HSPICE2009仿真中的问题
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仿真后的输出网表***** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
Copyright (C) 2009 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Unpublished-rights reserved under US copyright laws.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: c:\synopsys\hspice_c-2009.03-sp1\demo\hspice\mos\qing.sp
lic:
lic: FLEXlm: v8.5b
lic: USER:AdministratorHOSTNAME: 55A236E5C91345D
lic: HOSTID: 000b2f0bcd6ePID:2772
lic: Using FLEXlm license file:
lic: C:\synopsys\hspice_2009-03.lic
lic: Checkout 1 hspice
lic: License/MAIntenance for hspice will expire on 31-dec-2020/2007.9
lic: NODE LOCKED license on hostid 000b2f0bcd6e
lic:
Init: read install configuration file: C:\synopsys\Hspice_C-2009.03-SP1\meta.cfg
Init: hspice initialization file: C:\synopsys\Hspice_C-2009.03-SP1\hspice.ini
scientific notation:
a=10**-18f=10**-15p=10**-12n=10**-9u=10**-6
m=10**-3k=10**3x=10**6g=10**9
***********************************************************************
** runlvl is invoked, you can disable it by:
a) Add option runlvl=0 to your current simulation job.
b) Copy $installdir/hspice.ini to your HOME directory and
customize it by adding option runlvl=0, which disables
it for all of your simulation jobs.
c) Re-invoke $installdir/bin/config program and unselect the
option runlvl setting in box 'hspice.ini' which disables
it for whole group simulation jobs.
** runlvl is invoked, some options are ignored or automatically set:
Options below are automatically set(user setting will overwrite them):
if runlvl=[1|2|3|4|5|6],.option bypass=2
Options below are ignored, they are replaced by automated algorithms:
lvltimdvdtftfasttrtolabsvarrelvar
relqchgtoldvtriminitl3rmax
** runlvl is invoked, actual option value used by HSPICE are:
runlvl= 3bypass= 2mbypass=2.00bytol= 100.00u
***********************************************************************
circuit parameter definitions
parameter=value
constants- tnomktvtgapsini
298.15004.116e-2125.6918m1.11561.256e+16
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******mosmodel parameters tnom=25.000 temp=25.000 *****
***************************************************************************
*** common model parametersmodel name:0:pchmodel type:pmos***
***************************************************************************
namesvaluesunitsnamesvaluesunitsnamesvaluesunits
------------------------------------------------
1*** geometry parameters ***
ld=0.meterslmlt=1.00wd=0.meters
wmlt=1.00xl=0.metersxw=0.meters
lref=0.meterswref=0.meterslref=0.meters
wref=0.metersxlref=0.metersxwref=0.meters
lmin=0.meterswmin=0.meterslmax=0.meters
wmax=0.meters
2*** threshold voltage parameters ***
vto=-133.88m voltsnss=0.1/cm**2tpg=1.00
phi= 579.84m voltsgamma= 527.63m v**0.5bulk=gnd
ngate=0.cm**3nsub= 1.0e+15 1/cm**3delvto=0.volts
3*** gate overlap capacitance parameters ***
cgbo=0.f/metercgdo=0.f/metercgso=0.f/meter
meto=0.meters
4*** gate capacitance parameters ***
capop=2.00cf1=0.voltscf2= 100.00m volts
cf3=1.00voltscf4=50.00cf5= 666.67m
cf6= 500.00xqc= 500.00mtox= 100.00n meters
cox= 345.31u f/m**2
5*** diffusion parasitic parameters ***
acm=0.is=10.00f ampsjs=0.a/m**2
jsw=0.amp/mnds=1.00cbd=0.farad
cbs=0.faradcj= 101.85u f/m**2cjsw=0.f/m
cjgate=0.f/mmj= 500.00mmjsw= 330.00m
pb= 800.00m voltsphp= 800.00m voltstt=0.secs
hdif=0.metersldif=0.metersrd=0.ohms
rs=0.ohmsrsh=0.ohms/sqfc=0.
alpha=0.vcr=0.voltsiirat=0.
rdc=0.ohmsrsc=0.ohmsn=1.00
vnds=-1.00volts
6*** temperature effect parameters ***
tlev=0.tlevc=0.eg=1.11ev
gap1= 702.00u ev/deggap2=1.11k degxti=0.
bex=-1.50tcv=0.v/deg ktrd=0./deg
trs=0./degcta=0./degctp=0./deg
7*** noise parameters ***
kf=0.af=1.00nlev=2.00
gdsnoi=1.00
***level1model parameters***
lambda=0./vkp=8.63u a/v**2
***************************************************************************
*** common model parametersmodel name:0:nchmodel type:nmos***
***************************************************************************
namesvaluesunitsnamesvaluesunitsnamesvaluesunits
------------------------------------------------
1*** geometry parameters ***
ld=0.meterslmlt=1.00wd=0.meters
wmlt=1.00xl=0.metersxw=0.meters
lref=0.meterswref=0.meterslref=0.meters
wref=0.metersxlref=0.metersxwref=0.meters
lmin=0.meterswmin=0.meterslmax=0.meters
wmax=0.meters
2*** threshold voltage parameters ***
vto= 133.88m voltsnss=0.1/cm**2tpg=1.00
phi= 579.84m voltsgamma= 527.63m v**0.5bulk=gnd
ngate=0.cm**3nsub= 1.0e+15 1/cm**3delvto=0.volts
3*** gate overlap capacitance parameters ***
cgbo=0.f/metercgdo=0.f/metercgso=0.f/meter
meto=0.meters
4*** gate capacitance parameters ***
capop=2.00cf1=0.voltscf2= 100.00m volts
cf3=1.00voltscf4=50.00cf5= 666.67m
cf6= 500.00xqc= 500.00mtox= 100.00n meters
cox= 345.31u f/m**2
5*** diffusion parasitic parameters ***
acm=0.is=10.00f ampsjs=0.a/m**2
jsw=0.amp/mnds=1.00cbd=0.farad
cbs=0.faradcj= 101.85u f/m**2cjsw=0.f/m
cjgate=0.f/mmj= 500.00mmjsw= 330.00m
pb= 800.00m voltsphp= 800.00m voltstt=0.secs
hdif=0.metersldif=0.metersrd=0.ohms
rs=0.ohmsrsh=0.ohms/sqfc=0.
alpha=0.vcr=0.voltsiirat=0.
rdc=0.ohmsrsc=0.ohmsn=1.00
vnds=-1.00volts
6*** temperature effect parameters ***
tlev=0.tlevc=0.eg=1.11ev
gap1= 702.00u ev/deggap2=1.11k degxti=0.
bex=-1.50tcv=0.v/deg ktrd=0./deg
trs=0./degcta=0./degctp=0./deg
7*** noise parameters ***
kf=0.af=1.00nlev=2.00
gdsnoi=1.00
***level1model parameters***
lambda=0./vkp=20.72u a/v**2
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******circuit element summary tnom=25.000 temp=25.000 *****
**** capacitors
element name0:cload
node10ut
node20:0
model
cap eff750.0000f
tc10.
tc20.
scale1.0000
ic0.
m1.0000
w0.
l0.
temp25.0000
**** independent sources
namenode1node2dc voltac magac phasetype
0:vcc0:vcc0:05.00000.0.dc
0:vin0:in0:00.0.0.pulse
initial value200.0000m
pulsed value.4.8000
delay time...2.0000n
risetime.....1.0000n
falltime.....1.0000n
width........5.0000n
period.......20.0000n
**** mosfets
element name0:m10:m2
drain0ut0ut
gate0:vin0:in
source0:vcc0:0
bulk0:vcc0:0
model0:pch0:nch
w eff20.0000u20.0000u
l eff1.0000u1.0000u
rd eff0.0.
rs eff0.0.
cdsat10.0000f10.0000f
cssat10.0000f10.0000f
capbd0.0.
capbs0.0.
temp25.000025.0000
aic
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******element node table
0cloadvccvinm2:s
m2:b
invinm2:g
outcloadm1:dm2:d
vccvccm1:sm1:b
vinm1:g
*****************************************************************
******option summary
******
runlvl= 3bypass= 2
**diagnostic** rebuilding matrix with pivot option
**diagnostic** rebuilding matrix without pivot option
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******operating point information tnom=25.000 temp=25.000 *****
***** operating point status is voltagesimulation time is0.
node=voltagenode=voltagenode=voltage
+0:in= 200.0000m 0:out=4.99890:vcc=5.0000
+0:vin=0.
******
inverter circuit
******transient analysis tnom=25.000 temp=25.000 *****
x
timevoltagevoltage
inout
0.200.0000m4.9989
200.00000p200.0000m4.9989
400.00000p200.0000m4.9989
600.00000p200.0000m4.9989
800.00000p200.0000m4.9989
1.00000n200.0000m4.9989
1.20000n200.0000m4.9989
1.40000n200.0000m4.9989
1.60000n200.0000m4.9989
1.80000n200.0000m4.9989
2.00000n200.0000m4.9989
2.20000n1.12004.9738
2.40000n2.04004.8200
2.60000n2.96004.5579
2.80000n3.88004.0834
3.00000n4.80003.4383
3.20000n4.80002.8189
3.40000n4.80002.4280
3.60000n4.80002.1392
3.80000n4.80001.9269
4.00000n4.80001.8381
4.20000n4.80001.7558
4.40000n4.80001.7336
4.60000n4.80001.7115
4.80000n4.80001.6974
5.00000n4.80001.6935
5.20000n4.80001.6897
5.40000n4.80001.6872
5.60000n4.80001.6868
5.80000n4.80001.6864
6.00000n4.80001.6860
6.20000n4.80001.6856
6.40000n4.80001.6856
6.60000n4.80001.6856
6.80000n4.80001.6857
7.00000n4.80001.6858
7.20000n4.80001.6858
7.40000n4.80001.6858
7.60000n4.80001.6858
7.80000n4.80001.6858
8.00000n4.80001.6858
8.20000n3.88001.7801
8.40000n2.96001.9852
8.60000n2.04002.3167
8.80000n1.12002.6925
9.00000n200.0000m3.1183
9.20000n200.0000m3.4873
9.40000n200.0000m3.7699
9.60000n200.0000m4.0213
9.80000n200.0000m4.1846
10.00000n200.0000m4.3480
10.20000n200.0000m4.5113
10.40000n200.0000m4.6020
10.60000n200.0000m4.6710
10.80000n200.0000m4.7399
11.00000n200.0000m4.8089
11.20000n200.0000m4.8477
11.40000n200.0000m4.8719
11.60000n200.0000m4.8962
11.80000n200.0000m4.9204
12.00000n200.0000m4.9446
12.20000n200.0000m4.9553
12.40000n200.0000m4.9623
12.60000n200.0000m4.9694
12.80000n200.0000m4.9764
13.00000n200.0000m4.9835
13.20000n200.0000m4.9866
13.40000n200.0000m4.9886
13.60000n200.0000m4.9907
13.80000n200.0000m4.9927
14.00000n200.0000m4.9948
14.20000n200.0000m4.9956
14.40000n200.0000m4.9962
14.60000n200.0000m4.9967
14.80000n200.0000m4.9972
15.00000n200.0000m4.9978
15.20000n200.0000m4.9980
15.40000n200.0000m4.9982
15.60000n200.0000m4.9983
15.80000n200.0000m4.9985
16.00000n200.0000m4.9986
16.20000n200.0000m4.9987
16.40000n200.0000m4.9987
16.60000n200.0000m4.9987
16.80000n200.0000m4.9988
17.00000n200.0000m4.9988
17.20000n200.0000m4.9988
17.40000n200.0000m4.9989
17.60000n200.0000m4.9989
17.80000n200.0000m4.9989
18.00000n200.0000m4.9989
18.20000n200.0000m4.9989
18.40000n200.0000m4.9989
18.60000n200.0000m4.9989
18.80000n200.0000m4.9989
19.00000n200.0000m4.9989
19.20000n200.0000m4.9989
19.40000n200.0000m4.9989
19.60000n200.0000m4.9989
19.80000n200.0000m4.9989
20.00000n200.0000m4.9989
y
***** job concluded
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******job statistics summary tnom=25.000 temp=25.000 *****
******HSPICE Threads Information******
Command Line Threads Count:1
Available cpu Count:1
Actual Model Evaluation(Load) Threads Count :1
Actual Solver Threads Count:1
******Circuit Statistics******
# nodes=5 # elements=5
# resistors=0 # capacitors =1 # inductors=0
# mutual_inds =0 # vccs=0 # vcvs=0
# cccs=0 # ccvs=0 # volt_srcs=2
# curr_srcs=0 # diodes=0 # bjts=0
# jfets=0 # mosfets=2 # U elements=0
# T elements=0 # W elements =0 # B elements=0
# S elements=0 # P elements =0 # va device=0
******Runtime Statistics (seconds)******
analysistime# pointstot. iterconv.iter
op point0.0318
transient0.0110111347 rev=4
readin0.03
errchk0.01
setup0.00
output0.00
total memory used161kbytes
total cpu time0.08 seconds
total elapsed time0.09 seconds
job started at18:21:47 09/28/2009
job endedat18:21:47 09/28/2009
Init: hspice initialization file: C:\synopsys\Hspice_C-2009.03-SP1\hspice.ini
lic: Release hspice token(s)
然后点waveview出现invalid procedure call or argument 是我安装的有问题还是写的代码有问题
Copyright (C) 2009 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: c:\synopsys\hspice_c-2009.03-sp1\demo\hspice\mos\qing.sp
lic:
lic: FLEXlm: v8.5b
lic: USER:AdministratorHOSTNAME: 55A236E5C91345D
lic: HOSTID: 000b2f0bcd6ePID:2772
lic: Using FLEXlm license file:
lic: C:\synopsys\hspice_2009-03.lic
lic: Checkout 1 hspice
lic: License/MAIntenance for hspice will expire on 31-dec-2020/2007.9
lic: NODE LOCKED license on hostid 000b2f0bcd6e
lic:
Init: read install configuration file: C:\synopsys\Hspice_C-2009.03-SP1\meta.cfg
Init: hspice initialization file: C:\synopsys\Hspice_C-2009.03-SP1\hspice.ini
scientific notation:
a=10**-18f=10**-15p=10**-12n=10**-9u=10**-6
m=10**-3k=10**3x=10**6g=10**9
***********************************************************************
** runlvl is invoked, you can disable it by:
a) Add option runlvl=0 to your current simulation job.
b) Copy $installdir/hspice.ini to your HOME directory and
customize it by adding option runlvl=0, which disables
it for all of your simulation jobs.
c) Re-invoke $installdir/bin/config program and unselect the
option runlvl setting in box 'hspice.ini' which disables
it for whole group simulation jobs.
** runlvl is invoked, some options are ignored or automatically set:
Options below are automatically set(user setting will overwrite them):
if runlvl=[1|2|3|4|5|6],.option bypass=2
Options below are ignored, they are replaced by automated algorithms:
lvltimdvdtftfasttrtolabsvarrelvar
relqchgtoldvtriminitl3rmax
** runlvl is invoked, actual option value used by HSPICE are:
runlvl= 3bypass= 2mbypass=2.00bytol= 100.00u
***********************************************************************
circuit parameter definitions
parameter=value
constants- tnomktvtgapsini
298.15004.116e-2125.6918m1.11561.256e+16
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******mosmodel parameters tnom=25.000 temp=25.000 *****
***************************************************************************
*** common model parametersmodel name:0:pchmodel type:pmos***
***************************************************************************
namesvaluesunitsnamesvaluesunitsnamesvaluesunits
------------------------------------------------
1*** geometry parameters ***
ld=0.meterslmlt=1.00wd=0.meters
wmlt=1.00xl=0.metersxw=0.meters
lref=0.meterswref=0.meterslref=0.meters
wref=0.metersxlref=0.metersxwref=0.meters
lmin=0.meterswmin=0.meterslmax=0.meters
wmax=0.meters
2*** threshold voltage parameters ***
vto=-133.88m voltsnss=0.1/cm**2tpg=1.00
phi= 579.84m voltsgamma= 527.63m v**0.5bulk=gnd
ngate=0.cm**3nsub= 1.0e+15 1/cm**3delvto=0.volts
3*** gate overlap capacitance parameters ***
cgbo=0.f/metercgdo=0.f/metercgso=0.f/meter
meto=0.meters
4*** gate capacitance parameters ***
capop=2.00cf1=0.voltscf2= 100.00m volts
cf3=1.00voltscf4=50.00cf5= 666.67m
cf6= 500.00xqc= 500.00mtox= 100.00n meters
cox= 345.31u f/m**2
5*** diffusion parasitic parameters ***
acm=0.is=10.00f ampsjs=0.a/m**2
jsw=0.amp/mnds=1.00cbd=0.farad
cbs=0.faradcj= 101.85u f/m**2cjsw=0.f/m
cjgate=0.f/mmj= 500.00mmjsw= 330.00m
pb= 800.00m voltsphp= 800.00m voltstt=0.secs
hdif=0.metersldif=0.metersrd=0.ohms
rs=0.ohmsrsh=0.ohms/sqfc=0.
alpha=0.vcr=0.voltsiirat=0.
rdc=0.ohmsrsc=0.ohmsn=1.00
vnds=-1.00volts
6*** temperature effect parameters ***
tlev=0.tlevc=0.eg=1.11ev
gap1= 702.00u ev/deggap2=1.11k degxti=0.
bex=-1.50tcv=0.v/deg ktrd=0./deg
trs=0./degcta=0./degctp=0./deg
7*** noise parameters ***
kf=0.af=1.00nlev=2.00
gdsnoi=1.00
***level1model parameters***
lambda=0./vkp=8.63u a/v**2
***************************************************************************
*** common model parametersmodel name:0:nchmodel type:nmos***
***************************************************************************
namesvaluesunitsnamesvaluesunitsnamesvaluesunits
------------------------------------------------
1*** geometry parameters ***
ld=0.meterslmlt=1.00wd=0.meters
wmlt=1.00xl=0.metersxw=0.meters
lref=0.meterswref=0.meterslref=0.meters
wref=0.metersxlref=0.metersxwref=0.meters
lmin=0.meterswmin=0.meterslmax=0.meters
wmax=0.meters
2*** threshold voltage parameters ***
vto= 133.88m voltsnss=0.1/cm**2tpg=1.00
phi= 579.84m voltsgamma= 527.63m v**0.5bulk=gnd
ngate=0.cm**3nsub= 1.0e+15 1/cm**3delvto=0.volts
3*** gate overlap capacitance parameters ***
cgbo=0.f/metercgdo=0.f/metercgso=0.f/meter
meto=0.meters
4*** gate capacitance parameters ***
capop=2.00cf1=0.voltscf2= 100.00m volts
cf3=1.00voltscf4=50.00cf5= 666.67m
cf6= 500.00xqc= 500.00mtox= 100.00n meters
cox= 345.31u f/m**2
5*** diffusion parasitic parameters ***
acm=0.is=10.00f ampsjs=0.a/m**2
jsw=0.amp/mnds=1.00cbd=0.farad
cbs=0.faradcj= 101.85u f/m**2cjsw=0.f/m
cjgate=0.f/mmj= 500.00mmjsw= 330.00m
pb= 800.00m voltsphp= 800.00m voltstt=0.secs
hdif=0.metersldif=0.metersrd=0.ohms
rs=0.ohmsrsh=0.ohms/sqfc=0.
alpha=0.vcr=0.voltsiirat=0.
rdc=0.ohmsrsc=0.ohmsn=1.00
vnds=-1.00volts
6*** temperature effect parameters ***
tlev=0.tlevc=0.eg=1.11ev
gap1= 702.00u ev/deggap2=1.11k degxti=0.
bex=-1.50tcv=0.v/deg ktrd=0./deg
trs=0./degcta=0./degctp=0./deg
7*** noise parameters ***
kf=0.af=1.00nlev=2.00
gdsnoi=1.00
***level1model parameters***
lambda=0./vkp=20.72u a/v**2
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******circuit element summary tnom=25.000 temp=25.000 *****
**** capacitors
element name0:cload
node10ut
node20:0
model
cap eff750.0000f
tc10.
tc20.
scale1.0000
ic0.
m1.0000
w0.
l0.
temp25.0000
**** independent sources
namenode1node2dc voltac magac phasetype
0:vcc0:vcc0:05.00000.0.dc
0:vin0:in0:00.0.0.pulse
initial value200.0000m
pulsed value.4.8000
delay time...2.0000n
risetime.....1.0000n
falltime.....1.0000n
width........5.0000n
period.......20.0000n
**** mosfets
element name0:m10:m2
drain0ut0ut
gate0:vin0:in
source0:vcc0:0
bulk0:vcc0:0
model0:pch0:nch
w eff20.0000u20.0000u
l eff1.0000u1.0000u
rd eff0.0.
rs eff0.0.
cdsat10.0000f10.0000f
cssat10.0000f10.0000f
capbd0.0.
capbs0.0.
temp25.000025.0000
aic
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******element node table
0cloadvccvinm2:s
m2:b
invinm2:g
outcloadm1:dm2:d
vccvccm1:sm1:b
vinm1:g
*****************************************************************
******option summary
******
runlvl= 3bypass= 2
**diagnostic** rebuilding matrix with pivot option
**diagnostic** rebuilding matrix without pivot option
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******operating point information tnom=25.000 temp=25.000 *****
***** operating point status is voltagesimulation time is0.
node=voltagenode=voltagenode=voltage
+0:in= 200.0000m 0:out=4.99890:vcc=5.0000
+0:vin=0.
******
inverter circuit
******transient analysis tnom=25.000 temp=25.000 *****
x
timevoltagevoltage
inout
0.200.0000m4.9989
200.00000p200.0000m4.9989
400.00000p200.0000m4.9989
600.00000p200.0000m4.9989
800.00000p200.0000m4.9989
1.00000n200.0000m4.9989
1.20000n200.0000m4.9989
1.40000n200.0000m4.9989
1.60000n200.0000m4.9989
1.80000n200.0000m4.9989
2.00000n200.0000m4.9989
2.20000n1.12004.9738
2.40000n2.04004.8200
2.60000n2.96004.5579
2.80000n3.88004.0834
3.00000n4.80003.4383
3.20000n4.80002.8189
3.40000n4.80002.4280
3.60000n4.80002.1392
3.80000n4.80001.9269
4.00000n4.80001.8381
4.20000n4.80001.7558
4.40000n4.80001.7336
4.60000n4.80001.7115
4.80000n4.80001.6974
5.00000n4.80001.6935
5.20000n4.80001.6897
5.40000n4.80001.6872
5.60000n4.80001.6868
5.80000n4.80001.6864
6.00000n4.80001.6860
6.20000n4.80001.6856
6.40000n4.80001.6856
6.60000n4.80001.6856
6.80000n4.80001.6857
7.00000n4.80001.6858
7.20000n4.80001.6858
7.40000n4.80001.6858
7.60000n4.80001.6858
7.80000n4.80001.6858
8.00000n4.80001.6858
8.20000n3.88001.7801
8.40000n2.96001.9852
8.60000n2.04002.3167
8.80000n1.12002.6925
9.00000n200.0000m3.1183
9.20000n200.0000m3.4873
9.40000n200.0000m3.7699
9.60000n200.0000m4.0213
9.80000n200.0000m4.1846
10.00000n200.0000m4.3480
10.20000n200.0000m4.5113
10.40000n200.0000m4.6020
10.60000n200.0000m4.6710
10.80000n200.0000m4.7399
11.00000n200.0000m4.8089
11.20000n200.0000m4.8477
11.40000n200.0000m4.8719
11.60000n200.0000m4.8962
11.80000n200.0000m4.9204
12.00000n200.0000m4.9446
12.20000n200.0000m4.9553
12.40000n200.0000m4.9623
12.60000n200.0000m4.9694
12.80000n200.0000m4.9764
13.00000n200.0000m4.9835
13.20000n200.0000m4.9866
13.40000n200.0000m4.9886
13.60000n200.0000m4.9907
13.80000n200.0000m4.9927
14.00000n200.0000m4.9948
14.20000n200.0000m4.9956
14.40000n200.0000m4.9962
14.60000n200.0000m4.9967
14.80000n200.0000m4.9972
15.00000n200.0000m4.9978
15.20000n200.0000m4.9980
15.40000n200.0000m4.9982
15.60000n200.0000m4.9983
15.80000n200.0000m4.9985
16.00000n200.0000m4.9986
16.20000n200.0000m4.9987
16.40000n200.0000m4.9987
16.60000n200.0000m4.9987
16.80000n200.0000m4.9988
17.00000n200.0000m4.9988
17.20000n200.0000m4.9988
17.40000n200.0000m4.9989
17.60000n200.0000m4.9989
17.80000n200.0000m4.9989
18.00000n200.0000m4.9989
18.20000n200.0000m4.9989
18.40000n200.0000m4.9989
18.60000n200.0000m4.9989
18.80000n200.0000m4.9989
19.00000n200.0000m4.9989
19.20000n200.0000m4.9989
19.40000n200.0000m4.9989
19.60000n200.0000m4.9989
19.80000n200.0000m4.9989
20.00000n200.0000m4.9989
y
***** job concluded
1****** HSPICE -- C-2009.03-SP1 32-BIT (May 25 2009) winnt ******
******
inverter circuit
******job statistics summary tnom=25.000 temp=25.000 *****
******HSPICE Threads Information******
Command Line Threads Count:1
Available cpu Count:1
Actual Model Evaluation(Load) Threads Count :1
Actual Solver Threads Count:1
******Circuit Statistics******
# nodes=5 # elements=5
# resistors=0 # capacitors =1 # inductors=0
# mutual_inds =0 # vccs=0 # vcvs=0
# cccs=0 # ccvs=0 # volt_srcs=2
# curr_srcs=0 # diodes=0 # bjts=0
# jfets=0 # mosfets=2 # U elements=0
# T elements=0 # W elements =0 # B elements=0
# S elements=0 # P elements =0 # va device=0
******Runtime Statistics (seconds)******
analysistime# pointstot. iterconv.iter
op point0.0318
transient0.0110111347 rev=4
readin0.03
errchk0.01
setup0.00
output0.00
total memory used161kbytes
total cpu time0.08 seconds
total elapsed time0.09 seconds
job started at18:21:47 09/28/2009
job endedat18:21:47 09/28/2009
Init: hspice initialization file: C:\synopsys\Hspice_C-2009.03-SP1\hspice.ini
lic: Release hspice token(s)
然后点waveview出现invalid procedure call or argument 是我安装的有问题还是写的代码有问题
仿得是个反向器
Inverter Circuit
.OPTIONS LIST NODE POST
.TRAN 200P 20N
.PRINT TRAN V(IN)V(OUT)
M1 OUT VIN VCC VCC PCH L=1U W=20U
M2 OUT IN 0 0 NCH L=1U W=20U
VCC VCC 0 DC 5V
VIN IN 0 0 PULSE .2 4.8 2N 1N 1N 5N 20N
CLOAD OUT 0 .75P
.MODEL PCH PMOS LEVEL=1
.MODEL NCH NMOS LEVEL=1
.END
啥问题啊，怎么
指定的WAVEVIEWER没有安装后设置正确
It is that you have to specified a waveview program, than it can work normally
设置问题
看不懂，正学着呢
This is tool enviroument setting incorrect！
Make sure your tool path is correct ！
Good work
精彩, 多发这样的贴就好了. tHANKS