mospbsim3soi5t1

Mosfet model using Mospbsim3SOI5T1 level, version 3.2.4


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Author(s): Ramya Mohan

Usage:

Parameter TypeDefault value Required?
l: Length (m) DOUBLE 5e-06 no
w: Width (m) DOUBLE 5e-06 no
tsi: Silicon film thickness (m) DOUBLE 1e-07 no
tbox: Buried Oxide thickness (m) DOUBLE 3e-07 no
tox: Gate oxide thickness (m) DOUBLE 1e-08 no
toxqm: Effective oxide thickness considering quantum effect DOUBLE 1e-08 no
xj: S/DJunction depth (m) DOUBLE 1e-07 no
nch: Channel doping concentration (1/cm^3) DOUBLE 1.7e+17 no
nsub: Substrate doping concentration (1/cm^3) DOUBLE 6e+16 no
ngate: Poly-gate doping concentration (1/cm^3) DOUBLE 0 no
vth0: Threshold voltage @Vbs=0 for long and wide device DOUBLE 0.7 no
k1: First order body effect coefficient (V^0.5) DOUBLE 0.6 no
k1w1: First body effect width dependent parameter (m) DOUBLE 0 no
k1w2: Second body effect width dependent parameter (m) DOUBLE 0 no
k2: Second order body effect coefficient DOUBLE 0 no
k3: Narrow width effect coefficient DOUBLE 0 no
k3b: Body effect coefficient of k3 (1/V) DOUBLE 0 no
kb1: Backgate body charge coefficient DOUBLE 1 no
w0: Narrow width effect parameter (m) DOUBLE 0 no
nlx: Lateral non-uniform doping parameter (m) DOUBLE 1.74e-07 no
dvt0: First coefficient of short-channel effect on Vth DOUBLE 2.2 no
dvt1: Second coefficient of short-channel effect on Vth DOUBLE 0.53 no
dvt2: Body-bias coefficient of short-channel effect on Vth (1/V) DOUBLE -0.032 no
dvt0w: First coefficient of narrow width effect on Vth for small channel length DOUBLE 0 no
dvt1w: Second coefficient of narrow width effect on Vth for small channel length DOUBLE 5.3e+06 no
dvt2w: Body-bias coefficient of narrow width effect on Vth for small channel length (1/V) DOUBLE -0.032 no
u0: Mobility at Temp=Tnom (cm^2/V-sec) DOUBLE 0.025 no
ua: First-oreder mobility degradation coefficient (m/V) DOUBLE 2.25e-09 no
ub: Second-order mobility degradation coefficient (m/V)^2 DOUBLE 5.9e-19 no
uc: Body-effect of mobility degradation coefficient (1/V) DOUBLE -0.0465 no
vsat: Saturation velocity at Temp=Tnom (m/sec) DOUBLE 80000 no
a0: Bulk charge effect coefficient for channel length DOUBLE 1 no
ags: Gate bias coefficient of Abulk (1/V) DOUBLE 0 no
b0: Bulk charge effect coefficient for channel width (m) DOUBLE 0 no
b1: Bulk charge effect width offset (m) DOUBLE 0 no
keta: Body-bias coefficient of bulk charge effect (1/V) DOUBLE 0 no
ketas: Surface potential adjustment for bulk charge effect (V) DOUBLE 0 no
a1: First non-saturation effect parameter (1/V) DOUBLE 0 no
a2: Second non-saturation effect parameter DOUBLE 1 no
rdsw: Parasitic resistance per unit width (ohm-um) DOUBLE 100 no
prwb: Body effect coefficient of rdsw (1/V) DOUBLE 0 no
prwg: Gate-bias effect coefficient of rdsw DOUBLE 0 no
wr: Width offset from Weff for Rds calculation DOUBLE 1 no
nfactor: Subthreshold swing factor DOUBLE 1 no
wint: Width offset fitting parameter from I-V without bias (m) DOUBLE 0 no
lint: Length offset fitting parameter from I-V without bias (m) DOUBLE 0 no
dwg: Coefficient of Weff's gate dependence (m/V) DOUBLE 0 no
dwb: Coefficient of Weff's substrate body bias dependence (m/V)^0.5 DOUBLE 0 no
dwbc: Width offset for body contact isolation edge (m) DOUBLE 0 no
voff: Offset voltage in the threshold region for large W and L (V) DOUBLE -0.08 no
eta0: DIBL coefficeint subthreshold region DOUBLE 0.08 no
etab: Body bias coefficeint for the subthreshold DIBL effect (1/V) DOUBLE -0.07 no
dsub: DIBL coefficient in the subthreshold region DOUBLE 0.56 no
cit: Interface trap capacitance (F/m^2) DOUBLE 0 no
cdsc: Drain/Source to channel coupling capacitance (F/m^2) DOUBLE 0.00024 no
cdscb: Body-bias sensitivity of cdsc (F/m^2) DOUBLE 0 no
cdscd: Drain-bias sensitivity of cdsc (F/m^2) DOUBLE 0 no
pclm: Channel length modulation parameter DOUBLE 1.3 no
pdibl1: First output resistance DIBL effect correction parameter DOUBLE 0.39 no
pdibl2: Second output resistance DIBL effect correction parameter DOUBLE 0.0086 no
pvag: Gate dependence of Early voltage DOUBLE 0 no
delta: Effective Vds parameter DOUBLE 0.01 no
alpha0: The first parameter of impact ionization current (m/V) DOUBLE 0 no
beta0: First Vds dependent parameter of impact ionization current (1/V) DOUBLE 0 no
beta1: Second Vds dependent parameter of impact ionization current DOUBLE 0 no
beta2: Third Vds dependent parameter of impact ionization current (V) DOUBLE 0.1 no
vdsatii0: Nominal drain saturation voltage at threshold for impact ionization current (V) DOUBLE 0.9 no
cgeo: Gate substrate overlap capacitance per unit channel length (F/m) DOUBLE 0 no
cjswg: Source/Drain (gate side) sidewall junction capacitance per unit width (normalized to 100nm tsi) (F/m^2) DOUBLE 1e-10 no
pbswg: Source/Drain (gate side) sidewall junction capacitance built in potential (V) DOUBLE 0.7 no
mjswg: Source/Drain (gate side) sidewall junction capacitance grading coefficient (V) DOUBLE 0.5 no
tt: Diffusion capacitance transit time coefficient (sec) DOUBLE 1e-12 no
csdesw: S/D sidewall fringing capacitance per unit length (F/m) DOUBLE 0 no
cgsl: Light doped source-gate region overlap capacitance (F/m) DOUBLE 0 no
cgdl: Light doped drain-gate region overlap capacitance (F/m) DOUBLE 0 no
ckappa: Coefficient for lightly doped region overlap capacitance fringing field capacitance (F/m) DOUBLE 0.6 no
clc: Constant term for the short channel model (m) DOUBLE 1e-08 no
cle: Exponential term for the short channel model DOUBLE 0 no
dlc: Length offset fitting parameter for gate charge (m) DOUBLE 0 no
dlcb: Length offset fitting parameter for body charge (m) DOUBLE 0 no
dlbg: Length offset fitting parameter for backgate charge (m) DOUBLE 0 no
dwc: Width offset fitting parameter from C-V (m) DOUBLE 0 no
delvt: Threshold voltage adjust for C-V (V) DOUBLE 0 no
fbody: Scaling factor for body charge DOUBLE 1 no
moin: Coefficient for the gate-bias dependent surface potential V^0.5 DOUBLE 15 no
tnom: Parameter measurement temperature (K) DOUBLE 300.15 no
ute: Temperature coefficient of mobility DOUBLE -1.5 no
kt1: Temperature coefficient of Vth (V) DOUBLE -0.11 no
kt1l: Channel length dependence of the temperature coefficient of Vth (V*m) DOUBLE 0 no
kt2: Body-bias coefficient of the Vth temperature effect DOUBLE 0.022 no
ua1: Temperature coefficient for ua (m/V) DOUBLE 4.31e-09 no
ub1: Temperature coefficient for ub ((m/V)^2) DOUBLE -7.61e-18 no
uc1: Temperature coefficient for uc (1/V) DOUBLE -0.056 no
at: Temperature coefficient of vsat (m/sec) DOUBLE 33000 no
prt: Temperature coefficient of rdsw (ohm-um) DOUBLE 0 no
vbm: Maximum body voltage DOUBLE -3 no
xt1: Doping depth DOUBLE 1.55e-07 no
pdiblb: Body-effect on drain induced barrier lowering DOUBLE 0 no
ll: Length reduction parameter DOUBLE 0 no
llc: Length reduction parameter for CV DOUBLE 0 no
lln: Length reduction parameter DOUBLE 1 no
lw: Length reduction parameter DOUBLE 0 no
lwc: Length reduction parameter for CV DOUBLE 0 no
lwn: Length reduction parameter DOUBLE 1 no
lwl: Length reduction parameter DOUBLE 0 no
lwlc: Length reduction parameter for CV DOUBLE 0 no
wl: Width reduction parameter DOUBLE 0 no
wlc: Width reduction parameter for CV DOUBLE 0 no
wln: Width reduction parameter DOUBLE 1 no
ww: Width reduction parameter DOUBLE 0 no
wwc: Width reduction parameter for CV DOUBLE 0 no
wwn: Width reduction parameter DOUBLE 1 no
wwl: Width reduction parameter DOUBLE 0 no
wwlc: Width reduction parameter for CV DOUBLE 0 no
temp: Circuit temperature DOUBLE 300.15 no
acde: Exponential coefficient for charge in m/V DOUBLE 1 no

fREEDA Version 1.3 compiled on Jul 25 2007 12:04:09