**********************PMOS MODELS FOR POWERSENSE 3.0************************
*       Created by Ashish Kirtania on 7/30/96
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*       Low Voltage (single source-drain diffusion) PMOS
*       Symbol name: MP4LV
*       Model name: MP60DSN

.MODEL  mp4lv PMOS
*  Models based on micron data
+ (level=3                      TOX=2.6E-8
+ VTO = -0.957014               UO = 2.04369E+02
+ NSUB=1.45451E+15              GAMMA=2.92380E-01
+ PHI = 6.921E-01               LD = 1.93413E-07        DW = -4.19549E-07
+ DELTA = 1.0E-02               THETA = 1.37190E-01
+ NFS = 4.31164E+11             XJ = 1.69E-07           RSH = 6.59840E+02
+ VMAX = 2.43666E+05            ETA = 1.09929E-01       KAPPA = 1.59860E+01
+ DL=-2.32418E-07               IS=1E-16
+ CGSO=8.7524E-10               CGDO=8.7524E-10         CGBO=0.0
+ PB = 6.25588E-01              CJ = 1.98806E-04        MJ = 4.61419E-01
+ VJSW=5.08851E-01              CJSW=4.41134E-10        MJSW=3.05943E-01)
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***********************NMOS MODEL FOR POWERSENSE 3.0************************
*       Created by Ashish Kirtania on 7/30/96
*      REV      DATE    NAME    COMMENT
*       1.1     6/9/97  agl     fix comments and names
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*       Low Voltage (single source-drain diffusion) NMOS SPICE Parameters
*       Symbol name: mn4lv
*       Model name: MN60DSN

.MODEL mn4lv NMOS
*  Models based on micron data
+ (level=3              TOX=2.61e-8
+ VTO = 0.961           UO = 502
+ NSUB = 6.83e16        GAMMA=1.138
+ PHI = 0.796           LD = 1.963e-7           DW = -4.476e-7
+ DELTA = 0.582         THETA = 3.31e-2
+ NFS = 4.604e11        XJ = 3.00e-7            RSH = 0.0
+ VMAX = 1.62e5         ETA = 1.00e-4           KAPPA = 0.784
+ DL = -1.20e-7         IS = 1E-16
+ CGSO = 5.95e-10       CGDO = 5.95e-10         CGBO = 0.000
+ PB = 0.769            CJ = 5.48e-4            MJ = 0.427
+ VJSW = 0.850          CJSW = 1.65e-10         MJSW = 0.238)
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