.param

** HV NMOS STRESS PARAMS ***
+nhv_wkvth0_diff = 0.65e-6
+nhv_lkvth0_diff = 0
+nhv_kvth0_diff = 11.0e-9
+nhv_wlod_diff = 0
+nhv_ku0_diff = -4.5e-8
+nhv_lku0_diff = 0
+nhv_wku0_diff = 0.2e-6
+nhv_kvsat_diff = 0.3

** HV PMOS STRESS PARAMS ***
+phv_wkvth0_diff = 0.65e-6
+phv_lkvth0_diff = 0
+phv_kvth0_diff = 3.5e-08 
+phv_wlod_diff = 0
+phv_ku0_diff = 7.0e-08
+phv_lku0_diff = 0
+phv_wku0_diff = 0
+phv_kvsat_diff = 0.4

** NHVNATIVE NMOS STRESS PARAMS ***
+nhvnative_wkvth0_diff = 0.8e-6
+nhvnative_lkvth0_diff = 0
+nhvnative_kvth0_diff = -7e-9
+nhvnative_wlod_diff = 0
+nhvnative_ku0_diff = -3e-8
+nhvnative_lku0_diff = 0
+nhvnative_wku0_diff = 0.2e-6
+nhvnative_kvsat_diff = 0.4

** NTVNATIVE NMOS STRESS PARAMS ***
+ntvnative_wkvth0_diff = 0.0e-6
+ntvnative_lkvth0_diff = 0
+ntvnative_kvth0_diff = -2.0e-9
+ntvnative_wlod_diff = 0
+ntvnative_ku0_diff = -3.0e-8
+ntvnative_lku0_diff = 0
+ntvnative_wku0_diff = 0.5e-6
+ntvnative_kvsat_diff = 0.3

** NVHV NMOS STRESS PARAMS ***
******lod params to put into lod cor file after I finish fitting
.param
*****parameters fixed copy from HVNMOS
+nvhv_wku0_diff = 0.2e-6
+nvhv_kvsat_diff      =        0.3
*****wide/long fitting
+nvhv_kvth0_diff = 1.7057e-08
+nvhv_ku0_diff = -9.9000e-08
*****wide/long fitting plus 20/short fitting
+nvhv_lku0_diff = 9.6975e-07
+nvhv_lkvth0_diff = 2.2691e-07
*****wide/long fitting plus 20/short fitting plus 5/short fitting
+nvhv_wkvth0_diff = 2.3093e-06


** PVHV PMOS STRESS PARAMS ****
*****parameters fixed copy from HVPMOS
.param
+pvhv_wku0_diff       =        0.0
+pvhv_kvsat_diff      =        0.4
*****20/2.16 optimization
+pvhv_kvth0_diff = 5.2302e-09
+pvhv_ku0_diff = 2.2180e-07
*****20/2.16 optimization + 20/short fitting
+pvhv_lku0_diff = 8.7129e-07
+pvhv_lkvth0_diff = -4.8631e-07
*****fitting deltaW Vth from 5/short fitting
+pvhv_wkvth0_diff = 5.3980e-07