[SOLVED] cox & μn & μp & λn & λp

[paramis]

Hi all
I need cox & μn & μp & λn & λp in 0.35 um technology(TSMC) for nmos and pmos please help me
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* 3.3V NMOS DEVICES MODEL *
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.MODEL nch.1 NMOS ( LMIN = '1.207E-06-dxl'
+LMAX = 20.01E-05 WMIN = '1.183E-06-dxw' WMAX = '1.9983E-5-dxw'
+LEVEL = 49 TNOM = 25 VERSION = 3.1
+ACM = 12 LDIF = 1.2E-07 HDIF = hdifn
+RSH = 82.2 RD = 0 RS = 0
+TOX = toxn XJ = 1E-07 NCH = 2.3579E+17
+LLN = 1 LWN = 1 WLN = 1
+WWN = 1 LINT = 4E-08 LL = 0
+LW = 0 LWL = 0 WINT = 4E-08
+WL = 0 WW = 0 WWL = 0
+MOBMOD = 1 BINUNIT = 2 XL = '3E-08+dxl'
+XW = '1.5E-07+dxw' DWG = 0 DWB = 0
+VTH0 = 'dvtn+0.536027' LVTH0 = 3.726466E-08 WVTH0 = -2.1316E-08
+PVTH0 = -2.460013E-14 K1 = 0.5246611 LK1 = -1.639613E-08
+WK1 = -5.031044E-08 PK1 = 2.211867E-14 K2 = 0.02709882
+LK2 = -6.586022E-09 WK2 = 5.785586E-09 PK2 = 3.435911E-15
+K3 = 0 DVT0 = 0 DVT1 = 0
+DVT2 = 0 DVT0W = 0 DVT1W = 0
+DVT2W = 0 NLX = 0 W0 = 0
+K3B = 0 VSAT = 95850.88 LVSAT = 0.01310061
+WVSAT = 0.0008223997 PVSAT = -1.641506E-08 UA = 3.196265E-11
+LUA = -3.698079E-17 WUA = -6.408507E-16 PUA = 7.414642E-22
+UB = 2.045354E-18 LUB = 6.227287E-25 WUB = 5.533028E-26
+PUB = -1.805726E-30 UC = 6.725734E-11 LUC = 1.901776E-17
+WUC = -3.996494E-17 PUC = -3.876839E-23 RDSW = 750
+PRWB = 0 PRWG = 0 WR = 1
+U0 = 0.04660162 LU0 = 5.515446E-09 WU0 = -1.626703E-08
+PU0 = -4.134264E-15 A0 = 0.5017616 LA0 = 5.552729E-07
+WA0 = 6.615518E-07 PA0 = -5.219843E-13 KETA = -0.008348037
+LKETA = 2.403177E-08 WKETA = 2.44925E-08 PKETA = -3.102829E-14
+A1 = 0 A2 = 0.99 AGS = 0.09736285
+LAGS = 1.223815E-07 WAGS = 1.607973E-07 PAGS = -4.561918E-14
+B0 = 0 B1 = 0 VOFF = -0.1432202
+LVOFF = 3.766451E-08 WVOFF = 2.755289E-08 PVOFF = -1.641511E-14
+NFACTOR = 1.071551 LNFACTOR= -3.18949E-07 WNFACTOR= -3.166332E-07
+PNFACTOR= 4.241266E-13 CIT = -7.628655E-05 LCIT = 2.723331E-10
+WCIT = 4.660042E-10 PCIT = -4.03804E-16 CDSC = 0
+CDSCB = 0 CDSCD = 0 ETA0 = 0.0002181413
+LETA0 = 4.893156E-10 WETA0 = -2.201543E-10 PETA0 = 3.379313E-16
+ETAB = 1.65427E-05 LETAB = -1.913991E-11 WETAB = -2.072801E-11
+PETAB = 2.39823E-17 DSUB = 0 PCLM = 0.1632291
+LPCLM = 7.33948E-07 WPCLM = 7.523777E-09 PPCLM = -1.501737E-13
+PDIBLC1 = 1E-05 PDIBLC2 = -0.0001189527 LPDIBLC2= 3.04769E-09
+WPDIBLC2= 7.281391E-12 PPDIBLC2= -5.988417E-16 PDIBLCB = 0.138753
+DROUT = 0 PSCBE1 = 4.710076E+08 LPSCBE1 = -47.68667
+WPSCBE1 = -72.788 PPSCBE1 = -1.725277E-05 PSCBE2 = 0.0001510638
+LPSCBE2 = -1.69574E-10 WPSCBE2 = -1.390941E-10 PPSCBE2 = 1.578688E-16
+PVAG = 0 DELTA = 0.01 ALPHA0 = 2.5E-06
+BETA0 = 20.7 KT1 = -0.2700492 LKT1 = -3.095004E-08
+WKT1 = 2.812907E-08 PKT1 = 7.879249E-14 KT2 = -0.04153765
+LKT2 = 2.524311E-08 WKT2 = 2.833375E-08 PKT2 = -1.608147E-14
+AT = 2219.528 LAT = -0.02686487 WAT = -0.002395568
+PAT = 2.596705E-08 UTE = -2.065168 LUTE = -4.132515E-07
+WUTE = 4.668071E-07 PUTE = 3.33133E-13 UA1 = 1.422613E-10
+LUA1 = -1.44336E-15 WUA1 = 9.693937E-16 PUA1 = 1.598886E-22
+UB1 = -2.172033E-18 LUB1 = 1.404262E-24 WUB1 = 5.546184E-26
+PUB1 = 6.856764E-31 UC1 = -5.716306E-11 LUC1 = 5.31648E-17
+WUC1 = -2.396283E-17 PUC1 = -2.142338E-24 KT1L = 0
+PRT = 24.11496 LPRT = -1.086812E-05 WPRT = -0.000500091
+PPRT = 1.361775E-11
+CJ = cjn CJSW = cjswn CJSWG = cjswgn
+MJ = 0.3297355 MJSW = 0.1303453 MJSWG = 0.1303453
+PB = 0.6944804 PBSW = 0.6944804 PBSWG = 0.6944804
+CTA = 9.42521E-4 CTP = 4.91382E-04 PTA = 1.485657E-03
+PTP = 1.485657E-03 CGDO = cgon CGSO = cgon
+XTI = 3 N = 1 CAPMOD = 0
+NQSMOD = 0 XPART = 1 CF = 0
+CALCACM = 1 SFVTFLAG = 0 VFBFLAG = 1
+NLEV = 3 AF = 0.85 KF = 1.0E-24
+JS = 6.27496E-05 JSW = 5.79847E-10 )
*

 

[erikl]

See this thread!

If lambda isn't given directly in the model, it can be assigned together with the instanciation of such a device, like W & L. If not, it will be calculated from the available parameters during the analysis.