|
Sweep Beta with Tosc on vertical axis
.param beta=1.4
.param width='0.48u'
.param length='0.24u'
.param switchpoint=0.5
.param arean='width*0.6u'
.param perin='2*0.6u + width'
.param areap='beta*width*0.6u'
.param perip='2*0.6u + beta*width'
.lib '/home/ff/ee141/MODELS/g25.mod' TT
.subckt Inverter in out vdd vss
m1 out in vdd vdd pmos w='beta*width' l=length AD=areap PD=perip AS=areap PS=perip
m2 out in vss vss nmos w=width l=length AD=arean PD=perin AS=arean PS=perin
.ends Inverter
Vdd vdd 0 2.5
x1 1 2 vdd 0 Inverter
x2 2 3 vdd 0 Inverter
x3 3 4 vdd 0 Inverter
x4 4 5 vdd 0 Inverter
x5 5 1 vdd 0 Inverter
.op
.options post
* .dc Vin 0 2.5 0.01
.ic V(1)=2.5
*.tran .1p 3n uic sweep beta 1 1.8 0.05
.tran .1p 3n uic sweep switchpoint 0.4 0.6 0.05
.measure tran thl trig V(3) val='switchpoint*2.5' rise=2 targ V(4) val='switchpoint*2.5'
fall=1
.measure tran tlh trig V(3) val='switchpoint*2.5' fall=2 targ V(4) val='switchpoint*2.5'
rise=2
.measure tran tosc trig V(3) val='switchpoint*2.5' cross=2 targ V(3)
val='switchpoint*2.5' cross=4
.end
HW4#3a Verify Vm=VDD/2
.lib '/home/ff/ee141/MODELS/g25.mod' TT
*****************************************
* Circuit
* vdd
* |
* in---(Inverter)--out3
*(VIN)
|
* |
|
* 0
0
*****************************************
* Parameter
*****************************************
.param vddp=2.5
.param ln_min=0.24u
.param lp_min=0.24u
.param l_drain=0.6
.param arean(w)='(w*l_drain*1p)'
.param areap(w)='(w*l_drain*1p)'
.param perin(w)='((w*1u)+(l_drain*2u))'
.param perip(w)='((w*1u)+(l_drain*2u))'
*****************************************
* Netlist
*****************************************
VDD vdd 0 'vddp'
VIN in 0 PULSE 0 5 2NS 2NS 30NS 60NS
*M(#) d g s b (beta=3.487)*0.36=1.255u
M1 out in vdd vdd pmos l='lp_min' w=1.255u
M2 out in 0 0 nmos l='ln_min' w=0.36u
*****************************************
* Analysis
*****************************************
.options post=2 nomod
.op
.tran 1ns 30ns
.DC VIN 0 2.5 0.1
.end
HW4#3b Measure tpHL, tpLH, tosc
.lib '/home/ff/ee141/MODELS/g25.mod' TT
*****************************************
* Circuit
* 1-(NOT)-2-(NOT)-3-(NOT)-4-(NOT)-5-(NOT)-
* |
|
* ----------------------------------------------------
*****************************************
* Parameter
*****************************************
.param vddp=2.5
.param beta=3.487
.param ln=0.24u
.param wn=0.48u
.param lp=0.24u
.param wp=wn*beta *(beta=3.487)*0.48= 1.674u
.param l_drain=0.6
.param arean(w)='(w*l_drain*1p)'
.param areap(w)='(w*l_drain*1p)'
.param perin(w)='((w*1u)+(l_drain*2u))'
.param perip(w)='((w*1u)+(l_drain*2u))'
*****************************************
* Netlist
*****************************************
VDD vdd 0 'vddp'
*VIN in 0 PULSE 0 5 2NS 2NS 30NS 60NS
.subckt inverter in out vdd 0
*M(#) d g s b
M1 out in vdd vdd pmos l='lp' w='wp'
M2 out in 0 0 nmos l='ln' w='wn'
.ends inverter
x1 1 2 vdd 0 inverter
x2 2 3 vdd 0 inverter
x3 3 4 vdd 0 inverter
x4 4 5 vdd 0 inverter
x5 5 1 vdd 0 inverter
*initial condition
.ic v(1)=vddp
*.tran 0.1ns 30ns sweep swpoint lin 5 0.4 0.5
*****************************************
* Analysis
*****************************************
.meas tLH_40_percent trig v(1) val=1 rise =1 targ v(2) val=1 fall =1
.meas tHL_40_percent trig v(1) val=1 fall =1 targ v(2) val=1 rise =1
.meas tosc_40_percent trig v(1) val=1 fall=1 targ v(1) val=1 cross=3
.meas tLH_45_percent trig v(1) val=1.125 rise =1 targ v(2) val=1.125 fall =1
.meas tHL_45_percent trig v(1) val=1.125 fall =1 targ v(2) val=1.125 rise =1
.meas tosc_45_percent trig v(1) val=1.125 fall=1 targ v(1) val=1.125 cross=3
.meas tLH_50_percent trig v(1) val=1.25 rise=1 targ v(2) val=1.25 fall=1
.meas tHL_50_percent trig v(1) val=1.25 fall =1 targ v(2) val=1.25 rise =1
.meas tosc_50_percent trig v(1) val=1.25 fall=1 targ v(1) val=1.25 cross=3
.meas tLH_55_percent trig v(1) val=1.375 rise =1 targ v(2) val=1.375 fall =1
.meas tHL_55_percent trig v(1) val=1.375 fall =1 targ v(2) val=1.375 rise =1
.meas tosc_55_percent trig v(1) val=1.375 fall=1 targ v(1) val=1.375 cross=3
.meas tLH_60_percent trig v(1) val=1.5 rise =1 targ v(2) val=1.5 fall =1
.meas tHL_60_percent trig v(1) val=1.5 fall =1 targ v(2) val=1.5 rise =1
.meas tosc_60_percent trig v(1) val=1.5 fall=1 targ v(1) val=1.5 cross=3
.options post=2 nomod
.op
.tran 1ns 5ns sweep beta 1 2 0.1
*.DC VIN 0 2.5 0.1
.end
****** HSPICE -- V-2004.03 (20040116) 13:57:29
02/16/2006 solaris
Copyright (C) 2004 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:
/share/instsww/synopsys/hspice//2004.03/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: hw4_3b.sp
lic:
lic: FLEXlm: v6.1g
lic: USER: billhung HOSTNAME: cory.EECS.Berkeley.EDU
lic: HOSTID: 80c49828 PID: 18868
lic: Using FLEXlm license file:
lic: /share/instsww/synopsys/Univ_Tools/adm/license.dat
lic: Checkout hspice; Encryption code: 9D14601D58AA53638258
lic: License/Maintenance for hspice will expire on 28-sep-2006/2005.09
lic: 3(in_use)/50 FLOATING license(s) on SERVER
lic:
.lib '/home/ff/ee141/models/g25.mod' tt
.param toxp = 5.8e-9 toxn = 5.8e-9
+dxl = 0 dxw = 0
+dvthn = 0 dvthp = 0
+cjn = 2.024128e-3 cjp = 1.931092e-3
+cjswn = 2.751528e-10 cjswp = 2.232277e-10
+cgon = 3.11e-10 cgop = 2.68e-10
+cjgaten = 2.135064e-10 cjgatep = 1.607088e-10
+hdifn = 3.1e-07 hdifp = 3.1e-7
.lib '/home/ff/ee141/models/g25.mod' mos
***************************************************************
* nmos devices model *
***************************************************************
.model nmos nmos (
+lmin = 2.4e-07 lmax = '5.1e-07-dxl'
+level = 49 tnom = 25 xl = '3e-8 + dxl'
+xw = '0 + dxw' version = 3.1 tox = toxn
+calcacm = 1 sfvtflag= 0 vfbflag = 1
+xj = 1e-07 nch = 2.354946e+17 lln = 1
+lwn = 1 wln = 1 wwn = 1
+lint = 1.76e-08 wint = 6.75e-09 mobmod = 1
+binunit = 2 dwg = 0 dwb = 0
+vth0 = '0.4321336+dvthn' lvth0 = 2.081814e-08 wvth0 = -5.470342e-11
+pvth0 = -6.721795e-16 k1 = 0.3281252 lk1 = 9.238362e-08
+wk1 = 2.878255e-08 pk1 = -2.426481e-14 k2 = 0.0402824
+lk2 = -3.208392e-08 wk2 = -1.154091e-08 pk2 = 9.192045e-15
+k3 = 0 dvt0 = 0 dvt1 = 0
+dvt2 = 0 dvt0w = 0 dvt1w = 0
+dvt2w = 0 nlx = 0 w0 = 0
+k3b = 0 vsat = 7.586954e+04 lvsat = 3.094656e-03
+wvsat = -1.747416e-03 pvsat = 8.820956e-10 ua = 8.924498e-10
+lua = -1.511745e-16 wua = -3.509821e-17 pua = -3.08778e-23
+ub = 8.928832e-21 lub = -1.655745e-27 wub = -2.03282e-27
+pub = 3.4578e-34 uc = -1.364265e-11 luc = 1.170473e-17
+wuc = -1.256705e-18 puc = -6.249644e-24 rdsw = 447.8871
+prwb = 0 prwg = 0 wr = 0.99
+u0 = 0.06005258 lu0 = -6.31976e-09 wu0 = -8.819531e-09
+pu0 = 3.57209e-15 a0 = -1.468837 la0 = 6.419548e-07
+wa0 = 5.512414e-07 pa0 = -9.222928e-14 keta = -0.04922795
+lketa = 2.360844e-08 wketa = 1.560385e-08 pketa = -5.98377e-15
+a1 = 0.02659908 la1 = -6.511454e-09 a2 = 1
+ags = -4.01637 lags = 1.090294e-06 wags = 1.162021e-06
+pags = -3.108579e-13 b0 = 0 b1 = 0
+voff = -0.1829426 lvoff = 9.941631e-09 wvoff = 1.568082e-08
+pvoff = -2.832958e-15 nfactor = 0.6790636 lnfactor= 3.454948e-08
+wnfactor= 1.501016e-07 pnfactor= -2.955591e-14 cit = 2.218499e-04
+lcit = -1.076934e-10 wcit = -3.286884e-10 pcit = 1.658928e-16
+cdsc = 0 cdscb = 0 cdscd = 0
+eta0 = 1.215578e-04 leta0 = -1.037758e-11 weta0 = -3.030225e-11
+peta0 = 1.529658e-17 etab = 3.548681e-03 letab = -1.791374e-09
+wetab = -6.897268e-10 petab = 3.481742e-16 dsub = 0
+pclm = 3.583838 lpclm = -6.874146e-07 wpclm = 5.664574e-08
+ppclm = -1.33176e-15 pdiblc1 = 0 pdiblc2 = 5.379674e-03
+lpdiblc2= 7.808481e-09 wpdiblc2= 5.516945e-10 ppdiblc2= -2.784957e-16
+pdiblcb = -0.1229374 lpdiblcb= 4.956215e-08 wpdiblcb= 3.299946e-08
+ppdiblcb= -9.624918e-15 drout = 0 pscbe1 = 4.472639e+08
+lpscbe1 = 28.64041 wpscbe1 = 15.7154 ppscbe1 = -7.933138e-06
+pscbe2 = 1.842585e-06 lpscbe2 = 2.871008e-12 wpscbe2 = 2.579183e-12
+ppscbe2 = -1.301972e-18 pvag = -2.015254e-03 lpvag = 1.017757e-09
+wpvag = 3.07622e-10 ppvag = -1.55418e-16 delta = -0.02862256
+ldelta = 1.492454e-08 wdelta = -6.71663e-09 pdelta = 3.407521e-15
+alpha0 = 0 beta0 = 30 kt1 = -0.2579945
+lkt1 = -1.664895e-08 wkt1 = -1.633463e-08 pkt1 = 3.755864e-15
+kt2 = -0.05347481 lkt2 = 8.244731e-09 wkt2 = 1.13705e-09
+pkt2 = -1.240924e-15 at = -1.132632e+04 lat = 6.469047e-03
+wat = 6.829220e-04 pat = -4.154249e-10 ute = -2.309089
+lute = 1.662427e-07 wute = 1.244801e-07 pute = -5.627924e-14
+ua1 = -3.461758e-10 lua1 = 1.747495e-16 wua1 = -1.42065e-16
+pua1 = 7.171442e-23 ub1 = 0 uc1 = -2.38157e-12
+luc1 = -2.895726e-18 wuc1 = -1.990052e-17 puc1 = 1.004497e-23
+kt1l = 0 prt = -1e-18 cj = cjn
+mj = 0.4960069 pb = 0.9173808 cjsw = cjswn
+mjsw = 0.443145 pbsw = 0.9173808 cjswg = cjgaten
+mjswg = 0.443145 pbswg = 0.9173808 hdif = hdifn
+rs = 0 rd = 0
+acm = 12 ldif = 1.2e-07 rsh = 4.5
+cta = 7.707813e-04 ctp = 5.512283e-04 pta = 1.167715e-03
+ptp = 1.167715e-03 n = 1 xti = 3
+cgdo = 'cgon' cgso = 'cgon' capmod = 0
+nqsmod = 0 xpart = 1 cf = 0
+tlev = 1 tlevc = 1 js = 1e-06
+jsw = 5e-11 )
*
***************************************************************
* pmos devices model *
***************************************************************
**warning** model nmos
device geometries will not be checked against the limits set by
lmin, lmax, wmin and wmax. To enable this check, add a period(.)
to the model name(i.e. enable model selector).
.model pmos pmos ( level = 49
+version = 3.1 lmin = 2.4e-7 lmax = '5.0e-7-dxl'
+xl = '3e-8+dxl'
+xw = '0+dxw' tnom = 25 tox = toxp
+calcacm = 1 sfvtflag= 0 vfbflag = 1
+xj = 1e-7 nch = 4.1589e17
+lln = 1 lwn = 1 wln = 1
+wwn = 1 lint = 1.2365e-8 wint = 7.8e-9
+mobmod = 1 binunit = 2 dwg = 0
+dwb = 0 vth0 = 'dvthp-0.6236538' lvth0 = 2.649834e-8
+wvth0 = 3.214189e-8 pvth0 = -3.22268e-15 k1 = 0.4198155
+lk1 = 5.770498e-8 wk1 = 5.577151e-8 pk1 = -2.81684e-14
+k2 = 0.0429467 lk2 = -2.296405e-8 wk2 = -1.355302e-8
+pk2 = 6.848271e-15 k3 = 0 dvt0 = 0
+dvt1 = 0 dvt2 = 0 dvt0w = 0
+dvt1w = 0 dvt2w = 0 nlx = 0
+w0 = 0 k3b = 0 vsat = 1.443912e5
+lvsat = -7.688012e-4 wvsat = -6.083648e-3 pvsat = 2.186471e-10
+ua = 1.846811e-9 lua = -3.27694e-16 wua = -2.82106e-16
+pua = 7.180233e-23 ub = -7.84535e-19 lub = 4.772849e-25
+wub = 2.599205e-25 pub = -1.46530e-31 uc = -1.75560e-10
+luc = 3.360832e-17 wuc = 1.504425e-17 puc = -1.30556e-23
+rdsw = 1.03e3 prwb = 0 prwg = 0
+wr = 1 u0 = 0.0136443 lu0 = -7.22084e-10
+wu0 = -1.088554e-9 pu0 = 2.730854e-16 a0 = 0.1071803
+la0 = 4.64252e-7 wa0 = 5.383179e-7 pa0 = -1.32033e-13
+keta = -4.943762e-3 lketa = -3.565304e-9 wketa = -5.226247e-9
+pketa = 2.640665e-15 a1 = 0 a2 = 0.4
+ags = 0.1664005 lags = 1.19106e-7 wags = 5.29237e-8
+pags = -2.67304e-14 b0 = 0 b1 = 0
+voff = -0.0592623 lvoff = -1.96686e-8 wvoff = -1.486398e-8
+pvoff = 7.510321e-15 nfactor = 0.8588103 lnfactor= -1.158881e-7
+wnfactor= 1.210664e-8 pnfactor= -6.11712e-15 cit = 6.439495e-5
+lcit = 2.916437e-10 wcit = -3.11284e-11 pcit = 1.572825e-17
+cdsc = 0 cdscb = 0 cdscd = 0
+eta0 = -3.819468e-3 leta0 = 2.155422e-9 weta0 = 8.235612e-10
+peta0 = -4.16037e-16 etab = 1.334637e-3 letab = -7.93631e-10
+wetab = 5.284657e-11 petab = -2.68353e-17 dsub = 0
+pclm = 0.1098002 lpclm = 6.874263e-7 wpclm = 6.724724e-7
+ppclm = -1.97766e-13 pdiblc1 = 0 pdiblc2 = 5.801323e-3
+lpdiblc2= -1.81964e-9 wpdiblc2= -5.853396e-9 ppdiblc2= 2.957545e-15
+pdiblcb = 0.1921199 drout = 0 pscbe1 = 7.19e8
+pscbe2 = 1e-20 pvag = 0 delta = 0.01
+alpha0 = 0 beta0 = 30 kt1 = -0.3248987
+lkt1 = -1.160393e-8 wkt1 = 4.153356e-8 pkt1 = -4.62347e-15
+kt2 = -0.0367632 at = 1e4 ute = -1.04
+ua1 = 3.992421e-10 ub1 = -9.23294e-19 lub1 = -5.28718e-26
+wub1 = -6.13069e-26 pub1 = 1.503674e-32 uc1 = -1.00699e-12
+kt1l = 0 prt = 0 cj = cjp
+mj = 0.4812153 pb = 0.9134669 cjsw = cjswp
+mjsw = 0.3237595 pbsw = 0.9134669 cjswg = cjgatep
+mjswg = 0.3237595 pbswg = 0.9134669 hdif = hdifp
+ldif = 1.2e-7 acm = 12 rs = 0
+rd = 0 rsh = 3.5 cta = 8.3043e-4
+ctp = 4.30175e-4 pta = 1.3004e-3 ptp = 1.3004e-3
+cgdo = cgop cgso = cgop
+capmod = 0 nqsmod = 0 xpart = 1
+cf = 0 n = 1 xti = 3
+tlev = 1 tlevc = 1 js = 3e-7
+jsw = 5e-12 )
*
**warning** model pmos
device geometries will not be checked against the limits set by
lmin, lmax, wmin and wmax. To enable this check, add a period(.)
to the model name(i.e. enable model selector).
.endl mos
.endl tt
*****************************************
* circuit
* 1-(not)-2-(not)-3-(not)-4-(not)-5-(not)-
* | |
* ---------------------------------------
*****************************************
* parameter
*****************************************
.param vddp=2.5
.param beta=3.487
.param ln=0.24u
.param wn=0.48u
.param lp=0.24u
.param wp=wn*beta *(beta=3.487)*0.48= 1.674u
.param l_drain=0.6
.param arean(w)='(w*l_drain*1p)'
.param areap(w)='(w*l_drain*1p)'
.param perin(w)='((w*1u)+(l_drain*2u))'
.param perip(w)='((w*1u)+(l_drain*2u))'
*****************************************
* netlist
*****************************************
vdd vdd 0 'vddp'
*vin in 0 pulse 0 5 2ns 2ns 30ns 60ns
.subckt inverter in out vdd 0
*m(#) d g s b
m1 out in vdd vdd pmos l='lp' w='wp'
m2 out in 0 0 nmos l='ln' w='wn'
.ends inverter
x1 1 2 vdd 0 inverter
x2 2 3 vdd 0 inverter
x3 3 4 vdd 0 inverter
x4 4 5 vdd 0 inverter
x5 5 1 vdd 0 inverter
*initial condition
.ic v(1)=vddp
*.tran 0.1ns 30ns sweep swpoint lin 5 0.4 0.5
*****************************************
* analysis
*****************************************
.meas tlh_40_percent trig v(1) val=1 rise =1 targ v(2) val=1 fall =1
.meas thl_40_percent trig v(1) val=1 fall =1 targ v(2) val=1 rise =1
.meas tosc_40_percent trig v(1) val=1 fall=1 targ v(1) val=1 cross=3
.meas tlh_45_percent trig v(1) val=1.125 rise =1 targ v(2) val=1.125 fall =1
.meas thl_45_percent trig v(1) val=1.125 fall =1 targ v(2) val=1.125 rise =1
.meas tosc_45_percent trig v(1) val=1.125 fall=1 targ v(1) val=1.125 cross=3
.meas tlh_50_percent trig v(1) val=1.25 rise=1 targ v(2) val=1.25 fall=1
.meas thl_50_percent trig v(1) val=1.25 fall =1 targ v(2) val=1.25 rise =1
.meas tosc_50_percent trig v(1) val=1.25 fall=1 targ v(1) val=1.25 cross=3
.meas tlh_55_percent trig v(1) val=1.375 rise =1 targ v(2) val=1.375 fall =1
.meas thl_55_percent trig v(1) val=1.375 fall =1 targ v(2) val=1.375 rise =1
.meas tosc_55_percent trig v(1) val=1.375 fall=1 targ v(1) val=1.375 cross=3
.meas tlh_60_percent trig v(1) val=1.5 rise =1 targ v(2) val=1.5 fall =1
.meas thl_60_percent trig v(1) val=1.5 fall =1 targ v(2) val=1.5 rise =1
.meas tosc_60_percent trig v(1) val=1.5 fall=1 targ v(1) val=1.5 cross=3
.options post=2 nomod
.op
.tran 1ns 5ns sweep beta 1 2 0.1
*.dc vin 0 2.5 0.1
.end
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** circuit name directory
******
circuit number to circuit name directory
number circuitname definition multiplier
0 main circuit
1 x1. inverter 1.00
2 x2. inverter 1.00
3 x3. inverter 1.00
4 x4. inverter 1.00
5 x5. inverter 1.00
Opening plot unit= 15
file=./hw4_3b.pa0
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** operating point information tnom= 25.000 temp= 25.000
******
***** operating point status is all simulation time is 0.
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 18.1849n 0:3 = 2.5000
+0:4 = 18.1842n 0:5 = 2.5000 0:vdd = 2.5000
**** voltage sources
subckt
element 0:vdd
volts 2.5000
current -33.9912p
power 84.9780p
total voltage source power dissipation= 84.9780p watts
**** mosfets
subckt x1 x1 x2 x2 x3 x3
element 1:m1 1:m2 2:m1 2:m2 3:m1 3:m2
model 0:pmos 0:nmos 0:pmos 0:nmos 0:pmos 0:nmos
region Cutoff Linear Linear Cutoff Cutoff Linear
id -4.4211p 9.4212p -7.5758p 2.5755p -4.4208p 9.4208p
ibs 4.060e-27 -1.175e-25 4.444e-27 -6.333e-26 4.060e-27 -1.175e-25
ibd 23.2489a -7.795e-23 1.654e-23 -110.2976a 23.2489a -7.795e-23
vgs -2.7913u 2.5000 -2.5000 18.1849n -18.2881n 2.5000
vds -2.5000 18.1849n -18.2881n 2.5000 -2.5000 18.1842n
vbs 0. 0. 0. 0. 0. 0.
vth -470.8399m 514.5429m -504.1563m 513.4025m -470.8399m 514.5429m
vdsat -35.9150m 822.4239m -1.1915 38.3529m -35.9150m 822.4248m
beta 388.8238u 587.1048u 282.8400u 564.9366u 388.8238u 587.1048u
gam eff 698.7719m 630.7786m 698.7719m 630.7786m 698.7719m 630.7786m
gm 128.1112p 2.5439p 1.8822p 75.9333p 128.1009p 2.5438p
gds 2.0149p 519.6419u 414.4705u 794.7829f 2.0147p 519.6423u
gmb 36.6286p 659.2497f 1.1976p 21.3883p 36.6257p 659.2236f
cdtot 2.1077f 1.9011f 5.5413f 780.7565a 2.1077f 1.9011f
cgtot 1.6375f 961.1663a 3.3329f 497.2208a 1.6375f 961.1663a
cstot 3.3687f 1.9411f 5.7009f 1.3240f 3.3687f 1.9411f
cbtot 5.3364f 2.5741f 6.6661f 2.0217f 5.3364f 2.5741f
cgs 444.3869a 471.1472a 1.6551f 145.0815a 444.3869a 471.1472a
cgd 444.3869a 471.1472a 1.6551f 145.0815a 444.3869a 471.1472a
subckt x4 x4 x5 x5
element 4:m1 4:m2 5:m1 5:m2
model 0:pmos 0:nmos 0:pmos 0:nmos
region Linear Cutoff Cutoff Saturati
id -7.5753p 2.5755p -134.4652a 279.1345u
ibs 4.443e-27 -6.333e-26 0. -3.4283a
ibd 1.654e-23 -110.2976a 2.526e-21 -110.2976a
vgs -2.5000 18.1842n -18.2868n 2.5000
vds -18.2868n 2.5000 -2.7913u 2.5000
vbs 0. 0. 0. 0.
vth -504.1563m 513.4025m -504.1563m 513.6040m
vdsat -1.1915 38.3529m -35.9188m 822.5059m
beta 282.8400u 564.9366u 385.4733u 587.0784u
gam eff 698.7719m 630.7786m 698.7719m 630.8111m
gm 1.8821p 75.9333p 3.9010f 165.7123u
gds 414.4705u 794.7829f 48.1702p 9.3909u
gmb 1.1975p 21.3883p 1.1981f 31.4939u
cdtot 5.5413f 780.7565a 3.3687f 780.8276a
cgtot 3.3329f 497.2208a 1.6375f 776.9125a
cstot 5.7009f 1.3240f 3.3687f 1.8898f
cbtot 6.6661f 2.0217f 6.5974f 2.0009f
cgs 1.6551f 145.0815a 444.3869a 576.6327a
cgd 1.6551f 145.0815a 444.3869a 145.0815a
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.000E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 12.4200n 0:3 = 2.5000
+0:4 = 12.4198n 0:5 = 2.5000 0:vdd = 2.5000
Opening plot unit= 15
file=./hw4_3b.tr0
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 4.8051E-11 targ= 2.9985E-10 trig= 2.5179E-10
thl_40_percent= 4.0588E-11 targ= 6.2635E-11 trig= 2.2048E-11
tosc_40_percent= 4.6170E-10 targ= 4.8374E-10 trig= 2.2048E-11
tlh_45_percent= 4.0289E-11 targ= 2.9689E-10 trig= 2.5660E-10
thl_45_percent= 4.7581E-11 targ= 6.7540E-11 trig= 1.9959E-11
tosc_45_percent= 4.6099E-10 targ= 4.8095E-10 trig= 1.9959E-11
tlh_50_percent= 3.2101E-11 targ= 2.9405E-10 trig= 2.6195E-10
thl_50_percent= 5.4581E-11 targ= 7.2725E-11 trig= 1.8144E-11
tosc_50_percent= 4.6000E-10 targ= 4.7815E-10 trig= 1.8144E-11
tlh_55_percent= 2.3565E-11 targ= 2.9126E-10 trig= 2.6770E-10
thl_55_percent= 6.2254E-11 targ= 7.8584E-11 trig= 1.6330E-11
tosc_55_percent= 4.5902E-10 targ= 4.7535E-10 trig= 1.6330E-11
tlh_60_percent= 1.4824E-11 targ= 2.8847E-10 trig= 2.7364E-10
thl_60_percent= 7.0343E-11 targ= 8.4859E-11 trig= 1.4515E-11
tosc_60_percent= 4.5754E-10 targ= 4.7205E-10 trig= 1.4515E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.100E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 12.6709n 0:3 = 2.5000
+0:4 = 12.6707n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 4.9825E-11 targ= 2.9266E-10 trig= 2.4284E-10
thl_40_percent= 3.7835E-11 targ= 6.1010E-11 trig= 2.3175E-11
tosc_40_percent= 4.5297E-10 targ= 4.7614E-10 trig= 2.3175E-11
tlh_45_percent= 4.2054E-11 targ= 2.8960E-10 trig= 2.4755E-10
thl_45_percent= 4.5314E-11 targ= 6.5847E-11 trig= 2.0533E-11
tosc_45_percent= 4.5261E-10 targ= 4.7315E-10 trig= 2.0533E-11
tlh_50_percent= 3.3781E-11 targ= 2.8658E-10 trig= 2.5280E-10
thl_50_percent= 5.2790E-11 targ= 7.1456E-11 trig= 1.8666E-11
tosc_50_percent= 4.5149E-10 targ= 4.7015E-10 trig= 1.8666E-11
tlh_55_percent= 2.5072E-11 targ= 2.8374E-10 trig= 2.5867E-10
thl_55_percent= 6.0265E-11 targ= 7.7065E-11 trig= 1.6800E-11
tosc_55_percent= 4.4979E-10 targ= 4.6659E-10 trig= 1.6800E-11
tlh_60_percent= 1.6363E-11 targ= 2.8090E-10 trig= 2.6454E-10
thl_60_percent= 6.7740E-11 targ= 8.2673E-11 trig= 1.4933E-11
tosc_60_percent= 4.4806E-10 targ= 4.6299E-10 trig= 1.4933E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.200E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 12.9182n 0:3 = 2.5000
+0:4 = 12.9179n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.1508E-11 targ= 2.9267E-10 trig= 2.4116E-10
thl_40_percent= 3.5947E-11 targ= 6.0198E-11 trig= 2.4251E-11
tosc_40_percent= 4.5004E-10 targ= 4.7429E-10 trig= 2.4251E-11
tlh_45_percent= 4.3005E-11 targ= 2.8903E-10 trig= 2.4602E-10
thl_45_percent= 4.3696E-11 targ= 6.4814E-11 trig= 2.1118E-11
tosc_45_percent= 4.5027E-10 targ= 4.7138E-10 trig= 2.1118E-11
tlh_50_percent= 3.4682E-11 targ= 2.8556E-10 trig= 2.5088E-10
thl_50_percent= 5.1048E-11 targ= 7.0246E-11 trig= 1.9198E-11
tosc_50_percent= 4.4928E-10 targ= 4.6848E-10 trig= 1.9198E-11
tlh_55_percent= 2.5573E-11 targ= 2.8210E-10 trig= 2.5653E-10
thl_55_percent= 5.8524E-11 targ= 7.5801E-11 trig= 1.7278E-11
tosc_55_percent= 4.4830E-10 targ= 4.6558E-10 trig= 1.7278E-11
tlh_60_percent= 1.6184E-11 targ= 2.7864E-10 trig= 2.6245E-10
thl_60_percent= 6.5999E-11 targ= 8.1357E-11 trig= 1.5358E-11
tosc_60_percent= 4.4683E-10 targ= 4.6219E-10 trig= 1.5358E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.300E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 13.1624n 0:3 = 2.5000
+0:4 = 13.1621n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.0859E-11 targ= 2.9683E-10 trig= 2.4597E-10
thl_40_percent= 3.4972E-11 targ= 6.0254E-11 trig= 2.5281E-11
tosc_40_percent= 4.5546E-10 targ= 4.8074E-10 trig= 2.5281E-11
tlh_45_percent= 4.3601E-11 targ= 2.9389E-10 trig= 2.5029E-10
thl_45_percent= 4.3123E-11 targ= 6.4834E-11 trig= 2.1711E-11
tosc_45_percent= 4.5541E-10 targ= 4.7712E-10 trig= 2.1711E-11
tlh_50_percent= 3.5772E-11 targ= 2.9094E-10 trig= 2.5517E-10
thl_50_percent= 4.9813E-11 targ= 6.9551E-11 trig= 1.9738E-11
tosc_50_percent= 4.5384E-10 targ= 4.7357E-10 trig= 1.9738E-11
tlh_55_percent= 2.7667E-11 targ= 2.8802E-10 trig= 2.6036E-10
thl_55_percent= 5.6875E-11 targ= 7.4639E-11 trig= 1.7764E-11
tosc_55_percent= 4.5230E-10 targ= 4.7007E-10 trig= 1.7764E-11
tlh_60_percent= 1.9177E-11 targ= 2.8511E-10 trig= 2.6593E-10
thl_60_percent= 6.4697E-11 targ= 8.0487E-11 trig= 1.5790E-11
tosc_60_percent= 4.5077E-10 targ= 4.6656E-10 trig= 1.5790E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.400E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 13.4041n 0:3 = 2.5000
+0:4 = 13.4037n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.2608E-11 targ= 2.9585E-10 trig= 2.4324E-10
thl_40_percent= 3.3588E-11 targ= 5.9861E-11 trig= 2.6272E-11
tosc_40_percent= 4.5529E-10 targ= 4.8156E-10 trig= 2.6272E-11
tlh_45_percent= 4.4924E-11 targ= 2.9283E-10 trig= 2.4790E-10
thl_45_percent= 4.1877E-11 targ= 6.4379E-11 trig= 2.2502E-11
tosc_45_percent= 4.5597E-10 targ= 4.7848E-10 trig= 2.2502E-11
tlh_50_percent= 3.7240E-11 targ= 2.8981E-10 trig= 2.5257E-10
thl_50_percent= 4.8726E-11 targ= 6.9011E-11 trig= 2.0285E-11
tosc_50_percent= 4.5528E-10 targ= 4.7557E-10 trig= 2.0285E-11
tlh_55_percent= 2.8879E-11 targ= 2.8679E-10 trig= 2.5791E-10
thl_55_percent= 5.5693E-11 targ= 7.3950E-11 trig= 1.8256E-11
tosc_55_percent= 4.5441E-10 targ= 4.7266E-10 trig= 1.8256E-11
tlh_60_percent= 2.0193E-11 targ= 2.8377E-10 trig= 2.6358E-10
thl_60_percent= 6.3340E-11 targ= 7.9568E-11 trig= 1.6228E-11
tosc_60_percent= 4.5353E-10 targ= 4.6976E-10 trig= 1.6228E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.500E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 13.6435n 0:3 = 2.5000
+0:4 = 13.6431n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.5692E-11 targ= 2.9330E-10 trig= 2.3761E-10
thl_40_percent= 3.2376E-11 targ= 5.9605E-11 trig= 2.7229E-11
tosc_40_percent= 4.4647E-10 targ= 4.7370E-10 trig= 2.7229E-11
tlh_45_percent= 4.7826E-11 targ= 2.8976E-10 trig= 2.4194E-10
thl_45_percent= 4.0602E-11 targ= 6.4072E-11 trig= 2.3470E-11
tosc_45_percent= 4.4722E-10 targ= 4.7069E-10 trig= 2.3470E-11
tlh_50_percent= 3.9701E-11 targ= 2.8622E-10 trig= 2.4652E-10
thl_50_percent= 4.7974E-11 targ= 6.8812E-11 trig= 2.0838E-11
tosc_50_percent= 4.4684E-10 targ= 4.6768E-10 trig= 2.0838E-11
tlh_55_percent= 3.1142E-11 targ= 2.8268E-10 trig= 2.5154E-10
thl_55_percent= 5.5196E-11 targ= 7.3950E-11 trig= 1.8754E-11
tosc_55_percent= 4.4591E-10 targ= 4.6466E-10 trig= 1.8754E-11
tlh_60_percent= 2.2041E-11 targ= 2.7915E-10 trig= 2.5710E-10
thl_60_percent= 6.2653E-11 targ= 7.9324E-11 trig= 1.6671E-11
tosc_60_percent= 4.4494E-10 targ= 4.6161E-10 trig= 1.6671E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.600E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 13.8809n 0:3 = 2.5000
+0:4 = 13.8806n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.4943E-11 targ= 2.9276E-10 trig= 2.3782E-10
thl_40_percent= 3.1307E-11 targ= 5.9463E-11 trig= 2.8156E-11
tosc_40_percent= 4.4460E-10 targ= 4.7275E-10 trig= 2.8156E-11
tlh_45_percent= 4.7575E-11 targ= 2.8969E-10 trig= 2.4212E-10
thl_45_percent= 3.9487E-11 targ= 6.3889E-11 trig= 2.4402E-11
tosc_45_percent= 4.4520E-10 targ= 4.6960E-10 trig= 2.4402E-11
tlh_50_percent= 4.0237E-11 targ= 2.8667E-10 trig= 2.4644E-10
thl_50_percent= 4.7096E-11 targ= 6.8494E-11 trig= 2.1397E-11
tosc_50_percent= 4.4505E-10 targ= 4.6645E-10 trig= 2.1397E-11
tlh_55_percent= 3.2140E-11 targ= 2.8366E-10 trig= 2.5152E-10
thl_55_percent= 5.4355E-11 targ= 7.3612E-11 trig= 1.9258E-11
tosc_55_percent= 4.4411E-10 targ= 4.6337E-10 trig= 1.9258E-11
tlh_60_percent= 2.3770E-11 targ= 2.8064E-10 trig= 2.5687E-10
thl_60_percent= 6.1683E-11 targ= 7.8801E-11 trig= 1.7118E-11
tosc_60_percent= 4.4320E-10 targ= 4.6031E-10 trig= 1.7118E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.700E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 14.1168n 0:3 = 2.5000
+0:4 = 14.1164n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.5802E-11 targ= 2.9522E-10 trig= 2.3942E-10
thl_40_percent= 3.0361E-11 targ= 5.9418E-11 trig= 2.9057E-11
tosc_40_percent= 4.5005E-10 targ= 4.7911E-10 trig= 2.9057E-11
tlh_45_percent= 4.7523E-11 targ= 2.9188E-10 trig= 2.4435E-10
thl_45_percent= 3.8508E-11 targ= 6.3811E-11 trig= 2.5303E-11
tosc_45_percent= 4.5019E-10 targ= 4.7549E-10 trig= 2.5303E-11
tlh_50_percent= 3.9437E-11 targ= 2.8873E-10 trig= 2.4929E-10
thl_50_percent= 4.6334E-11 targ= 6.8296E-11 trig= 2.1961E-11
tosc_50_percent= 4.4990E-10 targ= 4.7186E-10 trig= 2.1961E-11
tlh_55_percent= 3.1399E-11 targ= 2.8562E-10 trig= 2.5423E-10
thl_55_percent= 5.3632E-11 targ= 7.3398E-11 trig= 1.9765E-11
tosc_55_percent= 4.4846E-10 targ= 4.6822E-10 trig= 1.9765E-11
tlh_60_percent= 2.3371E-11 targ= 2.8253E-10 trig= 2.5916E-10
thl_60_percent= 6.0930E-11 targ= 7.8499E-11 trig= 1.7569E-11
tosc_60_percent= 4.4702E-10 targ= 4.6459E-10 trig= 1.7569E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.800E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 14.3511n 0:3 = 2.5000
+0:4 = 14.3507n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.7648E-11 targ= 2.9983E-10 trig= 2.4218E-10
thl_40_percent= 2.9519E-11 targ= 5.9456E-11 trig= 2.9937E-11
tosc_40_percent= 4.5543E-10 targ= 4.8537E-10 trig= 2.9937E-11
tlh_45_percent= 4.9785E-11 targ= 2.9592E-10 trig= 2.4613E-10
thl_45_percent= 3.7646E-11 targ= 6.3822E-11 trig= 2.6176E-11
tosc_45_percent= 4.5599E-10 targ= 4.8216E-10 trig= 2.6176E-11
tlh_50_percent= 4.1900E-11 targ= 2.9281E-10 trig= 2.5091E-10
thl_50_percent= 4.5673E-11 targ= 6.8203E-11 trig= 2.2530E-11
tosc_50_percent= 4.5643E-10 targ= 4.7896E-10 trig= 2.2530E-11
tlh_55_percent= 3.4014E-11 targ= 2.8971E-10 trig= 2.5569E-10
thl_55_percent= 5.3013E-11 targ= 7.3290E-11 trig= 2.0277E-11
tosc_55_percent= 4.5548E-10 targ= 4.7576E-10 trig= 2.0277E-11
tlh_60_percent= 2.5502E-11 targ= 2.8660E-10 trig= 2.6110E-10
thl_60_percent= 6.0354E-11 targ= 7.8377E-11 trig= 1.8024E-11
tosc_60_percent= 4.5391E-10 targ= 4.7194E-10 trig= 1.8024E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
*** parameter beta = 1.900E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 14.5841n 0:3 = 2.5000
+0:4 = 14.5837n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.8108E-11 targ= 2.9992E-10 trig= 2.4181E-10
thl_40_percent= 2.8769E-11 targ= 5.9566E-11 trig= 3.0797E-11
tosc_40_percent= 4.5147E-10 targ= 4.8226E-10 trig= 3.0797E-11
tlh_45_percent= 5.0877E-11 targ= 2.9654E-10 trig= 2.4566E-10
thl_45_percent= 3.6886E-11 targ= 6.3912E-11 trig= 2.7026E-11
tosc_45_percent= 4.5189E-10 targ= 4.7892E-10 trig= 2.7026E-11
tlh_50_percent= 4.3202E-11 targ= 2.9338E-10 trig= 2.5017E-10
thl_50_percent= 4.5003E-11 targ= 6.8258E-11 trig= 2.3255E-11
tosc_50_percent= 4.5232E-10 targ= 4.7558E-10 trig= 2.3255E-11
tlh_55_percent= 3.5100E-11 targ= 2.9022E-10 trig= 2.5512E-10
thl_55_percent= 5.2486E-11 targ= 7.3278E-11 trig= 2.0792E-11
tosc_55_percent= 4.5161E-10 targ= 4.7240E-10 trig= 2.0792E-11
tlh_60_percent= 2.6988E-11 targ= 2.8706E-10 trig= 2.6007E-10
thl_60_percent= 5.9870E-11 targ= 7.8351E-11 trig= 1.8481E-11
tosc_60_percent= 4.5075E-10 targ= 4.6923E-10 trig= 1.8481E-11
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
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*** parameter beta = 2.000E+00 ***
node =voltage node =voltage node =voltage
+0:1 = 2.5000 0:2 = 14.8160n 0:3 = 2.5000
+0:4 = 14.8156n 0:5 = 2.5000 0:vdd = 2.5000
******
hw4#3b measure tphl, tplh, tosc
****** transient analysis tnom= 25.000 temp= 25.000
******
tlh_40_percent= 5.9762E-11 targ= 3.0427E-10 trig= 2.4451E-10
thl_40_percent= 2.8100E-11 targ= 5.9743E-11 trig= 3.1643E-11
tosc_40_percent= 4.6018E-10 targ= 4.9182E-10 trig= 3.1643E-11
tlh_45_percent= 5.1955E-11 targ= 3.0022E-10 trig= 2.4827E-10
thl_45_percent= 3.6217E-11 targ= 6.4073E-11 trig= 2.7856E-11
tosc_45_percent= 4.6062E-10 targ= 4.8848E-10 trig= 2.7856E-11
tlh_50_percent= 4.4119E-11 targ= 2.9701E-10 trig= 2.5289E-10
thl_50_percent= 4.4334E-11 targ= 6.8403E-11 trig= 2.4070E-11
tosc_50_percent= 4.6106E-10 targ= 4.8513E-10 trig= 2.4070E-11
tlh_55_percent= 3.6103E-11 targ= 2.9379E-10 trig= 2.5769E-10
thl_55_percent= 5.2042E-11 targ= 7.3352E-11 trig= 2.1309E-11
tosc_55_percent= 4.6043E-10 targ= 4.8174E-10 trig= 2.1309E-11
tlh_60_percent= 2.7932E-11 targ= 2.9059E-10 trig= 2.6266E-10
thl_60_percent= 5.9470E-11 targ= 7.8412E-11 trig= 1.8942E-11
tosc_60_percent= 4.5886E-10 targ= 4.7780E-10 trig= 1.8942E-11
meas_variable = tlh_40_percent
mean = 54.0732p varian = 1.412e-23
sigma = 3.7572p avgdev = 3.1847p
max = 59.7622p min = 48.0507p
meas_variable = thl_40_percent
mean = 33.0330p varian = 1.581e-23
sigma = 3.9764p avgdev = 3.2302p
max = 40.5878p min = 28.0995p
meas_variable = tosc_40_percent
mean = 453.0592p varian = 2.774e-23
sigma = 5.2665p avgdev = 4.1379p
max = 461.6958p min = 444.5959p
meas_variable = tlh_45_percent
mean = 46.3103p varian = 1.447e-23
sigma = 3.8041p avgdev = 3.2142p
max = 51.9545p min = 40.2887p
meas_variable = thl_45_percent
mean = 40.9943p varian = 1.342e-23
sigma = 3.6630p avgdev = 3.0218p
max = 47.5812p min = 36.2166p
meas_variable = tosc_45_percent
mean = 453.3056p varian = 2.554e-23
sigma = 5.0535p avgdev = 4.0812p
max = 460.9874p min = 445.1991p
meas_variable = tlh_50_percent
mean = 38.3793p varian = 1.572e-23
sigma = 3.9653p avgdev = 3.3309p
max = 44.1187p min = 32.1013p
meas_variable = thl_50_percent
mean = 48.4883p varian = 1.082e-23
sigma = 3.2887p avgdev = 2.6392p
max = 54.5808p min = 44.3337p
meas_variable = tosc_50_percent
mean = 452.8631p varian = 2.588e-23
sigma = 5.0871p avgdev = 4.0543p
max = 461.0578p min = 445.0528p
meas_variable = tlh_55_percent
mean = 30.0594p varian = 1.792e-23
sigma = 4.2327p avgdev = 3.5529p
max = 36.1030p min = 23.5647p
meas_variable = thl_55_percent
mean = 55.8487p varian = 1.102e-23
sigma = 3.3192p avgdev = 2.6406p
max = 62.2540p min = 52.0424p
meas_variable = tosc_55_percent
mean = 451.8011p varian = 2.684e-23
sigma = 5.1810p avgdev = 4.1143p
max = 460.4261p min = 444.1125p
meas_variable = tlh_60_percent
mean = 21.4861p varian = 2.028e-23
sigma = 4.5030p avgdev = 3.7616p
max = 27.9323p min = 14.8240p
meas_variable = thl_60_percent
mean = 63.3710p varian = 1.223e-23
sigma = 3.4967p avgdev = 2.7811p
max = 70.3435p min = 59.4704p
meas_variable = tosc_60_percent
mean = 450.4898p varian = 2.561e-23
sigma = 5.0605p avgdev = 4.0736p
max = 458.8563p min = 443.1959p
***** job concluded
1 ****** HSPICE -- V-2004.03 (20040116) 13:57:29 02/16/2006 solaris
******
hw4#3b measure tphl, tplh, tosc
****** job statistics summary tnom= 25.000 temp= 25.000
******
total memory used 188 kbytes
# nodes = 27 # elements= 11
# diodes= 0 # bjts = 0 # jfets = 0 # mosfets = 10
analysis time # points tot. iter conv.iter
op point 0.05 1 43
transient 8.85 66 16312 4918 rev= 1276
readin 0.08
errchk 0.01
setup 0.00
output 0.01
total cpu time 9.42 seconds
job started at 13:57:29 02/16/2006
job ended at 13:57:39 02/16/2006
lic: Release hspice token(s)
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