0.3 mje = 0.524 mjs = 0.5 vjc = 0.538
+vje = 1.08 vjs = 0.75 xcjc = 0.5 cbcp = 0
+cbep = 0 ccsp = 0 itf = 0.026 ptf = 0
+tf = 3.7e-011 tr = 0 vtf = 1.5 xtf = 120
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* dc parameters
**************************************************************
+nkf = 0.5 is = 5.4e-016 rb = 2970 re = 1.4651
+irb = 0.000165 rc = 4.1423 rbm = 0.000722 bf = 70.78
+nf = 1.01 vaf = 69.565 ikf = 0.0813 ise = 1.071e-015
+ne = 1.53 br = 0.0121 nr = 1.32 var = 10
+ikr = 1.5 isc = 1e-017 nc = 1.5
**************************************************************
* temperature parameters
**************************************************************
+xtb = 1 xti = 1 eg = 1.245 tlev = 0
+tlevc = 0 tise1 = 0 tnf1 = 0 tnr1 = 0.005
+tne1 = 0 tnc1 = 0 tbf1 = 0.009215 tbr1 = 0
+tvaf1 = 0 tvar1 = 0 tikf1 = -0.0002 tikr1 = 0
+tns1 = 0 trb1 = 0.0084 trc1 = 0 tre1 = 0
+tirb1 = 0.00024 trm1 = 0 tmjc1 = 0 tmje1 = 0
+tmjs1 = 0 ttf1 = 0 titf1 = 0 ttr1 = 0
*
*
*
**************************************************************************
* vertical pnp, emitter size=2.4*2.4
.model pnpv pnp
+level = 1 is = 8.51e-18 bf = 97.0
+nf = 1.008 vaf = 19.5003 ikf = 3.15e-04
+ise = 7.15e-16 ne = 2.3918 br = 7.1756
+nr = 0.85 var = 10.0 ikr = 1.5
+isc = 1.00e-17 nc = 1.5 rb = 775.6719
+irb = 6.38e-07 rbm = 7.65 re = 60.8159
+rc = 2.0163 xti = 1.0 eg = 1.237
+cje = 1.9e-14 vje = 0.7 mje = 0.5
+tf = 2.5e-10 xtf = 120 vtf = 1.0
+itf = 0.02 cjc = 3.3e-14 vjc = 0.7
+mjc = 0.5 xcjc = 0.5 fc = 0.75
+cjs = 0.00 vjs = 0.75 mjs = 0.5
+tr = 0.00 ptf = 0.00 kf = 0.00
+af = 1.0 cbcp = 0 cbep = 0
+ccsp = 0 tref = 25.0 nkf = 0.5
+tlev = 0 tlevc = 0 bex = 2.42
+bexv = 1.9 xtb = 1.0 tbf1 = 0.012
+tbr1 = 0 tikf1 = -0.001 tikr1 = 0
+tirb1 = 0 titf1 = 0 tmjc1 = 0
+tmje1 = 0 tmjs1 = 0 tnc1 = 0
+tne1 = 0 tnf1 = 0 tnr1 = -0.002
+tns1 = 0 trb1 = -0.001 trc1 = 0
+tre1 = 0 trm1 = 0 ttf1 = 0
+ttr1 = 0 tvaf1 = 0 tvar1 = 0
+subs =1
*
*
*
**************************************************************************
* lateral pnp, emitter size=2.2*2.2
.model pnpl pnp
**************************************************************
* general parameters
**************************************************************
+tref = 25 subs=-1 level=1
**************************************************************
* capacitance parameters
**************************************************************
+cjc = 3.8e-14 cje = 5e-15 cjs = 0 fc = 0.75
+mjc = 0.5 mje = 0.5 mjs = 0.5 vjc = 0.7
+vje = 0.7 vjs = 0.75 xcjc = 0.5 cbcp = 0
+cbep = 0 ccsp = 0 itf = 1 ptf = 0
+tf = 4.1e-08 tr = 0 vtf = 2 xtf = 2
**************************************************************
* noise parameters
**************************************************************
**************************************************************
* dc parameters
**************************************************************
+nkf = 0.5 is = 1.891e-017 rb = 500 re = 0.03
+irb = 0.0006097 rc = 0.2 rbm = 0.6667 bf = 148
+nf = 1.024 vaf = 41 ikf = 4.882e-005 ise = 1.155e-017
+ne = 1.46 br = 50.005 nr = 0.9265 var = 10
+ikr = 1.5 isc = 1e-017 nc = 1.5
**************************************************************
* temperature parameters
**************************************************************
+xtb = 1 xti = 1.9 eg = 1.16 tlev = 0
+tlevc = 0 tnf1 = 0 tnr1 = -0.0007 tne1 = 0
+tnc1 = 0 tbf1 = 0.0082 tbr1 = 0 tvaf1 = 0
+tvar1 = 0 tikf1 = -0.003 tikr1 = 0 tns1 = 0
+trb1 = -0.0007 trc1 = 0 tre1 = 0 tirb1 = 0.00672
+trm1 = 0 tmjc1 = 0 tmje1 = 0 tmjs1 = 0
+ttf1 = 0 titf1 = 0 ttr1 = 0
*
*
*
**************************************************************************
* diode model*
* n+_pwell diode, 80*500um^2
.model dn d
+level = 1 js = 9.00e-08 jsw = 0.00
+n = 0.9988 rs = 8.60e-07 ik = 5.93e+04
+ikr = 0.00 vb = 0.00 ibv = 1.00e-03
+trs = 2.00e-03 cta = 0.00 ctp = 0.00
+eg = 1.04 tcv = 0.00 gap1 = 4.73e-04
+gap2 = 1.11e+03 ttt1 = 0.00 ttt2 = 0.00
+tref = 25.0 tm1 = 0.00 tm2 = 0.00
+tpb = 0.00 tphp = 0.00 xti = 5.7951
+cj = 6.558666e-04 mj = 0.4202481 pb = 0.8802212
+cjsw = 5.210677e-10 mjsw = 0.1844319 php = 0.4057967
+area = 4e-8
*
*
*
**************************************************************************
* p+_nwell diode, 80*500um^2
.model dp d
+level = 1 js = 4.30e-07 jsw = 0.00
+n = 0.9988 rs = 8.60e-07 ik = 3.20e+04
+ikr = 0.00 vb = 0.00 ibv = 1.00e-03
+trs = 2.30e-03 cta = 0.00 ctp = 0.00
+eg = 1.04 tcv = 0.00 gap1 = 4.73e-04
+gap2 = 1.11e+03 ttt1 = 0.00 ttt2 = 0.00
+tref = 25.0 tm1 = 0.00 tm2 = 0.00
+tpb = 0.00 tphp = 0.00 xti = 5.7951
+cj = 4.868659e-04 mj = 0.7962651 pb = 1.041776
+cjsw = 3.99367e-10 mjsw = 0.2076833 php = 0.5648831
+area = 4e-8
*
*
*
**************************************************************************


.param
* 5v nmos
+ dtox_n_50 = 0 dvth0_n_50 = 0 dxl_n_50 = 0
+ dxw_n_50 = 0 dcj_n_50 = 0 dcjsw_n_50 = 0
+ dcgdo_n_50 = 0 dcgso_n_50 = 0 dcjgate_n_50 = 0
*
* 5v pmos
+ dtox_p_50 = 0 dvth0_p_50 = 0 dxl_p_50 = 0
+ dxw_p_50 = 0 dcj_p_50 = 0 dcjsw_p_50 = 0
+ dcgdo_p_50 = 0 dcgso_p_50 = 0 dcjgate_p_50 = 0
*
* 12v ldnmos
+ dtox_ldn_12v = 0 dvth0_ldn_12v = 0 dxl_ldn_12v = 0
+ dxw_ldn_12v = 0
*
* 12v hvpmos
+ dtox_hvp_12v = 0 dvth0_hvp_12v = 0 dxl_hvp_12v = 0
+ dxw_hvp_12v = 0
*
* 30v ldnmos
+ dtox_ldn_30v = 0 dvth0_ldn_30v = 0 dxl_ldn_30v = 0
+ dxw_ldn_30v = 0
*
* 30v hvpmos
+ dtox_hvp_30v = 0 dvth0_hvp_30v = 0 dxl_hvp_30v = 0
+ dxw_hvp_30v = 0
.endl case0
********analysis statement**********
.op
$.dc temp -25 85 0.1
$.dc sweep temp poi 3 -20 25 85
.dc vin_f 2v 3v 0.001v $sweep temp poi 1 85
.dc vin_f 3v 2v 0.001v $sweep temp poi 1 85
$.tran 10n 100us sweep temp poi 3 -20 25 85
*********output statement***********
.options node post list
.inc uvp.cir
* project uvp
* innoveda wirelist created with version 6.3.5
* inifile :
* options : -h -d -n -m -i -z -c20 -lqiushidaren
* levels :
*

* definition for project inv
.subckt inv vin vss x y wn=wn1 ln=ln1 wp=wp1 lp=lp1 mp=mp1 mn=mn1
m2 y x vss vss n1 l=ln w=wn m=mn
m1 y x vin vin p1 l=lp w=wp m=mp
* cross-reference 1
* gnd = 0
.ends

q4_8_12_13_14_15_16 p04 p06 p06 npnv1 7
mnp4 p02 n1n103 gnd_d gnd_d n1 l=2u w=2u m=1 ad='h*2u*1' as='h*2u*1'
+ pd='2*(2u+h)*1' ps='2*(2u+h)*1' nrd='(b1+0.5*c)/(2u*1)'
+ nrs='(b1+0.5*c)/(2u*1)' geo=0
qvpnp17 p09 p09 in_f pnpv 1
c_p1 in_f p09 polycap 1.2p
xinv_p2 in_f gnd_d p02 p03 inv wn=2u ln=1u wp=4u lp=1u mp=1 mn=1
xinv_p1 in_f gnd_d p03 nuvpen inv wn=2u ln=1u wp=4u lp=1u mp=1 mn=1
xinv_p3 in_f gnd_d ibready n1n103 inv wn=2u ln=1u wp=4u lp=1u mp=1 mn=1
mnp5 n1n207 n1n103 gnd_d gnd_d n1 l=2u w=2u m=1 ad='h*2u*1' as='h*2u*1'
+ pd='2*(2u+h)*1' ps='2*(2u+h)*1' nrd='(b1+0.5*c)/(2u*1)'
+ nrs='(b1+0.5*c)/(2u*1)' geo=0
mnp6 n1n207 n1n207 gnd_d gnd_d n1 l=12u w=8u m=1 ad='h*8u*1' as='h*8u*1'
+ pd='2*(8u+h)*1' ps='2*(8u+h)*1' nrd='(b1+0.5*c)/(8u*1)'
+ nrs='(b1+0.5*c)/(8u*1)' geo=0
mnp7 p02 n1n207 gnd_d gnd_d n1 l=12u w=8u m=1 ad='h*8u*1' as='h*8u*1'
+ pd='2*(8u+h)*1' ps='2*(8u+h)*1' nrd='(b1+0.5*c)/(8u*1)'
+ nrs='(b1+0.5*c)/(8u*1)' geo=0
mnp11 gnd_d p02 gnd_d gnd_d n1 l=8u w=32u m=1 ad='h*32u*1' as='h*32u*1'
+ pd='2*(32u+h)*1' ps='2*(32u+h)*1' nrd='(b1+0.5*c)/(32u*1)'
+ nrs='(b1+0.5*c)/(32u*1)' geo=0
mnp9 p07 ibready gnd_d gnd_d n1 l=1u w=8u m=1 ad='h*8u*1' as='h*8u*1'
+ pd='2*(8u+h)*1' ps='2*(8u+h)*1' nrd='(b1+0.5*c)/(8u*1)'
+ nrs='(b1+0.5*c)/(8u*1)' geo=0
mnp10 n1n176 ibready gnd_d gnd_d n1 l=1u w=8u m=1 ad='h*8u*1' as='h*8u*1'
+ pd='2*(8u+h)*1' ps='2*(8u+h)*1' nrd='(b1+0.5*c)/(8u*1)'
+ nrs='(b1+0.5*c)/(8u*1)' geo=0
mpp5 p01 p03 in_f in_f p1 l=2u w=2u m=1 ad='h*2u*1' as='h*2u*1'
+ pd='2*(2u+h)*1' ps='2*(2u+h)*1' nrd='(b1+0.5*c)/(2u*1)'
+ nrs='(b1+0.5*c)/(2u*1)' geo=0
mpp4 p04 ibready in_f in_f p1 l=1.5u w=4u m=1 ad='h*4u*1' as='h*4u*1'
+ pd='2*(4u+h)*1' ps='2*(4u+h)*1' nrd='(b1+0.5*c)/(4u*1)'
+ nrs='(b1+0.5*c)/(4u*1)' geo=0
qvpnp18 p04 p09 in_f pnpv 1
qvpnp19 p02 p04 in_f pnpv 1
q1_2_3_5_7_9_10_11 p09 p06 p10 npnv1 8
q6 p04 p06 n1n45 npnv1 1
rfilm_p7 p06 n1n358 rpolyh 385k
rfilm_p9 n1n370 n1n372 rpolyh 225k
rfilm_p6 n1n368 n1n370 rpolyh 200k
rfilm_p12 p01 n1n368 rpolyh 60k
mpp20 n1n207 n1n103 ib_uvp in_f p1 l=1u w=2u m=1 ad='h*2u*1' as='h*2u*1'
+ pd='2*(2u+h)*1' ps='2*(2u+h)*1' nrd='(b1+0.5*c)/(2u*1)'
+ nrs='(b1+0.5*c)/(2u*1)' geo=0
r1i389 n1n45 n1n176 rpolyh 1025k
rfilm_p18 p10 n1n45 rpolyh 185k
rfilm_p11 n1n358 p07 rpolyh 385k
rfilm_p8 n1n372 p06 rpolyh 225k
rfilm_p15 in_f p01 rpolyh 38k

* dictionary 2
* ~uvpen = nuvpen
* gnd = 0
.end
scientific notation:
a=10**-18 f=10**-15 p=10**-12 n=10**-9 u=10**-6
m=10**-3 k=10**3 x=10**6 g=10**9

**error**: model name n1 in the element 0:mnp4
is not defined.


***** job aborted
1 ****** HSPICE -- U-2003.03-SP1 (20030430) 11:03:03 05/09/2006 pcnt
******
*project max1573 block:uvp
****** job statistics summary tnom= 25.000 temp= 25.000
******

total memory used 310 kbytes

# nodes = 0 # elements= 30
# diodes= 0 # bjts = 6 # jfets = 0 # mosfets = 10

analysis time # points tot. iter conv.iter

op point 0.00 1 0
readin 0.19
errchk 0.00
setup 0.00
output 0.00
total cpu time 0.21 seconds
job started at 11:03:03 05/09/2006
job ended at 11:03:05 05/09/2006


lic: Release hspicewin token(s)
[/code]

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