|
noise=1
|
Globally disable noise.
|
|
noimod=0
|
Noise model (0=def, 1=PRC).
|
|
selft=0
|
Flag for self-heating.
|
|
idsmod=0
|
Ids Current Model [0:3].
|
|
igmod=0
|
Select gate diode model [0:1].
|
|
capmod=2
|
Select cap model [0:4].
|
|
ipk0=0.05
|
Current for max. transconductance Ipk [A].
|
|
vpks=(-0.2)
|
Gate voltage Vpk for max transconductance [V].
|
|
dvpks=0.2
|
Delta gate voltage at peak gm [V].
|
|
p1=0.8
|
Polynomial coeff P1 for channel current [1/V].
|
|
p2=0.0
|
Polynomial coeff P2 for channel current [1/V^2].
|
|
p3=0.0
|
Polynomial coeff P3 for channel current [1/V^3].
|
|
alphar=0.1
|
Saturation parameter alpha_r [1/V].
|
|
alphas=1.0
|
Saturation parameter alpha [1/V].
|
|
vkn=4.0
|
Knee voltage [V].
|
|
lambda=0.001
|
Channel length modulation parameter.
|
|
lambda1=0.0
|
Channel length modulation parameter.
|
|
lvg=0.0
|
Coeff for channel length modulation parameter.
|
|
b1=0.1
|
Unsaturated coeff B1 for P1.
|
|
b2=4.0
|
Saturated coeff B2 for P1 [1/V].
|
|
lsb0=0.0
|
Soft breakdown model parameter.
|
|
vtr=50.0
|
Soft breakdown model parameter [V].
|
|
vsb2=0.0
|
Surface breakdown model parameter [V].
|
|
ebd=0.2
|
Surface breakdown model parameter [1/V].
|
|
cds=0
|
Zero-bias D-S junction capacitance [F].
|
|
cgspi=0.0
|
Gate-source pinch-off capacitance [F].
|
|
cgs0=0.0
|
Gate-source capacitance parameter [F].
|
|
cgdpi=0.0
|
Gate-drain pinch-off capacitance [F].
|
|
cgdpe=0
|
External G-D Capacitor [F].
|
|
cgd0=0.0
|
Gate-drain capacitance parameter Cgdo [F].
|
|
p10=0.0
|
Polynomial coeff P10 for capacitance.
|
|
p11=1.0
|
Polynomial coeff P11 for capacitance.
|
|
p20=0.0
|
Polynomial coeff P20 for capacitance.
|
|
p21=0.2
|
Polynomial coeff P21 for capacitance.
|
|
p30=0.0
|
Polynomial coeff P30 for capacitance.
|
|
p31=0.2
|
Polynomial coeff P31 for capacitance.
|
|
p40=0.0
|
Polynomial coeff P40 for capacitance.
|
|
p41=1.0
|
Polynomial coeff P41 for capacitance.
|
|
p111=0.0
|
Polynomial coeff P111 for capacitance.
|
|
p222=0.0
|
Polynomial coeff P222 for capacitance.
|
|
m=0.5
|
Coefficient for capacitance .
|
|
ij=0.00005
|
Gate fwd saturation current [A].
|
|
pg=15.0
|
Gate current parameter.
|
|
ne=1.0
|
Gate p-n emission coeff.
|
|
vjg=0.7
|
Gate current parm [V].
|
|
rg=0.05
|
Gate ohmic resistance [Ohm].
|
|
rd=0.05
|
Drain ohmic resistance [Ohm].
|
|
rd2=0.0
|
Variable Drain ohmic resistance [Ohm].
|
|
ri=0.05
|
Input resistance [Ohm].
|
|
rs=0.05
|
Source ohmic resistance [Ohm].
|
|
rgd=0.05
|
Gate resistance [Ohm].
|
|
ld=0
|
Drain ohmic inductance [H].
|
|
ls=0
|
Source ohmic inductance [H].
|
|
lg=0
|
Gate ohmic inductance [H].
|
|
tau=0
|
Device delay [s].
|
|
rcmin=1.0e3
|
Min value of Rc [Ohm].
|
|
rc=10.0e3
|
R for freq dep output cond [Ohm].
|
|
crf=0.0
|
C for freq dep output cond [F].
|
|
rcin=100.0e3
|
R for freq dep input cond [Ohm].
|
|
crfin=0.0
|
C for freq dep input cond[F].
|
|
rdel=1
|
R for freq dep input cond [Ohm].
|
|
cdel=0.0
|
C for freq dep input cond[F].
|
|
kbgate=0.00
|
Polynomial coeff Kbgate for freq dep input cond [1/V].
|
|
rtherm=0.001
|
Thermal resistance [K/W].
|
|
rth=0.001
|
Thermal resistance [K/W].
|
|
ctherm=0.0001
|
Thermal capacitance [Ws/K].
|
|
cth=0.0001
|
Thermal capacitance [Ws/K].
|
|
tcipk0=(-0.002)
|
Linear temp coef TIpk for Ipk [1/K].
|
|
tcp1=(-0.002)
|
Linear temp coef TIpk for Ipk [1/K].
|
|
tccgs0=0.002
|
Linear temp coef for Cgs0 [1/K].
|
|
tccgd0=0.002
|
Linear temp coef for Cgd0 [1/K].
|
|
tclsb0=0.0
|
Linear temp coef for Lsb0 [1/K].
|
|
tcrc=0.0
|
Linear temp coef for Rc [1/K].
|
|
tccrf=0.0
|
Linear temp coef for Crf [1/K].
|
|
tcrs=0.003
|
Linear temp coef for Rs [1/K].
|
|
tcrtherm=0.002
|
Linear temp coef for Rth [1/K].
|
|
kbdgate=1.0
|
Gate breakdown parm [V].
|
|
vbdgs=5.0
|
Gate source breakdown voltage [V].
|
|
vbdgd=20.0
|
Gate drain breakdown voltage [V].
|
|
pbdg=0.5
|
Gate breakdown exponent [1/V].
|
|
noiser=0.5
|
Gate noise coeff.
|
|
noisep=1.0
|
Gate noise coeff.
|
|
noisec=0.9
|
Gate-drain noise coeff.
|
|
fnc=0.0
|
Noise corner freq [Hz].
|
|
kf=0.0
|
Flicker noise coeff.
|
|
af=1.0
|
Flicker noise exponent.
|
|
ffe=1.0
|
Flicker noise parameter.
|
|
tg=25.0
|
Equiv temp [C].
|
|
td=25.0
|
Equiv temp [C].
|
|
td1=0.1
|
Equiv temp [C].
|
|
tmn=1.0
|
noise fitting coeff.
|
|
klf=1.0e14
|
Flicker noise exponent.
|
|
fgr=60.0e3
|
G-R freq corner [Hz].
|
|
np=0.3
|
flicker noise freq exp.
|
|
lw=0.1
|
effective gate noise width [mm].
|
|
tnom=25.0
|
param meas T [C].
|
|
version=2.3
|
The available version is 2.30(2.3.0).
|
|
p10pk=4
|
Polynomial coeff P10pk for capacitance.
|
|
krfdc=1.0001
|
Coeff KRFDC will set division between Ids and Dispersion IdsRF current.
|
|
tcvpk=0.001
|
Linear temp coef for Vpk [1/K].
|
|
tcvjg=(-0.001)
|
Linear temp coef for Vjg [1/K].
|
|
trise=0.0 C
|
Temperature rise from ambient alias of dtemp. It serves as the default value of instance trise.
|
