hspice仿真这个什么错误？
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**error** (e:\vlsi zuoye\zuoye3.sp:10) could not find library file named e:\vlsi ***** job aborted
lib是存在的啊！初学者望大家多多指教~谢谢！
附网表文件：
zuoye3
.inc 'E:\VLSI zuoye\mos18.mod'
.option list node nomod
.global vdd
.param cbit=0.5p cdl=0.2p vddd=1.8 lm=0.18u
.tran 0.01n 50n
.meas tran td trig v(se) val=0.6 rise=2 targ v(dout) val=0.6 fall=1
.lib E:\VLSI zuoye\ms018_model\ms018_v1p8.lib tt
vdd vdd 0 vddd
vwt wt 0 pulse(0 vddd 0 0 0 10n 20n)
vwtbar wtbar 0 pulse(vddd 0 0 0 0 10n 20n)
vdin din 0 pulse(0 vddd 0 0 0 20n 40n)
vpre pre 0 pulse(0 vddd 2.5n 0 0 7.5n 10n)
vrow row 0 pulse(0 vddd 2.5n 0 0 5n 10n)
vcol col 0 pulse(0 vddd 2.5n 0 0 5n 10n)
vcolbar colbar 0 pulse(vddd 0 2.5n 0 0 5n 10n)
vse se 0 pulse(0 vddd 13.5n 0 0 4n 20n)
.subckt inverter in out
mp out in vdd vdd pmos w='12*lm' l=lm
mn out in 0 0 nmos w='4*lm' l=lm
.ends inverter
.subckt trans ctrl ctrlbar in out
mp out ctrlbar in vdd pmos w='12*lm' l=lm
mn out ctrl in 0 nmos w='4*lm' l=lm
.ends trans
.subckt tri ctrl ctrlbar in out
Xinverter in dummy inverter
Xtrans ctrl ctrlbar dummy out trans
.ends tri
.subckt cell wline bit bitbar
mp1 data1 data2 vdd vdd pmos w='1.6*lm' l=lm
mp2 data2 data1 vdd vdd pmos w='1.6*lm' l=lm
mn1 data1 data2 0 0 nmos w='1.6*lm' l=lm
mn2 data2 data1 0 0 nmos w='1.6*lm' l=lm
mgate1 bitbar wline data1 0 nmos w='2*lm' l=lm
mgate2 bit wline data2 0 nmos w='2*lm' l=lm
.ends cell
.subckt sa se dl dlbar dout doutbar
mpre1 dout se vdd vdd pmos w='4*lm' l=lm
mpre2 doutbar se vdd vdd pmos w='4*lm' l=lm
mp1 dout doutbar vdd vdd pmos w='12*lm' l=lm
mp2 doutbar dout vdd vdd pmos w='12*lm' l=lm
mn1 dout doutbar dummy1 0 nmos w='8*lm' l=lm
mn2 doutbar dout dummy2 0 nmos w='8*lm' l=lm
min1 dummy1 dl dummy3 0 nmos w='8*lm' l=lm
min2 dummy2 dlbar dummy3 0 nmos w='8*lm' l=lm
mtail dummy3 se 0 0 nmos w='12*lm' l=lm
.ends sa
mpre1 bitbar pre vdd vdd pmos w='4*lm' l=lm
mpre2 bit pre vdd vdd pmos w='4*lm' l=lm
Xcell row bit bitbar cell
Cbit1 bitbar 0 cbit
Cbit2 bit 0 cbit
Xtrans1 col colbar bitbar dl trans
Xtrans2 col colbar bit dlbar trans
mpre3 dl pre vdd vdd pmos w='4*lm' l=lm
mpre4 dlbar pre vdd vdd pmos w='4*lm' l=lm
Cdl1 dl 0 cdl
Cdl2 dlbar 0 cdl
Xtri1 wt wtbar din dl tri
Xtri2 wt wtbar d_dummy dlbar tri
Xinverter din d_dummy inverter
Xsa se dl dlbar dout doutbar sa
.end
lib是存在的啊！初学者望大家多多指教~谢谢！
附网表文件：
zuoye3
.inc 'E:\VLSI zuoye\mos18.mod'
.option list node nomod
.global vdd
.param cbit=0.5p cdl=0.2p vddd=1.8 lm=0.18u
.tran 0.01n 50n
.meas tran td trig v(se) val=0.6 rise=2 targ v(dout) val=0.6 fall=1
.lib E:\VLSI zuoye\ms018_model\ms018_v1p8.lib tt
vdd vdd 0 vddd
vwt wt 0 pulse(0 vddd 0 0 0 10n 20n)
vwtbar wtbar 0 pulse(vddd 0 0 0 0 10n 20n)
vdin din 0 pulse(0 vddd 0 0 0 20n 40n)
vpre pre 0 pulse(0 vddd 2.5n 0 0 7.5n 10n)
vrow row 0 pulse(0 vddd 2.5n 0 0 5n 10n)
vcol col 0 pulse(0 vddd 2.5n 0 0 5n 10n)
vcolbar colbar 0 pulse(vddd 0 2.5n 0 0 5n 10n)
vse se 0 pulse(0 vddd 13.5n 0 0 4n 20n)
.subckt inverter in out
mp out in vdd vdd pmos w='12*lm' l=lm
mn out in 0 0 nmos w='4*lm' l=lm
.ends inverter
.subckt trans ctrl ctrlbar in out
mp out ctrlbar in vdd pmos w='12*lm' l=lm
mn out ctrl in 0 nmos w='4*lm' l=lm
.ends trans
.subckt tri ctrl ctrlbar in out
Xinverter in dummy inverter
Xtrans ctrl ctrlbar dummy out trans
.ends tri
.subckt cell wline bit bitbar
mp1 data1 data2 vdd vdd pmos w='1.6*lm' l=lm
mp2 data2 data1 vdd vdd pmos w='1.6*lm' l=lm
mn1 data1 data2 0 0 nmos w='1.6*lm' l=lm
mn2 data2 data1 0 0 nmos w='1.6*lm' l=lm
mgate1 bitbar wline data1 0 nmos w='2*lm' l=lm
mgate2 bit wline data2 0 nmos w='2*lm' l=lm
.ends cell
.subckt sa se dl dlbar dout doutbar
mpre1 dout se vdd vdd pmos w='4*lm' l=lm
mpre2 doutbar se vdd vdd pmos w='4*lm' l=lm
mp1 dout doutbar vdd vdd pmos w='12*lm' l=lm
mp2 doutbar dout vdd vdd pmos w='12*lm' l=lm
mn1 dout doutbar dummy1 0 nmos w='8*lm' l=lm
mn2 doutbar dout dummy2 0 nmos w='8*lm' l=lm
min1 dummy1 dl dummy3 0 nmos w='8*lm' l=lm
min2 dummy2 dlbar dummy3 0 nmos w='8*lm' l=lm
mtail dummy3 se 0 0 nmos w='12*lm' l=lm
.ends sa
mpre1 bitbar pre vdd vdd pmos w='4*lm' l=lm
mpre2 bit pre vdd vdd pmos w='4*lm' l=lm
Xcell row bit bitbar cell
Cbit1 bitbar 0 cbit
Cbit2 bit 0 cbit
Xtrans1 col colbar bitbar dl trans
Xtrans2 col colbar bit dlbar trans
mpre3 dl pre vdd vdd pmos w='4*lm' l=lm
mpre4 dlbar pre vdd vdd pmos w='4*lm' l=lm
Cdl1 dl 0 cdl
Cdl2 dlbar 0 cdl
Xtri1 wt wtbar din dl tri
Xtri2 wt wtbar d_dummy dlbar tri
Xinverter din d_dummy inverter
Xsa se dl dlbar dout doutbar sa
.end
模型路径或者名字写错了
仔细检查吧
肯定是模型文件名字写错了
名字没问题啊，难道是网表写的有问题吗?
库文件找到了，但 现在又出个新问题： **error** model name pmos18 in the element 0:mpre1
is not defined.
***** job aborted
怎么解决啊?谢谢~
附.lis
****** HSPICE -- B-2008.09 32-BIT (Aug 26 2008) winnt ******
Copyright (C) 2008 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 from Synopsys.
Use of this program is your acceptance to be bound by the
license agreement. HSPICE is the trademark of Synopsys, Inc.
Input File: e:\vlsi zuoye\zuoye3.sp
Init: read install configuration file: C:\synopsys\Hspice_B-2008.09\meta.cfg
Init: hspice initialization file: C:\synopsys\Hspice_B-2008.09\hspice.ini
.inc 'e:\vlsi zuoye\mos18.mod'
.model mod1 nmos vto=1.0 kp=4.5e-5 lambda=0 gamma=0.4
+tox=1.0e-7 nsub=4.0e+15 ld=0.06u cj=2.0e-4 mj=0.5
+cjsw=2.0e-10 mjsw=0.4 cgso=1e-10 cgdo=1e-10 cgbo=2e-9
.model mod2 pmos vto=-1.2 kp=2.5e-5 lambda=0 gamma=0.4
+tox=1.0e-7 nsub=4.0e+15 ld=0.06u cj=2.0e-4 mj=0.5
+cjsw=2.0e-10 mjsw=0.4 cgso=1e-10 cgdo=1e-10 cgbo=2e-9
.option list node nomod
.global vdd
.param cbit=0.5p cdl=0.2p vddd=1.8 lm=0.18u
.tran 0.01n 50n
.meas tran td trig v(se) val=0.6 rise=2 targ v(dout) val=0.6 fall=1
.lib 'e:\vlsi zuoye\ms018_model\ms018_v1p8.lib'tt
.param
*1.8v core nmos
+dtox_n18 = 0 dxl_n18 = 0 dxw_n18 = 0
+dvth_n18 = 0 dcj_n18 = 0 dcjsw_n18 = 0
+dcjswg_n18 = 0 dcgdo_n18 = 0 dcgso_n18 = 0
+dpvth0_n18 = 0
*1.8v core pmos
+dtox_p18 = 0 dxl_p18 = 0 dxw_p18 = 0
+dvth_p18 = 0 dcj_p18 = 0 dcjsw_p18 = 0
+dcjswg_p18 = 0 dcgdo_p18 = 0 dcgso_p18 = 0
+dpvth0_p18 = 0
*3.3v io nmos
+dtox_n33 = 0 dxl_n33 = 0 dxw_n33 = 0
+dvth_n33 = 0 dcj_n33 = 0 dcjsw_n33 = 0
+dcjswg_n33 = 0 dcgdo_n33 = 0 dcgso_n33 = 0
+dpvth0_n33 = 0
*3.3v io pmos
+dtox_p33 = 0 dxl_p33 = 0 dxw_p33 = 0
+dvth_p33 = 0 dcj_p33 = 0 dcjsw_p33 = 0
+dcjswg_p33 = 0 dcgdo_p33 = 0 dcgso_p33 = 0
+dpvth0_p33 = 0
*1.8v core native nmos
+dtox_nnt18 = 0 dxl_nnt18 = 0 dxw_nnt18 = 0
+dvth_nnt18 = 0 dcj_nnt18 = 0 dcjsw_nnt18 = 0
+dcjswg_nnt18 = 0 dcgdo_nnt18 = 0 dcgso_nnt18 = 0
+dpvth0_nnt18 = 0
*3.3v io native nmos
+dtox_nnt33 = 0 dxl_nnt33 = 0 dxw_nnt33 = 0
+dvth_nnt33 = 0 dcj_nnt33 = 0 dcjsw_nnt33 = 0
+dcjswg_nnt33 = 0 dcgdo_nnt33 = 0 dcgso_nnt33 = 0
+dpvth0_nnt33 = 0
*1.8v core medium nmos
+dtox_nmvt18 = 0 dxl_nmvt18 = 0 dxw_nmvt18 = 0
+dvth_nmvt18 = 0 dcj_nmvt18 = 0 dcjsw_nmvt18 = 0
+dcjswg_nmvt18 = 0 dcgdo_nmvt18 = 0 dcgso_nmvt18 = 0
+dpvth0_nmvt18 = 0
*1.8v core medium pmos
+dtox_pmvt18 = 0 dxl_pmvt18 = 0 dxw_pmvt18 = 0
+dvth_pmvt18 = 0 dcj_pmvt18 = 0 dcjsw_pmvt18 = 0
+dcjswg_pmvt18 = 0 dcgdo_pmvt18 = 0 dcgso_pmvt18 = 0
+dpvth0_pmvt18 = 0
*3.3v io medium nmos
+dtox_nmvt33 = 0 dxl_nmvt33 = 0 dxw_nmvt33 = 0
+dvth_nmvt33 = 0 dcj_nmvt33 = 0 dcjsw_nmvt33 = 0
+dcjswg_nmvt33 = 0 dcgdo_nmvt33 = 0 dcgso_nmvt33 = 0
+dpvth0_nmvt33 = 0
.inc 'ms018_v1p8.mdl'
*
*
******************************************************************************************
* 0.18um mixed signal 1p6m 1.8v/3.3v spice model (for hspice only) *
******************************************************************************************
*
* release version : 1.8
*
* release date : 01/25/2008
*
* simulation tool : synopsys star-hspice version 2005.9
*
* model type :
* mosfet : hspice level 49(bsim3v3.24)
* junction diode : hspice level 3
*
* model name :
* mosfet :
* *--------------------------------------*
* | mosfet type | 1.8v | 3.3v |
* |======================================|
* | nmos | n18 | n33 |
* *--------------------------------------*
* | pmos | p18 | p33 |
* *--------------------------------------*
* | native nmos | nnt18 | nnt33 |
* *--------------------------------------*
* | medium nmos | nmvt18 | nmvt33 |
* *--------------------------------------*
* | medium pmos | pmvt18 | ---- |
* *--------------------------------------*
*
* junction diode :
* *-------------------------------------------*
* | junctio diode type | 1.8v | 3.3v |
* |===========================================|
* | n+/pwell | ndio18 | ndio33 |
* |-------------------------------------------|
* | p+/nwell | pdio18 | pdio33 |
* |-------------------------------------------|
* | nwell/psub | nwdio |
* |-------------------------------------------|
* | native n+/pwell | nndio18| nndio33|
* |-------------------------------------------|
* | buried pwell/deep nwell | diobpw |
* *-------------------------------------------*
*
* valid temperature range is from -40c to 125c
*
***********************************************************************************
* 1.8v core nmos model *
***********************************************************************************
.model n18 nmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 1.5e-7 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '3.87e-09+dtox_n18' toxm = 3.87e-09 xj = 1.6000000e-07
+nch = 3.8694000e+17 lln = 1.1205959 lwn = 0.9200000
+wln = 1.0599999 wwn = 0.8768474 lint = 1.5757085e-08
+ll = 2.6352781e-16 lw = -2.2625584e-16 lwl = -2.0576711e-22
+wint = -1.4450482e-09 wl = -2.3664573e-16 ww = -3.6409690e-14
+wwl = -4.0000000e-21 mobmod = 1 binunit = 2
+xl = '1.8e-8+dxl_n18' xw = '0.00+dxw_n18' dwg = -5.9600000e-09
+dwb = 4.5000000e-09
* diode parameters
+acm = 12 ldif = 7.00e-08 hdif = 2.00e-07
+rsh = 7.08 rd = 0 rs = 0
+rsc = 1.7 rdc = 1.7
*
* threshold voltage parameters
*
+vth0 = '0.39+dvth_n18' wvth0 = -2.9709472e-08 pvth0 = '5.0000000e-16+dpvth0_n18'
+k1 = 0.6801043 wk1 = -2.4896840e-08 pk1 = 1.3000000e-15
+k2 = -4.9977830e-02 k3 = 10.0000000 dvt0 = 1.3000000
+dvt1 = 0.5771635 dvt2 = -0.1717554 dvt0w = 0.00
+dvt1w = 0.00 dvt2w = 0.00 nlx = 7.5451030e-08
+w0 = 5.5820150e-07 k3b = -3.0000000
*
* mobility parameters
*
+vsat = 8.2500000e+04 pvsat = -8.3000000e-10 ua = -1.0300000e-09
+lua = 7.7349790e-19 pua = -1.0000000e-24 ub = 2.3666682e-18
+uc = 1.2000000e-10 puc = 1.5000000e-24 rdsw = 55.5497200
+prwb = -0.2400000 prwg = 0.4000000 wr = 1.0000000
+u0 = 3.4000000e-02 lu0 = 2.3057663e-11 wu0 = -3.1009695e-09
+a0 = 0.8300000 keta = -3.0000000e-03 lketa = -1.7000000e-09
+a1 = 0.00 a2 = 0.9900000 ags = 0.3200000
+b0 = 6.0000000e-08 b1 = 0.00
*
* subthreshold current parameters
*
+voff = -0.1030000 lvoff = -3.3000000e-09 nfactor = 1.2500000
+lnfactor = 4.5000000e-08 cit = 0.00 cdsc = 0.00
+cdscb = 0.00 cdscd = 1.0000000e-04 eta0 = 2.8000001e-02
+etab = -2.7000001e-02 dsub = 0.4000000
*
* rout parameters
*
+pclm = 1.2000000 ppclm = 2.9999999e-15 pdiblc1 = 2.5000000e-02
+pdiblc2 = 3.8000000e-03 ppdiblc2 = 2.7000001e-16 pdiblcb = 0.00
+drout = 0.5600000 pscbe1 = 3.4500000e+08 pscbe2 = 1.0000000e-06
+pvag = 0.00 delta = 1.0000000e-02 alpha0 = 1.7753978e-08
+alpha1 = 0.1764000 lalpha1 = 7.6250000e-09 beta0 = 11.1683940
*
* temperature effects parameters
*
+kt1 = -0.2572866 kt2 = -4.0000000e-02 at = 3.7000000e+04
+pat = -7.5000000e-10 ute = -1.5500000 ua1 = 1.7600000e-09
+lua1 = 6.0000000e-18 wua1 = -1.1000000e-16 pua1 = -5.0000000e-25
+ub1 = -2.4000000e-18 uc1 = -1.0000000e-10 luc1 = 1.6999999e-17
+puc1 = -3.0000000e-24 kt1l = -1.0000000e-09 prt = -55.0000000
*
* noise parameters
*
+noimod = 2 noia = 8.2282e+19 noib = 1.3327e+04
+noic = -2.4937e-14 em = 1.7767e+07 ef = 8.1800e-01
*
* capacitance parameters
*
+cj = '9.68e-04+dcj_n18' mj = 0.346 pb = 0.7
+cjsw = '7.95e-11+dcjsw_n18' mjsw = 0.538 pbsw = 1
+cjswg = '4.18e-10+dcjswg_n18' mjswg = 0.538 pbswg = 1
+tcj = 8.42e-04 tcjsw = 6.69e-04 tcjswg = 6.69e-04
+tpb = 1.47e-03 tpbsw = 8.68e-04 tpbswg = 8.68e-04
+js = 3.52e-07 jsw = 3.0e-13 nj = 1.0392
+xti = 3.25 nqsmod = 0 elm = 5
+cgdo = '3.70e-10+dcgdo_n18' cgso = '3.70e-10+dcgso_n18' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.64 moin = 24 noff = 1.2025
+dlc = 8.5e-09 dwc = 4.5e-08
*
***********************************************************************************
* 1.8v core pmos model *
***********************************************************************************
*
.model p18 pmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 1.5e-7 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '3.74e-09+dtox_p18' toxm = 3.74e-09 xj = 1.7000001e-07
+nch = 5.5000000e+17 lln = 1.0000000 lwn = 1.0000000
+wln = 1.0450000 wwn = 1.0000000 lint = 1.0000000e-08
+ll = 3.4000000e-15 lw = -3.3600000e-16 lwl = 0.00
+wint = 8.0000010e-09 wl = 3.5904200e-15 ww = -1.8999999e-15
+wwl = -1.1205000e-21 mobmod = 1 binunit = 2
+xl = '-5.7e-09+dxl_p18' xw = '0.00+dxw_p18' dwg = -1.7361970e-08
+dwb = 2.0000000e-08
* diode parameters
+acm = 12 ldif = 7.00e-08 hdif = 2.00e-07
+rsh = 7.83 rd = 0 rs = 0
+rsc = 1.5 rdc = 1.5
*
* threshold voltage parameters
*
+vth0 = '-0.402+dvth_p18' wvth0 = 1.2675420e-08 pvth0 = '-1.2500000e-15+dpvth0_p18'
+k1 = 0.5872390 lk1 = 3.5532110e-09 k2 = 7.0906860e-03
+k3 = 2.5999999 dvt0 = 0.7194931 dvt1 = 0.2467441
+dvt2 = 7.8089680e-02 dvt0w = 0.00 dvt1w = 8.0000000e+05
+dvt2w = 0.00 nlx = 9.0000000e-08 w0 = 0.00
+k3b = 2.4862001 ngate = 3.1680000e+20
*
* mobility parameters
*
+vsat = 1.0000000e+05 ua = 2.8500000e-10 lua = 5.5000000e-18
+pua = -2.0000000e-24 ub = 1.0000000e-18 uc = -4.7700000e-11
+wuc = 3.1668000e-17 puc = -2.5000000e-24 rdsw = 4.5500000e+02
+prwb = -0.4000000 prwg = 0.00 wr = 1.0000000
+u0 = 8.6610000e-03 lu0 = -2.0000000e-11 wu0 = 1.3815350e-10
+a0 = 1.0000000 keta = 2.0000000e-02 lketa = -8.5000000e-09
+pketa = 5.0000000e-16 a1 = 0.00 a2 = 0.9900000
+ags = 0.2000000 b0 = 6.3000000e-08 b1 = 0.00
*
* subthreshold current parameters
*
+voff = -9.5000000e-02 lvoff = -1.7000000e-09 wvoff = -1.9999999e-09
+pvoff = -1.0000000e-16 nfactor = 0.9000000 lnfactor = 1.0000000e-07
+pnfactor = -5.0000000e-15 cit = 0.00 cdsc = 0.00
+cdscb = 0.00 cdscd = 0.00 eta0 = 4.0000000e-02
+etab = -2.5000000e-02 dsub = 0.5600000
*
* rout parameters
*
+pclm = 0.7000000 pdiblc1 = 0.00 pdiblc2 = 7.0000000e-03
+pdiblcb = 0.00 drout = 0.5600000 pscbe1 = 4.0000000e+08
+pscbe2 = 1.0000000e-07 pvag = 0.00 delta = 1.0000000e-02
+alpha0 = 7.0000000e-08 alpha1 = 7.0491700 beta0 = 22.8424000
+lbeta0 = -7.5000000e-08
*
* temperature effects parameters
*
+kt1 = -0.2577007 kt2 = -3.0979900e-02 lkt2 = -3.0000000e-09
+pkt2 = -6.5331750e-16 at = 1.0000000e+04 pat = -1.0000000e-09
+ute = -1.2703574 ua1 = 5.3866300e-10 wua1 = 1.1000000e-16
+pua1 = -2.3700001e-24 ub1 = -2.0709999e-18 uc1 = 2.0609721e-11
+kt1l = -8.0000000e-09 prt = 90.0000000
*
* noise parameters
*
+noimod = 2 noia = 3.3617e+18 noib = 1.9536e+05
+noic = 5.2658e-12 em = 6.2548e+07 ef = 1.1307e+00
*
* capacitance parameters
*
+cj = '0.00107+dcj_p18' mj = 0.415 pb = 0.817
+cjsw = '9.89e-11+dcjsw_p18' mjsw = 0.489 pbsw = 1
+cjswg = '5.07e-10+dcjswg_p18' mjswg = 0.489 pbswg = 1
+tpb = 0.00153 tpbsw = 0.00117 tpbswg = 0.00117
+tcj = 0.000876 tcjsw = 0.000745 tcjswg = 0.000745
+js = 1.66e-07 jsw = 1.2e-13 nj = 1.0384
+xti = 4.5 nqsmod = 0 elm = 5
+cgdo = '4.20e-10+dcgdo_p18' cgso = '4.20e-10+dcgso_p18' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.8505076 moin = 14.95341 noff = 1.431824
+dlc = -1.5e-09
*
***********************************************************************************
* 3.3v io nmos model *
***********************************************************************************
*
.model n33 nmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 3.0e-7 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '6.65e-09+dtox_n33' toxm = 6.65e-09 xj = 1.6000000e-07
+nch = 4.3441000e+17 lln = 1.0625758 lwn = 1.0101005
+wln = 0.9810000 wwn = 0.9060000 lint = 6.3891300e-08
+ll = -2.3305548e-15 lw = -2.4634918e-15 lwl = 2.6243002e-24
+wint = 3.5850000e-08 wl = -1.8902563e-15 ww = -1.3000000e-14
+wwl = -1.3027796e-20 mobmod = 1 binunit = 2
+xl = '1e-8+dxl_n33' xw = '0.00+dxw_n33' dwg = -3.9100000e-09
+dwb = 3.2000000e-09
* diode parameters
+acm = 12 ldif = 6.50e-08 hdif = 2.05e-07
+rsh = 7.08 rd = 0 rs = 0
+rsc = 1.6 rdc = 1.6
*
* threshold voltage parameters
*
+vth0 = '0.695+dvth_n33' lvth0 = 4.0100000e-10 wvth0 = 1.0200000e-08
+pvth0 = '8.0000000e-16+dpvth0_n33' k1 = 0.8451000 lk1 = 5.8182560e-10
+wk1 = -6.2456240e-09 pk1 = 1.9938927e-15 k2 = 4.4575000e-02
+k3 = -3.8500000 dvt0 = 9.4991400 ldvt0 = 8.0839730e-09
+dvt1 = 0.6300000 ldvt1 = 5.5000000e-08 dvt2 = -0.1450000
+dvt0w = 0.00 dvt1w = 0.1057000 dvt2w = 0.00
+nlx = 2.0274594e-07 lnlx = -2.8608589e-14 w0 = 0.00
+k3b = 0.5669292 ngate = 2.6812141e+21
*
* mobility parameters
*
+vsat = 8.5000000e+04 lvsat = -1.7300000e-03 pvsat = 1.2000000e-10
+ua = -8.6001130e-10 ub = 2.3000001e-18 uc = 1.3100000e-10
+puc = 5.0000000e-25 rdsw = 2.4208382e+02 prwb = -8.5000000e-02
+prwg = 3.8000000e-02 wr = 1.0000000 u0 = 3.5000000e-02
+lu0 = 5.0000000e-10 a0 = 1.0200000 la0 = -1.2000000e-07
+keta = 0.00 lketa = -1.4000000e-08 wketa = -1.9999999e-09
+pketa = 1.0000000e-15 a1 = 0.00 a2 = 0.9900000
+ags = 0.1700000 b0 = 1.0000000e-08 b1 = 0.00
*
* subthreshold current parameters
*
+voff = -0.1200000 nfactor = 1.1000000 lnfactor = 4.0000000e-08
+pnfactor = -1.4000000e-14 cit = 1.0000000e-04 cdsc = 5.0000000e-04
+cdscb = 0.00 cdscd = 0.00 eta0 = 4.0000000e-02
+peta0 = 3.0000001e-16 etab = -0.1000000 dsub = 0.6000000
*
* rout parameters
*
+pclm = 0.8000000 lpclm = 5.0000000e-08 ppclm = 8.0000000e-15
+pdiblc1 = 9.0000000e-02 pdiblc2 = 1.6000000e-03 ppdiblc2 = -7.0000000e-17
+pdiblcb = 0.00 drout = 0.5987002 pscbe1 = 3.4000000e+08
+lpscbe1 = 13.0000000 pscbe2 = 3.8000000e-06 pvag = 0.00
+delta = 1.0000000e-02 alpha0 = -4.4760000e-08 alpha1 = 0.8998877
+beta0 = 18.8771250 lbeta0 = -5.7118000e-07
*
* temperature effects parameters
*
+kt1 = -0.3250000 pkt1 = -2.3708420e-15 kt2 = -3.6844640e-02
+at = 2.2000000e+04 ute = -1.4100000 ua1 = 2.0599999e-09
+wua1 = -1.2600000e-16 pua1 = -1.0000000e-24 ub1 = -2.5000000e-18
+wub1 = 1.1000000e-25 uc1 = -1.1000000e-10 luc1 = 1.6999999e-17
+kt1l = -5.0000000e-09 prt = 40.0000000
*
* noise parameters
*
+noimod = 2 noia = 1.5500e+20 noib = 7.1866e+04
+noic = 1.4952e-13 em = 3.2163e+07 ef = 9.9600e-01
*
* capacitance parameters
*
+cj = '0.000845+dcj_n33' mj = 0.321 pb = 0.708
+cjsw = '9.15e-11+dcjsw_n33' mjsw = 0.447 pbsw = 1
+cjswg = '3.41e-10+dcjswg_n33' mjswg = 0.447 pbswg = 1
+tpb = 0.00166 tpbsw = 0.00162 tpbswg = 0.00162
+tcj = 0.000897 tcjsw = 0.000695 tcjswg = 0.000695
+js = 3.65e-07 jsw = 3.0e-13 nj = 1.04
+xti = 3.9 nqsmod = 0 elm = 5
+cgdo = '3.86e-10+dcgdo_n33' cgso = '3.86e-10+dcgso_n33' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.45 moin = 24 noff = 2.3177
+dlc = 6.50e-08
*
***********************************************************************************
* 3.3v io pmos model *
***********************************************************************************
*
.model p33 pmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 2.6e-7 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '6.62e-09+dtox_p33' toxm = 6.62e-09 xj = 1.7000001e-07
+nch = 5.4852000e+17 lln = 1.0471729 lwn = 0.9530895
+wln = 1.0257638 wwn = 0.9617700 lint = 3.5000000e-08
+ll = 5.5000000e-15 lw = -4.7160380e-14 lwl = 7.0054450e-22
+wint = 1.3000000e-08 wl = -3.1491245e-14 ww = 2.3000000e-15
+wwl = -2.4167156e-22 mobmod = 1 binunit = 2
+xl = '-1.70e-08+dxl_p33' xw = '0.00+dxw_p33' dwg = 0.00
+dwb = 8.6000000e-09
* diode parameters
+acm = 12 ldif = 6.50e-08 hdif = 2.05e-07
+rsh = 9.8 rd = 0 rs = 0
+rsc = 1 rdc = 1
*
* threshold voltage parameters
*
+vth0 = '-0.672+dvth_p33' wvth0 = 4.0000000e-09 pvth0 = '6.0000000e-15+dpvth0_p33'
+k1 = 0.9145741 pk1 = -1.7000000e-14 k2 = 4.1276220e-02
+k3 = 0.1293833 dvt0 = 1.8000000 dvt1 = 0.7100000
+dvt2 = -7.0000000e-02 dvt0w = 0.00 dvt1w = 0.00
+dvt2w = 0.00 nlx = 1.2000000e-08 w0 = 1.0021131e-09
+k3b = 0.4000000 ngate = 1.1600000e+20
*
* mobility parameters
*
+vsat = 8.5500000e+04 pvsat = -5.8000000e-09 ua = 3.1500000e-10
+lua = 1.5000001e-17 wua = -1.6763224e-16 pua = -1.1000000e-23
+ub = 1.0444180e-18 lub = -7.0000000e-27 uc = -3.5000000e-11
+luc = 4.0000000e-18 puc = 5.0000000e-24 rdsw = 9.5000000e+02
+prwb = 0.00 prwg = 6.3755660e-03 wr = 1.0000000
+u0 = 9.2500000e-03 lu0 = -4.1500680e-10 wu0 = -1.7001526e-12
+pu0 = -3.7999640e-16 a0 = 0.8500000 keta = 1.5000000e-02
+lketa = -1.0000000e-08 wketa = 1.0000000e-09 pketa = -6.0000000e-15
+a1 = 0.00 a2 = 0.9900000 ags = 4.0000000e-02
+b0 = 4.6000000e-08 b1 = 0.00
*
* subthreshold current parameters
*
+voff = -0.1000000 lvoff = 1.8000000e-09 pvoff = -2.9999999e-15
+nfactor = 1.1000000 pnfactor = -4.0000000e-14 cit = 1.9999999e-04
+cdsc = 4.5263850e-05 cdscb = 0.00 cdscd = 0.00
+eta0 = 5.0000000e-03 peta0 = 7.0000000e-15 etab = -1.5000000e-02
+petab = -2.0000000e-15 dsub = 0.5800000
*
* rout parameters
*
+pclm = 0.6000000 ppclm = 1.3000000e-13 pdiblc1 = 6.0000000e-03
+pdiblc2 = 2.5000001e-04 wpdiblc2 = 8.0000000e-11 pdiblcb = 0.00
+drout = 0.5600000 pscbe1 = 3.3000000e+08 ppscbe1 = -7.0000000e-06
+pscbe2 = 2.0000000e-07 pvag = 0.00 delta = 8.0000000e-03
+pdelta = 4.0000000e-16 alpha0 = 1.3410400e-06 alpha1 = 5.6136910e-02
+beta0 = 27.5998000
*
* temperature effects parameters
*
+kt1 = -0.3840900 wkt1 = -9.4333370e-10 pkt1 = 4.9999980e-15
+kt2 = -4.1563480e-02 at = -2.0000000e+03 pat = -7.5000000e-09
+ute = -1.3236057 ua1 = 3.0000002e-10 wua1 = 8.0000000e-18
+pua1 = 1.0000000e-23 ub1 = -2.0704662e-18 wub1 = 1.4000000e-25
+uc1 = -5.0000000e-11 kt1l = -6.0000000e-09 prt = 1.3000000e+02
*
* noise parameters
*
+noimod = 2 noia = 3.5911e+19 noib = 3.0215e+03
+noic = 6.7064e-12 em = 4.2400e+07 ef = 1.0829e+00
*
* capacitance parameters
*
+cj = '0.00101+dcj_p33' mj = 0.401 pb = 0.807
+cjsw = '8.96e-11+dcjsw_p33' mjsw = 0.45 pbsw = 1
+cjswg = '3.19e-10+dcjswg_p33' mjswg = 0.45 pbswg = 1
+tpb = 0.00157 tpbsw = 0.00137 tpbswg = 0.00137
+tcj = 0.000883 tcjsw = 0.000709 tcjswg = 0.000709
+js = 1.68e-07 jsw = 4.0e-13 nj = 1.07
+xti = 3.0 nqsmod = 0 elm = 5
+cgdo = '3.23e-10+dcgdo_p33' cgso = '3.23e-10+dcgso_p33' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.55 moin = 15 noff = 0.565
+dlc = 7.0e-09 dwc = 6.0e-8
*
************************************************************************************
* 1.8v native nmos model *
************************************************************************************
*
.model nnt18 nmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 4.5e-7 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '3.87e-09+dtox_nnt18' toxm = 3.87e-09 xj = 1.6000000e-07
+nch = 4.4440000e+16 lln = 1.0000000 lwn = 1.0000000
+wln = 1.0000000 wwn = 1.0000000 lint = 3.2000000e-08
+ll = 0.00 lw = 0.00 lwl = 0.00
+wint = 0.00 wl = 0.00 ww = 0.00
+wwl = 0.00 mobmod = 1 binunit = 2
+xl = '2.5e-8+dxl_nnt18' xw = '0.00+dxw_nnt18' dwg = 0.00
+dwb = 0.00
* diode parameters
+acm = 12 ldif = 7.00e-08 hdif = 2.0e-07
+rsh = 7.08 rd = 0 rs = 0
+rsc = 1 rdc = 1
*
* threshold voltage parameters
*
+vth0 = '-0.015+dvth_nnt18' lvth0 = 2.8000000e-08 k1 = 9.6053920e-02
+k2 = -2.5212668e-02 k3 = -0.5717283 dvt0 = 1.0000000e-02
+dvt1 = 0.00 dvt2 = -1.0000000e-02 dvt0w = -9.0000010e-02
+dvt1w = 1.3570372e+05 dvt2w = 0.00 nlx = 4.3929600e-07
+w0 = 0.00 k3b = -0.8582231 pvth0 = '0+dpvth0_nnt18'
*
* mobility parameters
*
+vsat = 1.3500000e+05 lvsat = -1.8200000e-02 wvsat = 1.0000000e-04
+pvsat = 3.6000000e-09 ua = 9.6000000e-10 lua = -5.0000000e-17
+pua = -3.0000002e-23 ub = 2.1696805e-18 uc = -2.2999993e-11
+wuc = -3.5000000e-17 puc = 2.0000000e-23 rdsw = 1.2000000e+02
+prwb = 0.00 prwg = 0.00 wr = 1.0000000
+u0 = 6.1000000e-02 wu0 = 2.2000000e-09 pu0 = -1.0000000e-16
+a0 = 1.5500000 keta = -2.9847301e-03 a1 = 0.00
+a2 = 0.9800000 ags = 1.5000000 b0 = 0.00
+b1 = 0.00
*
* subthreshold current parameters
*
+voff = -0.1100000 nfactor = 1.0000000 cit = 1.9915700e-04
+cdsc = 0.00 cdscb = 0.00 cdscd = 0.00
+eta0 = 8.0000000e-02 leta0 = 4.0000000e-08 peta0 = 5.0000000e-14
+etab = -1.0000000e-02 petab = 8.0000000e-15 dsub = 0.5600000
*
* rout parameters
*
+pclm = 1.6000000 pdiblc1 = 1.0000000e-02 pdiblc2 = 0.1200000
+pdiblcb = 5.7750700e-02 drout = 0.5600000 pscbe1 = 6.4335600e+08
+pscbe2 = 1.0000000e-20 pvag = 0.00 delta = 1.0000000e-02
+alpha0 = 9.3800000e-09 alpha1 = 1.0385719e-02 beta0 = 5.8915170
*
* temperature effects parameters
*
+kt1 = -0.2961084 kt2 = 1.0000000e-03 at = 2.0456400e+04
+ute = -1.6500000 wute = -1.1000000e-09 ua1 = 3.8350100e-09
+wua1 = -2.0736400e-16 pua1 = 6.0000000e-23 ub1 = -7.4901900e-18
+wub1 = -1.7708197e-26 uc1 = -6.6000000e-11 kt1l = -7.4000000e-15
+prt = 0.00
*
* noise parameters
*
+noimod = 2 noia = 4.4361e+20 noib = 1.0074e+04
+noic = 2.9928e-13 em = 1.039e+06 ef = 9.075e-01
*
* capacitance parameters
*
+cj = '1.45e-04+dcj_nnt18' mj = 0.334 pb = 0.538
+cjsw = '1.63e-10+dcjsw_nnt18' mjsw = 0.0689 pbsw = 0.563
+cjswg = '6.60e-11+dcjswg_nnt18' mjswg = 0.0689 pbswg = 0.563
+tcj = 0.00246 tcjsw = 0.00122 tcjswg = 0.00122
+tpb = 0.00277 tpbsw = 0.00204 tpbswg = 0.00204
+js = 5.2e-06 jsw = 1.0e-13 nj = 1.0651
+xti = 3 nqsmod = 0 elm = 5
+cgdo = '2.66e-10+dcgdo_nnt18' cgso = '2.66e-10+dcgso_nnt18' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.64 moin = 24 noff = 2.50
*
************************************************************************************
* 3.3v native nmos model *
************************************************************************************
*
.model nnt33 nmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 1.0e-6 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '6.65e-09+dtox_nnt33' toxm = 6.65e-09 xj = 1.6000000e-07
+nch = 5.5313000e+15 lln = 1.0000000 lwn = 1.0000000
+wln = 1.0000000 wwn = 1.0000000 lint = 6.4999990e-08
+ll = 0.00 lw = 0.00 lwl = 0.00
+wint = 0.00 wl = 0.00 ww = 0.00
+wwl = 0.00 mobmod = 1 binunit = 2
+xl = '-1.5e-8+dxl_nnt33' xw = '0.00+dxw_nnt33' dwg = 0.00
+dwb = 0.00
* diode parameters
+acm = 12 ldif = 6.50e-08 hdif = 2.05e-07
+rsh = 7.08 rd = 0 rs = 0
+rsc = 1 rdc = 1
*
* threshold voltage parameters
*
+vth0 = '-9.1e-02+dvth_nnt33' lvth0 = -7.0000000e-08 pvth0 = '1.0000000e-14+dpvth0_nnt33'
+k1 = 9.0587460e-02 k2 = -9.5673000e-03 k3 = -8.8000000
+dvt0 = 0.00 dvt1 = 0.00 dvt2 = 0.00
+dvt0w = 0.00 dvt1w = 0.00 dvt2w = 0.00
+nlx = 0.00 w0 = 0.00 k3b = -2.4000001
* mobility parameters
*
+vsat = 1.1500000e+05 lvsat = -2.0000000e-02 wvsat = -1.7000001e-02
+pvsat = 2.1000000e-08 ua = 3.2000000e-10 lua = 1.8461700e-17
+wua = -3.0000001e-17 pua = 1.5000001e-23 ub = 2.1500000e-18
+lub = 1.0000000e-27 wub = -1.5000000e-25 uc = 1.6885901e-11
+wuc = -1.8830001e-17 rdsw = 2.8000000e+02 prwb = 0.00
+prwg = 0.00 wr = 0.8500000 u0 = 4.9435450e-02
+lu0 = 1.6700000e-09 wu0 = 2.0000000e-10 pu0 = 1.0000000e-15
+a0 = 1.0500000 keta = -1.0000000e-03 wketa = -1.0000000e-09
+a1 = 0.00 a2 = 0.9800000 ags = 1.3000000
+b0 = 0.00 b1 = 0.00
*
* subthreshold current parameters
*
+voff = -0.1080000 nfactor = 1.0000000 cit = 1.7250000e-04
+cdsc = 0.00 cdscb = 0.00 cdscd = 0.00
+eta0 = 5.8832400e-02 leta0 = 3.45000000e-07 etab = -5.0000000e-02
+dsub = 0.5600000
*
* rout parameters
*
+pclm = 0.6000000 pdiblc1 = 2.0000000e-02 pdiblc2 = 3.5568000e-02
+pdiblcb = 5.9980500e-02 drout = 0.5600000 pscbe1 = 5.0000000e+08
+pscbe2 = 1.0000000e-07 pvag = 0.00 delta = 1.0000000e-02
+alpha0 = 1.3993774e-08 alpha1 = -3.0000000e-03 beta0 = 4.6188860
+lbeta0 = 1.6556398e-06
*
* temperature effects parameters
*
+kt1 = -0.2122575 kt2 = 5.0000000e-04 at = 1.6500000e+04
+ute = -1.4421700 wute = 5.0000000e-08 ua1 = 3.3785630e-09
+pua1 = -1.0000000e-23 ub1 = -6.1694750e-18 uc1 = -4.6000000e-11
+wuc1 = -3.0000001e-17 kt1l = -7.3966800e-09 prt = 0.00
*
* noise parameters
*
+noimod = 2 noia = 6.01e+20 noib = -1.05e+04
+noic = 3.20e-13 em = 1.33e+06 ef = 9.46e-01
*
* capacitance parameters
*
+cj = '0.000148+dcj_nnt33' mj = 0.344 pb = 0.542
+cjsw = '2.16e-10+dcjsw_nnt33' mjsw = 0.149 pbsw = 0.536
+cjswg = '1.25e-10+dcjswg_nnt33' mjswg = 0.149 pbswg = 0.536
+tpb = 0.00264 tpbsw = 0.00262 tpbswg = 0.00262
+tcj = 0.00255 tcjsw = 0.00108 tcjswg = 0.00108
+js = 5.2e-06 jsw = 1.0e-13 nj = 1.0651
+xti = 3 nqsmod = 0 elm = 5
+cgdo = '1.34e-10+dcgdo_nnt33' cgso = '1.34e-10+dcgso_nnt33' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.45 moin = 24 noff = 2.3177
*
***********************************************************************************
* 1.8v core medium nmos model *
***********************************************************************************
.model nmvt18 nmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 2.8e-7 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '3.87e-09+dtox_nmvt18' toxm = 3.87e-09 xj = 1.6000000e-07
+nch = 3.8694000e+17 lln = 1.0229696 lwn = 1.00000
+wln = 0.9740000 wwn = 0.9751000 lint = 1.0000000e-08
+ll = 5.4500000e-15 lw = 1.5881868e-22 lwl = 0.00
+wint = 0.00 wl = -5.0000010e-15 ww = -7.7500000e-15
+wwl = -9.7315830e-23 mobmod = 1 binunit = 2
+xl = '8.5e-9+dxl_nmvt18' xw = '0.00+dxw_nmvt18' dwg = -6.2580000e-09
+dwb = 0.00
* diode parameters
+acm = 12 ldif = 7.00e-08 hdif = 2.00e-07
+rsh = 7.08 rd = 0 rs = 0
+rsc = 1.9 rdc = 1.9
*
* threshold voltage parameters
*
+vth0 = '0.2712+dvth_nmvt18' lvth0 = 1.9999997e-09 pvth0 = '3.8420000e-15+dpvth0_nmvt18'
+k1 = 0.5000000 pk1 = 4.4581770e-15 k2 = -6.0074000e-03
+k3 = -3.2359800 dvt0 = 0.6807000 dvt1 = 0.3976320
+dvt2 = -0.4000000 dvt0w = 3.8760000 dvt1w = 1.7600000e+06
+dvt2w = 0.00 nlx = 4.7687720e-08 w0 = 4.5550000e-08
+k3b = 1.3848000 ngate = 3.5300000e+22
*
* mobility parameters
*
+vsat = 9.6500000e+04 lvsat = -4.9000000e-03 pvsat = -1.5000000e-10
+ua = -1.2500000e-09 pua = -2.4300000e-23 ub = 3.0158813e-18
+uc = 1.4700000e-10 puc = -3.4915000e-24 rdsw = 1.1000000e+02
+prwb = -0.1000000 prwg = 0.1000000 wr = 1.0000000
+u0 = 3.4000000e-02 wu0 = -2.6050000e-09 a0 = 0.6905600
+keta = -3.0000000e-03 lketa = -7.0000000e-09 a1 = 0.00
+a2 = 0.9900000 ags = 0.4160000 b0 = 9.4605000e-07
+b1 = 4.3600000e-06
*
* subthreshold current parameters
*
+voff = -8.7550000e-02 lvoff = -3.3000000e-09 nfactor = 0.9500000
+lnfactor = 4.5000000e-08 cit = 0.00 cdsc = 0.00
+cdscb = 0.00 cdscd = 1.0000000e-04 eta0 = 2.8000001e-02
+etab = -2.7000001e-02 dsub = 0.5600000
*
* rout parameters
*
+pclm = 1.3000000 ppclm = 2.9999999e-15 pdiblc1 = 8.5000000e-02
+pdiblc2 = 9.8000000e-03 ppdiblc2 = 2.7000001e-16 pdiblcb = 0.00
+drout = 0.5600000 pscbe1 = 3.4500000e+08 pscbe2 = 1.0000000e-06
+pvag = 0.00 delta = 1.0000000e-02 alpha0 = 2.9512000e-07
+alpha1 = 1.5042400 beta0 = 13.6936000 lbeta0 = 3.2570000e-07
*
* temperature effects parameters
*
+kt1 = -0.2443850 wkt1 = -5.2100000e-09 kt2 = -4.0000000e-02
+at = 1.8500000e+04 pat = -3.7500000e-10 ute = -1.5500000
+ua1 = 1.9535999e-09 lua1 = 3.3600000e-17 wua1 = -8.6240000e-17
+pua1 = -5.0000000e-25 ub1 = -2.4000000e-18 uc1 = -1.4923699e-11
+luc1 = 1.6574999e-17 puc1 = -1.0000000e-24 kt1l = -1.0000000e-09
+prt = -97.2500000
*
* capacitance parameters
*
+cj = '9.34e-04+dcj_nmvt18' mj = 0.328 pb = 0.689
+cjsw = '7.82e-11+dcjsw_nmvt18' mjsw = 0.23 pbsw = 1
+cjswg = '4.25e-10+dcjswg_nmvt18' mjswg = 0.23 pbswg = 1
+tcj = 8.50e-04 tcjsw = 6.69e-04 tcjswg = 6.69e-04
+tpb = 1.55e-03 tpbsw = 8.68e-04 tpbswg = 8.68e-04
+js = 3.74e-07 jsw = 5.0e-12 nj = 1.0097
+xti = 3.8 nqsmod = 0 elm = 5
+cgdo = '4.18e-10+dcgdo_nmvt18' cgso = '4.18e-10+dcgso_nmvt18' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.64 moin = 24 noff = 1.2025
*
***********************************************************************************
* 1.8v core medium pmos model *
***********************************************************************************
*
.model pmvt18 pmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 2.3e-7 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '3.74e-09+dtox_pmvt18' toxm = 3.74e-09 xj = 1.7000001e-07
+nch = 7.6541000e+17 lln = 1.0611141 lwn = 1.0000000
+wln = 0.9504572 wwn = 0.9600000 lint = -1.6999999e-08
+ll = 1.3226693e-15 lw = 0.00 lwl = 0.00
+wint = 8.0000010e-09 wl = 0.00 ww = 2.3095035e-15
+wwl = -1.1186409e-20 mobmod = 1 binunit = 2
+xl = '2.0e-9+dxl_pmvt18' xw = '0.00+dxw_pmvt18' dwg = -1.7423201e-08
+dwb = 5.3792000e-09
*
* diode parameters
*
+acm = 12 ldif = 7.00e-08 hdif = 2.00e-07
+rsh = 7.83 rd = 0 rs = 0
+rsc = 2.5 rdc = 2.5
*
* threshold voltage parameters
*
+vth0 = '-0.03+dvth_pmvt18' lvth0 = 1.2904501e-07 wvth0 = 2.0545981e-08
+k1 = 0.5649000 lk1 = 1.7071311e-08 pk1 = 5.0187070e-15
+k2 = -0.1289752 k3 = 10.0000000 dvt0 = 0.00
+dvt1 = 0.00 dvt2 = 0.00 dvt0w = 0.9200000
+dvt1w = 5.0422970e+05 dvt2w = 0.00 nlx = 9.0188510e-07
+lnlx = 4.7946150e-15 w0 = 5.3400000e-08 k3b = 0.4355000
+ngate = 3.1680000e+20 pvth0 = '0+dpvth0_pmvt18'
*
* mobility parameters
*
+vsat = 2.2000000e+05 pvsat = -1.0000000e-09 ua = 1.6580195e-09
+ub = 7.3937090e-19 uc = 8.0000000e-11 luc = -1.0000000e-17
+rdsw = 32.1790800 prwb = 0.00 prwg = 0.00
+wr = 1.0000000 u0 = 1.4368100e-02 wu0 = 1.1210001e-09
+pu0 = -4.1546000e-16 a0 = 0.6000000 keta = -5.0000000e-02
+a1 = 0.00 a2 = 0.6000000 ags = 0.8200000
+b0 = 6.5000000e-08 b1 = 1.4999993e-09
*
* subthreshold current parameters
*
+voff = -3.2000000e-02 lvoff = -1.2800000e-08 nfactor = 0.8000000
+cit = 0.00 cdsc = 0.00 cdscb = 0.00
+cdscd = 1.0000000e-05 eta0 = 1.6000001e-02 etab = -6.4615000e-03
+dsub = 0.1500000
*
* rout parameters
*
+pclm = 3.0000000 pdiblc1 = 2.0000000e-02 pdiblc2 = 1.7999999e-02
+pdiblcb = 0.5277778 drout = 0.6000000 pscbe1 = 6.8691080e+08
+pscbe2 = 1.0000000e-07 pvag = 0.00 delta = 1.0000000e-02
+alpha0 = -2.2018899e-07 alpha1 = 4.6386700 beta0 = 20.9067000
*
* temperature effects parameters
*
+kt1 = -0.3556760 wkt1 = 3.2000000e-09 kt2 = -7.8930010e-03
+lkt2 = -8.0000010e-09 at = 1.2500000e+04 pat = -2.0000000e-08
+ute = -1.8038800 lute = 7.0000000e-08 ua1 = 5.3577010e-10
+lua1 = -2.0500000e-16 wua1 = 4.0000000e-17 ub1 = -4.2553000e-18
+uc1 = -1.8127999e-10 kt1l = 2.3759998e-08 prt = 146
*
* capacitance parameters
*
+cj = '0.000734+dcj_pmvt18' mj = 0.308 pb = 0.682
+cjsw = '6.14e-11+dcjsw_pmvt18' mjsw = 0.2 pbsw = 0.98
+cjswg = '6.15e-10+dcjswg_pmvt18' mjswg = 0.2 pbswg = 0.98
+tpb = 0.00173 tpbsw = 0.00217 tpbswg = 0.00217
+tcj = 0.000946 tcjsw = 0.000745 tcjswg = 0.000745
+js = 2.95e-07 jsw = 1.0e-12 nj = 1.0184
+xti = 3.9 nqsmod = 0 elm = 5
+cgdo = '4.86e-10+dcgdo_pmvt18' cgso = '4.86e-10+dcgso_pmvt18' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.8505076 moin = 14.95341 noff = 1.431824
*
***********************************************************************************
* 3.3v io medium nmos model *
***********************************************************************************
*
.model nmvt33 nmos
+level = 49
*
* general parameters
*
+calcacm = 1
+lmin = 5.8e-7 lmax = 1.0e-5 wmin = 1.9e-7
+wmax = 1.0e-4 tnom = 25.0 version = 3.24
+tox = '6.65e-09+dtox_nmvt33' toxm = 6.65e-09 xj = 1.6000000e-07
+nch = 4.5515000e+17 lln = 0.9900000 lwn = 1.0000000
+wln = 0.9849766 wwn = 1.0000000 lint = 7.0000000e-09
+ll = 7.2242020e-15 lw = 0.00 lwl = -1.9999999e-21
+wint = 5.0000000e-09 wl = 0.00 ww = 1.7257697e-15
+wwl = -4.5391030e-21 mobmod = 1 binunit = 2
+xl = '-4.0e-8+dxl_nmvt33' xw = '0.00+dxw_nmvt33' dwg = -5.5000000e-09
+dwb = 0.00
* diode parameters
+acm = 12 ldif = 7.00e-08 hdif = 2.00e-07
+rsh = 7.08 rd = 0 rs = 0
+rsc = 1.6 rdc = 1.6
*
* threshold voltage parameters
*
+vth0 = '0.4873+dvth_nmvt33' k1 = 0.8017062 k2 = -2.6515324e-03
+k3 = -1.2716755 dvt0 = 5.6580000 dvt1 = 0.3611320
+dvt2 = -5.0000000e-02 dvt0w = 0.5743000 dvt1w = 1.0600000e+06
+dvt2w = -5.0000000e-02 nlx = 6.2848200e-08 w0 = 0.00
+k3b = 0.6987855 ngate = 1.0000000e+21 pvth0 = '0+dpvth0_nmvt33'
*
* mobility parameters
*
+vsat = 9.3000000e+04 lvsat = -9.2500000e-03 pvsat = -7.0000000e-10
+ua = 2.9999999e-11 ub = 2.0480243e-18 uc = 1.1306595e-10
+luc = 4.5556690e-17 rdsw = 3.7500000e+02 prwb = 2.0000000e-01
+prwg = 0.00 wr = 1.0000000 u0 = 4.5500000e-02
+lu0 = 8.2078530e-09 wu0 = -8.5760000e-10 pu0 = -4.4000000e-16
+a0 = 0.8300000 keta = -1.0000000e-02 lketa = -1.4999999e-08
+pketa = 1.8000001e-15 a1 = 0.00 a2 = 0.9800000
+ags = 0.2000000 b0 = 0.00 b1 = 0.00
*
* subthreshold current parameters
*
+voff = -8.5000000e-02 pvoff = -5.0000000e-15 nfactor = 1.1000000
+cit = 1.0015600e-04 cdsc = 1.2133600e-04 cdscb = 0.00
+cdscd = 1.0000000e-03 eta0 = 0.3200000 peta0 = 5.0000000e-14
+etab = -0.3600000 dsub = 0.5600000
*
* rout parameters
*
+pclm = 1.8000000 pdiblc1 = 0.1100000 pdiblc2 = 1.0292900e-04
+pdiblcb = -1.4468600e-04 drout = 0.5600000 pscbe1 = 3.1000000e+08
+pscbe2 = 1.0000000e-06 pvag = 0.00 delta = 1.0000000e-02
+alpha0 = 8.4509830e-06 alpha1 = 12.9302010 beta0 = 26.1692410
+lbeta0 = 1.9876900e-06
*
* temperature effects parameters
*
+kt1 = -0.2447756 kt2 = 0.00 at = 1.3000000e+05
+lat = -7.5000000e-02 ute = -1.6101600 lute = -5.0000000e-08
+pute = -1.6000000e-14 ua1 = 1.7575861e-09 wua1 = -1.0000000e-16
+ub1 = -2.7649999e-18 uc1 = -1.5970168e-10 kt1l = -9.4999000e-09
+prt = 0.00
*
* capacitance parameters
*
+cj = '0.000857+dcj_nmvt33' mj = 0.317 pb = 0.698
+cjsw = '1.1e-10+dcjsw_nmvt33' mjsw = 0.27 pbsw = 0.95
+cjswg = '3.45e-10+dcjswg_nmvt33' mjswg = 0.27 pbswg = 0.95
+tpb = 0.0019 tpbsw = 0.000868 tpbswg = 0.000868
+tcj = 0.00087 tcjsw = 0.000669 tcjswg = 0.000669
+js = 4.58e-07 jsw = 5.0e-12 nj = 1.04
+xti = 3.8 nqsmod = 0 elm = 5
+cgdo = '4.99e-10+dcgdo_nmvt33' cgso = '4.99e-10+dcgso_nmvt33' tlevc = 1
+capmod = 3 xpart = 1 cf = 0.00
+acde = 0.45 moin = 24 noff = 2.3177
*
***********************************************************************************
* 1.8v n+/pwell diode model *
***********************************************************************************
*
.model ndio18 d
+level = 3 js = 3.52e-07 jsw = 1e-15
+n = 1.0233 rs = 8.89e-09 ik = 1.52e+05
+ikr = 2.78e+05 bv = 11.0 ibv = 277.78
+trs = 1.51e-03 eg = 1.16 tref = 25.0
+xti = 3.0 cj = 0.000968 mj = 0.346
+pb = 0.7 cjsw = 7.95e-11 mjsw = 0.538
+php = 1 cta = 0.000842 ctp = 0.000669
+tpb = 0.00147 tphp = 0.000868 tlev = 1
+tlevc = 1 area = 3.60e-09 pj = 2.4e-04
+fc = 0 fcs = 0
*
***********************************************************************************
* 1.8v p+/nwell diode model *
***********************************************************************************
*
.model pdio18 d
+level = 3 js = 1.66e-07 jsw = 1e-15
+n = 1.0135 rs = 8.77e-09 ik = 4.03e+05
+ikr = 2.78e+05 bv = 11.0 ibv = 277.78
+trs = 1.78e-03 eg = 1.16 tref = 25.0
+xti = 3.0 cj = 0.00107 mj = 0.415
+pb = 0.817 cjsw = 9.89e-11 mjsw = 0.489
+php = 0.95 cta = 0.000876 ctp = 0.000745
+tpb = 0.00153 tphp = 0.00117 tlev = 1
+tlevc = 1 area = 3.60e-09 pj = 2.4e-04
+fc = 0 fcs = 0
*
***********************************************************************************
* 3.3v n+/pwell diode model *
***********************************************************************************
*
.model ndio33 d
+level = 3 js = 3.65e-07 jsw = 1e-15
+n = 1.0203 rs = 8.84e-09 ik = 1.33e+05
+ikr = 2.78e+05 bv = 11.0 ibv = 277.78
+trs = 1.07e-03 eg = 1.16 tref = 25.0
+xti = 3.0 cj = 0.000845 mj = 0.321
+pb = 0.708 cjsw = 9.15e-11 mjsw = 0.447
+php = 1 cta = 0.000897 ctp = 0.000695
+tpb = 0.00166 tphp = 0.00162 tlev = 1
+tlevc = 1 area = 3.60e-09 pj = 2.4e-04
+fc = 0 fcs = 0
*
***********************************************************************************
* 3.3v p+/nwell diode model *
***********************************************************************************
*
.model pdio33 d
+level = 3 js = 1.68e-07 jsw = 1e-15
+n = 1.0143 rs = 9.23e-09 ik = 4.07e+05
+ikr = 2.78e+05 bv = 11.0 ibv = 277.78
+trs = 1.24e-03 eg = 1.16 tref = 25.0
+xti = 3.0 cj = 0.00101 mj = 0.401
+pb = 0.807 cjsw = 8.96e-11 mjsw = 0.45
+php = 1 cta = 0.000883 ctp = 0.000709
+tpb = 0.00157 tphp = 0.00137 tlev = 1
+tlevc = 1 area = 3.60e-09 pj = 2.4e-04
+fc = 0 fcs = 0
*
***********************************************************************************
* nwell/psub diode model *
***********************************************************************************
*
.model nwdio d
+level = 3 js = 1.42e-06 jsw = 1.00e-15
+n = 1.0128 rs = 2.44e-08 ik = 1.1e+04
+ikr = 1.04e+05 bv = 15.0 ibv = 104.2
+trs = 9.47e-04 eg = 1.16 tref = 25.0
+xti = 3.0 cj = 0.000145 mj = 0.317
+pb = 0.494 cjsw = 5e-10 mjsw = 0.383
+php = 0.9 cta = 0.002 ctp = 0.00121
+tpb = 0.00253 tphp = 0.00217 tlev = 1
+tlevc = 1 area = 9.60e-09 pj = 4.0e-04
+fc = 0 fcs = 0
*
**********************************************************************************
* 1.8v native n+/pwell diode *
**********************************************************************************
*
.model nndio18 d
+level = 3 js = 5.20e-06 jsw = 1.00e-15
+n = 1.0651 rs = 1.00e-08 ik = 6.30e+04
+ikr = 0.133 bv = 17.0 ibv = 1.00e-03
+trs = 9.34e-04 eg = 1.16 tref = 25.0
+xti = 3.0 tlev = 1 tlevc = 1
+cj = 0.000145 mj = 0.334 pb = 0.538
+cjsw = 1.63e-10 mjsw = 0.0689 php = 0.563
+cta = 0.00246 ctp = 0.00122 tpb = 0.00277
+tphp = 0.00204 area = 3.6e-9 pj = 2.4e-4
+fc = 0 fcs = 0
*
*********************************************************************************
* 3.3v native n+/pwell diode *
*********************************************************************************
*
.model nndio33 d
+level = 3 js = 5.20e-06 jsw = 1.00e-15
+n = 1.0651 rs = 9.00e-09 ik = 6.30e+04
+ikr = 0.133 bv = 17.0 ibv = 1.00e-03
+trs = 9.34e-04 eg = 1.16 tref = 25.0
+xti = 3 tlev = 1 tlevc = 1
+cj = 0.000148 mj = 0.344 pb = 0.542
+cjsw = 2.16e-10 mjsw = 0.149 php = 0.536
+cta = 0.00255 ctp = 0.00108 tpb = 0.00264
+tphp = 0.00262 area = 3.6e-9 pj = 2.4e-4
+fc = 0 fcs = 0
*
***********************************************************************************
* buried pwell/deep nwell diode model *
***********************************************************************************
*
.model diobpw d
+level = 3 js = 1.50e-07 jsw = 1.00e-15
+n = 1.0213 rs = 2.51e-08 ik = 2.40e+05
+ikr = 1.04e+05 bv = 15.0 ibv = 1.04e+02
+trs = 1.77e-03 cta = 0.0012 ctp = 0.00107
+eg = 1.16 tref = 25.0 tpb = 0.0019
+tphp = 0.00193 xti = 3.0 cj = 0.000536
+mj = 0.343 pb = 0.693 cjsw = 3.22e-10
+mjsw = 0.361 php = 0.715 tlev = 1
+tlevc = 1 area = 9.6e-9 pj = 4e-4
+fc = 0 fcs = 0
*
.endl tt
vdd vdd 0 vddd
vwt wt 0 pulse(0 vddd 0 0 0 10n 20n)
vwtbar wtbar 0 pulse(vddd 0 0 0 0 10n 20n)
vdin din 0 pulse(0 vddd 0 0 0 20n 40n)
vpre pre 0 pulse(0 vddd 2.5n 0 0 7.5n 10n)
vrow row 0 pulse(0 vddd 2.5n 0 0 5n 10n)
vcol col 0 pulse(0 vddd 2.5n 0 0 5n 10n)
vcolbar colbar 0 pulse(vddd 0 2.5n 0 0 5n 10n)
vse se 0 pulse(0 vddd 13.5n 0 0 4n 20n)
.subckt inverter in out
mp out in vdd vdd pmos18 w='12*lm' l=lm
mn out in 0 0 nmos18 w='4*lm' l=lm
.ends inverter
.subckt trans ctrl ctrlbar in out
mp out ctrlbar in vdd pmos18 w='12*lm' l=lm
mn out ctrl in 0 nmos18 w='4*lm' l=lm
.ends trans
.subckt tri ctrl ctrlbar in out
xinverter in dummy inverter
xtrans ctrl ctrlbar dummy out trans
.ends tri
.subckt cell wline bit bitbar
mp1 data1 data2 vdd vdd pmos18 w='1.6*lm' l=lm
mp2 data2 data1 vdd vdd pmos18 w='1.6*lm' l=lm
mn1 data1 data2 0 0 nmos18 w='1.6*lm' l=lm
mn2 data2 data1 0 0 nmos18 w='1.6*lm' l=lm
mgate1 bitbar wline data1 0 nmos18 w='2*lm' l=lm
mgate2 bit wline data2 0 nmos18 w='2*lm' l=lm
.ends cell
.subckt sa se dl dlbar dout doutbar
mpre1 dout se vdd vdd pmos18 w='4*lm' l=lm
mpre2 doutbar se vdd vdd pmos18 w='4*lm' l=lm
mp1 dout doutbar vdd vdd pmos18 w='12*lm' l=lm
mp2 doutbar dout vdd vdd pmos18 w='12*lm' l=lm
mn1 dout doutbar dummy1 0 nmos18 w='8*lm' l=lm
mn2 doutbar dout dummy2 0 nmos18 w='8*lm' l=lm
min1 dummy1 dl dummy3 0 nmos18 w='8*lm' l=lm
min2 dummy2 dlbar dummy3 0 nmos18 w='8*lm' l=lm
mtail dummy3 se 0 0 nmos18 w='12*lm' l=lm
.ends sa
mpre1 bitbar pre vdd vdd pmos18 w='4*lm' l=lm
mpre2 bit pre vdd vdd pmos18 w='4*lm' l=lm
xcell row bit bitbar cell
cbit1 bitbar 0 cbit
cbit2 bit 0 cbit
xtrans1 col colbar bitbar dl trans
xtrans2 col colbar bit dlbar trans
mpre3 dl pre vdd vdd pmos18 w='4*lm' l=lm
mpre4 dlbar pre vdd vdd pmos18 w='4*lm' l=lm
cdl1 dl 0 cdl
cdl2 dlbar 0 cdl
xtri1 wt wtbar din dl tri
xtri2 wt wtbar d_dummy dlbar tri
xinverter din d_dummy inverter
xsa se dl dlbar dout doutbar sa
.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 pmos18 in the element 0:mpre1
is not defined.
***** job aborted
1****** HSPICE -- B-2008.09 32-BIT (Aug 26 2008) winnt ******
******
zuoye3
****** job statistics summary tnom= 25.000 temp= 25.000 *****
****** HSPICE Threads Information ******
Command Line Threads Count: 0
Available CPU Count: 1
Actual Model Evaluation(Load) Threads Count: 1
Actual Solver Threads Count: 1
****** Circuit Statistics ******
# nodes = 0 # elements = 17
# resistors = 0 # capacitors = 4 # inductors = 0
# mutual_inds = 0 # vccs = 0 # vcvs = 0
# cccs = 0 # ccvs = 0 # volt_srcs = 9
# curr_srcs = 0 # diodes = 0 # bjts = 0
# jfets = 0 # mosfets = 4 # U elements = 0
# T elements = 0 # W elements = 0 # B elements = 0
# S elements = 0 # P elements = 0 # va device = 0
****** Runtime Statistics (seconds) ******
analysis time # points tot. iter conv.iter
op point 0.00 1 0
readin 0.10
errchk 0.00
setup 0.00
output 0.00
total memory used 282 kbytes
total cpu time 0.11 seconds
total elapsed time 1 seconds
job started at 00:17:33 12/05/2010
job ended at 00:17:33 12/05/2010
Init: hspice initialization file: C:\synopsys\Hspice_B-2008.09\hspice.ini
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