|
l
|
30e-9 m
|
Default channel length.
|
|
w
|
1e-6 m
|
Default total width including fingers.
|
|
nf
|
1
|
Number of fingers. It serves as the default value of instance nf.
|
|
lmin
|
0.0 m
|
Minimum channel length for which the model is valid.
|
|
lmax
|
1.0 m
|
Maximum channel length for which the model is valid.
|
|
wmin
|
0.0 m
|
Minimum channel width for which the model is valid.
|
|
wmax
|
1.0 m
|
Maximum channel width for which the model is valid.
|
|
type
|
n
|
Transistor type. For NMOS, type=n, for PMOS, type=p.Possible values are p and n.
|
|
version
|
102.60
|
The model parameter "version" only accepts a real number value, like 102.60 for version=102.6.0. The available versions now are 102.60, 102.61, 102.70, 102.80, 102.81, 102.90, 102.91, 102.92 and 102.94.
|
|
welltype
|
(-1)
|
Well (substrate) type. For N-well, default welltype=1; for P-well, default welltype=-1.
|
|
chargemod
|
0
|
0: Computationally efficient charge density model, 1: Accurate inversion charge density model.
|
|
rdsmod
|
0
|
0: Internal s/d resistance model, 1: External s/d resistance model, 2: Both bias dependent and independent part of source/drain resistance internal.
|
|
gidlmod
|
0
|
0: Turn off GIDL/GISL current, 1: Turn on GIDL/GISL current.
|
|
igcmod
|
0
|
0: Turn off Igc, Igs and Igd, 1: Turn on Igc, Igs and Igd. In V102.7.0, the Default vaule is 0; In Version before 102.7.0, the defaule vaule is 1.
|
|
igbmod
|
0
|
0: Turn off Igb.
|
|
shmod
|
0
|
0: No self-heating.
|
|
cryomod
|
0
|
0: Turn off cryogenic temperature model; 1: Turn on cryogenic temperature model; 2: Turn on cryogenic model and merge smoothly to CRYOMOD=0 for T > 210 K.
|
|
rgatemod
|
0
|
Gate resistance model selector.
|
|
nqsmod
|
0
|
0: Turn off NQS model, 1: NQS gate resistance (with gi node).
|
|
nfmod
|
0
|
0: W taken as total width like BSIM4, 1: W taken as single finger width .
|
|
xw
|
0.0 m
|
W offset for channel width due to mask/etch effect.
|
|
lint
|
0.0 m
|
Delta L for IV.
|
|
ll
|
0.0 m^(1+LLN)
|
Length reduction parameter (dopant diffusion effect).
|
|
lw
|
0.0 m^(1+LWN)
|
Length scaling parameter.
|
|
lwl
|
0.0 m^(LWN+LLN+1)
|
Length scaling parameter.
|
|
lln
|
1.0
|
Length reduction parameter (dopant diffusion effect).
|
|
lwn
|
1.0
|
Length scaling parameter.
|
|
wint
|
0.0 m
|
Delta W for IV.
|
|
wl
|
0.0 m^(1+WLN)
|
Width reduction parameter (dopant diffusion effect).
|
|
ww
|
0.0 m^(1+WWN)
|
Width scaling parameter.
|
|
wwl
|
0.0 m^(WLN+WWN+1)
|
Width scaling parameter.
|
|
wln
|
1.0
|
Width reduction parameter (dopant diffusion effect).
|
|
wwn
|
1.0
|
Width scaling parameter.
|
|
dlc
|
0.0 m
|
Delta L for CV.
|
|
llc
|
0.0 m
|
Length scaling parameter.
|
|
lwc
|
0.0 m
|
Length scaling parameter.
|
|
lwlc
|
0.0 m
|
Length scaling parameter.
|
|
dwc
|
0.0 m
|
Delta W for CV.
|
|
wlc
|
0.0 m
|
Width scaling parameter.
|
|
wwc
|
0.0 m
|
Width scaling parameter.
|
|
wwlc
|
0.0 m
|
Width scaling parameter.
|
|
eot1
|
(1.0e-9) m
|
Equivalent front gate dielectric thickness relative to SiO2.
|
|
eot2
|
(10e-9) m
|
Equivalent back gate dielectric thickness relative to SiO2.
|
|
eot1p
|
(1.0e-9) m
|
Equivalent physical front gate dielectric thickness relative to SiO2.
|
|
dtox1
|
0.0 m
|
Difference between effective dielectric thickness and physical thickness.
|
|
tsi
|
(8.0e-9) m
|
Body thickness.
|
|
nbody
|
1e22 m-3
|
channel (body) doping.
|
|
nsd
|
2e26 m-3
|
Source/drain active doping concentration.
|
|
nbg
|
5.0e23 m-3
|
Well/substrate (or also called back-gate) doping, zero for metal.
|
|
xl
|
0 m
|
L offset for channel length due to mask/etch effect.
|
|
easub
|
4.05 eV
|
Electron affinity of well/substrate.
|
|
ni0sub
|
1.1e16 m-3
|
Intrinsic carrier constant at 300.15K.
|
|
bg0sub
|
1.12 eV
|
Band gap of well/substrate at 300.15K.
|
|
nc0sub
|
2.86e25
|
Conduction band density of states.
|
|
phig1
|
4.61 eV
|
Front Gate Workfunction.
|
|
phig2
|
(4.05+1.12) eV
|
Back gate workfunction, will be modified according to NBG later in the code.
|
|
epsrsub
|
11.9
|
Relative dielectric constant of the channel material.
|
|
epsrox1
|
3.9
|
Relative dielectric constant of the front gate dielectric.
|
|
ascl
|
0.0
|
Parameter for back-gate dependent scale length.
|
|
bscl
|
0.0 V^-1
|
Parameter for back-gate dependent scale length.
|
|
cit
|
0.0 F/(m2)
|
Parameter for interface trap.
|
|
cdsc
|
0.14 F/(m2)
|
Coupling capacitance between S/D and channel.
|
|
cdscd
|
0.14 F/(m2 V)
|
Drain-bias sensitivity of CDSC.
|
|
cbgcbg0
|
0.0 F/(m2 V)
|
Backgate-bias sensitivity of SS for long channel.
|
|
cbgcbg0p
|
0.0 F/(m2 V2)
|
Backgate-bias sensitivity of SS for long channel.
|
|
cbgcbg
|
0.0 F/(m2 V)
|
Backgate-bias sensitivity of CDSC.
|
|
cbgcbgp
|
0.0 F/(m2 V2)
|
Nonlinear backgate-bias sensitivity of SS.
|
|
cbgcbgd
|
0.0 F/(m2 V2)
|
backgate-bias sensitivity of CDSCD.
|
|
dvt0
|
19.20
|
SCE coefficient.
|
|
dvt1
|
0.45
|
SCE exponent coefficient.
|
|
phin
|
0.045 V
|
Nonuniform vertical doping effect on surface potential.
|
|
eta0
|
2.00
|
DIBL coefficient 1.
|
|
dsub
|
0.375
|
DIBL coefficient 2 (exponent coefficient).
|
|
dvtp0
|
0
|
Coefficient for Drain-Induced Vth Shift (DITS).
|
|
dvtp1
|
0
|
DITS exponent coefficient.
|
|
advtp0
|
0.0
|
Pre-exponential Coefficient for DITS.
|
|
bdvtp0
|
100.0e-9
|
Exponential coefficient for DITS.
|
|
advtp1
|
0.0
|
Pre-exponential coefficient for DVTP1.
|
|
bdvtp1
|
100.0e-9
|
Exponential coefficient for DVTP1.
|
|
dvtp2
|
0.0
|
DITS model parameter.
|
|
etab
|
0.00
|
DIBL coefficient - back gate dependence.
|
|
k1rsce
|
(-0.32)
|
Vt Roll-off at moderate Lg.
|
|
lpe0
|
8.2e-9 m
|
Equivalent length of pocket region at zero bias.
|
|
dsc0
|
0.0
|
Parameter for short channel effect at moderate L and high drain bias.
|
|
dsc1
|
1.00e-9
|
Parameter for short channel effect at moderate L and high drain bias.
|
|
k0
|
0.0 V
|
Lateral NUD voltage parameter.
|
|
k01
|
0.0 V/K
|
Temperature dependence of lateral NUD voltage parameter.
|
|
k0si
|
1.0
|
Correction factor for strong inversion, used in Mnud, after binning should be from (0:inf).
|
|
k0si1
|
0.0 K^-1
|
Temperature dependence of K0SI.
|
|
qmtcencv
|
0.0
|
Prefactor + switch for QM Width and Toxeff correction for CV.
|
|
etaqm
|
0.54
|
Bulk charge coefficient for Tcen.
|
|
qm0
|
1.00e-3
|
Knee-Point for Tcen in inversion (Charge normalized to Cox).
|
|
pqm
|
0.66
|
Slope of normalized Tcen in inversion.
|
|
toxp
|
(1.0e-9) m
|
physical oxide thickness.
|
|
vsat
|
85000 m/s
|
Saturation Velocity.
|
|
avsat
|
0.0 m/s
|
Saturation velocity in the saturation region for short channel devices.
|
|
bvsat
|
100.0e-9 m
|
Saturation velocity coefficient in the saturation region for short channel devices.
|
|
vsat1
|
85000 m/s
|
Saturation velocity in the linear region.
|
|
avsat1
|
0.0 m/s
|
Saturation velocity in the linear region for short channel devices.
|
|
bvsat1
|
100.0e-9 m
|
Saturation velocity coefficient in the linear region for short channel devices.
|
|
vsatcv
|
85000 m/s
|
Velocity Saturation parameter for CV.
|
|
avsatcv
|
0.0 m/s
|
Saturation velocity in the saturation region for short channel C-V.
|
|
bvsatcv
|
100.0e-9 m
|
Saturation velocity coefficient in the saturation region for short channel C-V.
|
|
deltavsat
|
1.0 m/s
|
Velocity saturation parameter.
|
|
ksativ
|
1.0
|
Parameter for strong inversion regime for long channel Vdsat.
|
|
ksubiv
|
1.0
|
Parameter for weak inversion regime for long channel Vdsat.
|
|
mexp
|
4.0
|
Smoothing function factor for Vdsat.
|
|
amexp
|
0.0
|
Smoothing function factor for Vdsat in short channel devices.
|
|
bmexp
|
1.0
|
Smoothing function coefficient for Vdsat in short channel devices.
|
|
ptwg
|
0.0 V-2
|
Correction factor for velocity saturation.
|
|
aptwg
|
0.0 V-2
|
Correction factor for velocity saturation in short channel devices.
|
|
bptwg
|
100.0e-9 m
|
Coefficient for correction factor for velocity saturation in short channel devices.
|
|
at
|
(-1.56e-3) /K
|
Saturation Velocity Temperature Coefficient.
|
|
at2
|
2.0e-6 /K2
|
CRYOMOD != 0 saturation velocity temperature coefficient.
|
|
atl
|
0.0
|
Length scaling for AT.
|
|
tmexp
|
0.0
|
Temperature Coefficient for smoothing function factor for Vdsat.
|
|
tmexp2
|
(-4.0e-6) /K2
|
CRYOMOD != 0 temperature coefficient for Vdseff smoothing.
|
|
ksativt1
|
(-2.0e-4) /K
|
CRYOMOD != 0 temperature coefficient for KSATIV.
|
|
ksativt2
|
(-2.0e-7) /K2
|
CRYOMOD != 0 temperature coefficient for KSATIV.
|
|
ptwgt
|
0.004 /K
|
PTWG Temperature Coefficient.
|
|
ptwgb
|
0.0 V-3
|
Parameter for back gate bias sensitivity.
|
|
ptwgb2
|
0.0 V-3
|
Parameter for back gate bias sensitivity.
|
|
aptwgb
|
0.0 V-3
|
Parameter for back gate bias sensitivity.
|
|
bptwgb
|
100.0e-9 m
|
Parameter for back gate bias sensitivity for short channel devices.
|
|
aptwgb2
|
0.0 V-3
|
Parameter for back gate bias sensitivity for short channel devices.
|
|
bptwgb2
|
100.0e-9 m
|
Parameter for back gate bias sensitivity for short channel devices.
|
|
vsatb
|
0.0 V^-1
|
Saturation velocity parameter for Back Gate Bais dependence on mobility at high Vds.
|
|
atb
|
0.0 /K
|
Back bias sensitivity parameter for saturation velocity temperature coefficient.
|
|
atbl
|
0.0 m
|
Length scaling for ATB.
|
|
avsatb
|
0.0 V^-1
|
Saturation velocity parameter for back gate bias dependence on mobility at high Vds for short channel devices.
|
|
bvsatb
|
100.0e-9 m
|
Saturation velocity parameter for back gate bias dependence on mobility at high Vds for short channel devices.
|
|
dvsatclamp
|
0.01 m
|
Minimum clamp on Dvsat.
|
|
u0
|
0.03 m2/(V s)
|
Low Field Mobility.
|
|
etamob
|
2.0
|
Effective field parameter.
|
|
up
|
0.0 (μm)^LPA
|
Mobility L coefficient.
|
|
lpa
|
1.0
|
Mobility L power coefficient.
|
|
ua
|
0.3 (MV/cm)^(-EU)
|
Phonon / surface roughness scattering.
|
|
aua
|
0.0 (MV/cm)^(-EU)
|
Phonon / surface roughness scattering for short channel devices.
|
|
bua
|
100.0e-9 m
|
Phonon / surface roughness scattering for short channel devices.
|
|
eu
|
2.5 cm/MV
|
Phonon / surface roughness scattering.
|
|
aeu
|
0.0 cm/MV
|
Phonon / surface roughness scattering for short channel devices.
|
|
beu
|
100.0e-9 m
|
Phonon / surface roughness scattering for short channel devices.
|
|
uc
|
0.0 (1/V) (MV/cm)^(-EU)
|
Parameter for Back Gate Bais dependence on mobility at low Vds.
|
|
auc
|
0.0 (1/V) (MV/cm)^(-EU)
|
Parameter for Back Gate Bais dependence on mobility at low Vds for short channel devices.
|
|
buc
|
100.0e-9 m
|
Parameter for Back Gate Bais dependence on mobility at low Vds for short channel devices.
|
|
ud
|
0.0
|
Columbic scattering (experimental).
|
|
aud
|
0.0
|
Columbic scattering (experimental) for short channel devices.
|
|
bud
|
50.0e-9 m
|
Columbic scattering (experimental) for short channel devices.
|
|
udb
|
0.0 V^-1
|
Back bias sensitivity on columbic scattering (experimental).
|
|
audb
|
0.0 V^-1
|
Back bias sensitivity on columbic scattering (experimental) for short channel devices.
|
|
budb
|
50.0e-9 m
|
Back bias sensitivity on columbic scattering (experimental) for short channel devices.
|
|
dmobclamp
|
0.01 m
|
Minimum clamp on Dmob.
|
|
ucs
|
1.0
|
Columbic scattering (experimental).
|
|
uds
|
2.0e-5
|
CRYOMOD != 0 weight factor correction for source side inversion charge density in Coulomb scattering model.
|
|
udd
|
(-2.0e-5)
|
CRYOMOD != 0 weight factor correction for drain side inversion charge density in Coulomb scattering model.
|
|
ute
|
0.0
|
Mobility temperature coefficient.
|
|
ute1
|
(-0.4)
|
CRYOMOD != 0 temperature coefficient for U0.
|
|
utl
|
(-1.5e-3)
|
Mobility temperature coefficient.
|
|
ua1
|
1.032e-3
|
Mobility temperature coefficient for UA.
|
|
ua2
|
(-0.04)
|
CRYOMOD != 0 mobility temperature coefficient for UA.
|
|
uc1
|
0.0
|
Mobility temperature coefficient for UC.
|
|
eu1
|
(-2.0e-4)
|
CRYOMOD != 0 mobility temperature coefficient for EU.
|
|
ud1
|
0.0
|
Mobility Temperature Coefficient.
|
|
ud2
|
(-0.04)
|
CRYOMOD != 0 mobility temperature coefficient for UD.
|
|
ucste
|
(-4.775e-3)
|
Mobility temperature coefficient.
|
|
ucste1
|
(-0.04)
|
CRYOMOD != 0 mobility temperature coefficient for UCS.
|
|
uds1
|
(-10.0)
|
CRYOMOD != 0 temperature coefficient for UDS.
|
|
udd1
|
(-10.0)
|
CRYOMOD != 0 temperature coefficient for UDD.
|
|
chargewf
|
0
|
Average channel charge weighting factor, +1:source-side, 0:middle, -1:drain-side.
|
|
rdswmin
|
0.0 ohm μm^WR
|
S/D extension resistance per unit width at high Vgs for RDSMOD = 0.
|
|
rdsw
|
100.0 ohm μm^WR
|
Zero bias S/D extension resistance per unit width for RDSMOD = 0.
|
|
ardsw
|
0.0 ohm μm^WR
|
RDSMOD = 0 zero bias S/D extension resistance per unit width for short channel devices.
|
|
brdsw
|
100.0e-9 m
|
RDSMOD = 0 zero bias S/D extension resistance per unit width for short channel devices.
|
|
rswmin
|
0.0 ohm μm^WR
|
Source extension resistance per unit width at high Vgs for RDSMOD = 1.
|
|
rsw
|
50.0 ohm μm^WR
|
Zero bias source extension resistance per unit width for RDSMOD = 1.
|
|
arsw
|
0.0 ohm μm^WR
|
pre-exponential coefficient for RSW.
|
|
brsw
|
100.0e-9 m
|
Zero bias source extension resistance per unit width for short channel devices for RDSMOD = 1.
|
|
rdwmin
|
0.0 ohm μm^WR
|
Drain extension resistance per unit width at high Vgs for RDSMOD = 1.
|
|
rdw
|
50.0 ohm μm^WR
|
Zero bias drain extension resistance per unit width for RDSMOD = 1.
|
|
ardw
|
0.0 ohm μm^WR
|
RDSMOD = 1 zero bias drain extension resistance per unit width for short channel devices.
|
|
brdw
|
100.0e-9 m
|
RDSMOD = 1 zero bias drain extension resistance per unit width for short channel devices.
|
|
prwg
|
0 V^-1
|
Gate bias dependence of source/drain extension resistance.
|
|
prwb
|
0 V^-1
|
Back gate bias dependence of source/drain extension resistance.
|
|
wr
|
1.0 V^-1
|
W dependence parameter of S/D extension resistance.
|
|
prt
|
0.001 K^-1
|
Series Resistance Temperature coefficient.
|
|
prt1
|
4.0e-4 K^-1
|
CRYOMOD != 0 series resistance temperature coefficient at low temperatures.
|
|
tr0
|
170.0 K
|
CRYOMOD != 0 corner temperature in dual-slope temperature model of series resistance.
|
|
sprt
|
1.0e-2
|
CRYOMOD != 0 parameter for corner temperature smoothing in dual-slope temperature model of series resistance.
|
|
pdibl1
|
1.30
|
DIBL Output Conductance parameter.
|
|
pdibl2
|
2.0e-4
|
DIBL Output Conductance parameter.
|
|
drout
|
1.06
|
L dependence of DIBL effect on Rout.
|
|
pvag
|
1.0
|
Vgs dependence on early voltage.
|
|
pclm
|
0.013
|
Channel Length Modulation (CLM) parameter.
|
|
apclm
|
0.0
|
Channel Length Modulation (CLM) parameter for short channel devices.
|
|
bpclm
|
100.0e-9 m
|
Channel Length Modulation (CLM) parameter for short channel devices.
|
|
pclmg
|
0.0
|
Gate bias dependent parameter for channel Length Modulation (CLM).
|
|
pclmcv
|
0.013
|
Channel Length Modulation (CLM) parameter for C-V.
|
|
pclmt
|
(-2.0e-5) /K
|
CRYOMOD != 0 temperature coefficient for PCLM.
|
|
rshs
|
0.0 ohm
|
Source-side sheet resistance.
|
|
rshd
|
0.0 ohm
|
Drain-side sheet resistance.
|
|
aigbinv
|
1.11e-2 ((F s2/g)^0.5) m^-1
|
parameter for Igb in inversion.
|
|
bigbinv
|
9.49e-4 ((F s2/g)^0.5) (m V)^-1
|
parameter for Igb in inversion.
|
|
cigbinv
|
6.00e-3 V^-1
|
parameter for Igb in inversion.
|
|
eigbinv
|
1.1 V
|
parameter for Igb in inversion.
|
|
nigbinv
|
3.0
|
parameter for Igb in inversion.
|
|
aigbacc
|
1.36e-2 ((F s2/g)^0.5) m^-1
|
parameter for Igb in accumulation.
|
|
bigbacc
|
1.71e-3 ((F s2/g)^0.5) (m V)^-1
|
parameter for Igb in accumulation.
|
|
cigbacc
|
7.5e-2 V^-1
|
parameter for Igb in accumulation.
|
|
nigbacc
|
1.0
|
parameter for Igb in accumulation.
|
|
aigc
|
1.36e-2 ((F s2/g)^0.5) m^-1
|
Parameter for Igc in inversion.
|
|
bigc
|
1.71e-3 ((F s2/g)^0.5) (m V)^-1
|
Parameter for Igc in inversion.
|
|
cigc
|
0.075 V^-1
|
Parameter for Igc in inversion.
|
|
pigcd
|
1.0
|
Parameter for Igc partition.
|
|
aigs
|
1.36e-2 ((F s2/g)^0.5) m^-1
|
Parameter for Igs, Igd.
|
|
bigs
|
1.71e-3 ((F s2/g)^0.5) (m V)^-1
|
Parameter for Igs, Igd.
|
|
cigs
|
0.075 V^-1
|
Parameter for Igs, Igd.
|
|
dlcigs
|
0
|
Delta L for Igs model.
|
|
dlcigd
|
0
|
Delta L for Igd model.
|
|
aigd
|
1.36e-2 ((F s2/g)^0.5) m^-1
|
Parameter for Igd in inversion.
|
|
bigd
|
1.71e-3 ((F s2/g)^0.5) (m V)^-1
|
Parameter for Igd in inversion.
|
|
cigd
|
0.075 V^-1
|
Parameter for Igs, Igd.
|
|
toxref
|
(1.2e-9) m
|
Target tox value.
|
|
ntox
|
1.0
|
Exponent for Tox ratio.
|
|
poxedge
|
1.0
|
Factor for the gate edge Tox.
|
|
agisl
|
(6.055e-12) mho
|
pre-exponential coeff. for GISL.
|
|
bgisl
|
0.3e9 V/m
|
exponential coeff. for GISL.
|
|
egisl
|
0.2 V
|
Band bending parameter for GISL.
|
|
pgisl
|
1.0
|
Parameter for body-bias effect on GISL.
|
|
agidl
|
(6.055e-12) mho
|
Pre-exponential coeff. for GIDL.
|
|
bgidl
|
0.3e9 V/m
|
Exponential coeff. for GIDL.
|
|
egidl
|
0.2 V
|
Band bending parameter for GIDL.
|
|
pgidl
|
1.0
|
Parameter for body-bias effect on GIDL.
|
|
vbgisl
|
1.0
|
Back gate correction factor for GISL.
|
|
vbegisl
|
0.5 V
|
Back band bending parameter for GISL.
|
|
vbgidl
|
1.0
|
Back gate correction factor for GIDL.
|
|
vbegidl
|
0.5 V
|
Back band bending parameter for GIDL.
|
|
alpha0
|
0.0 m/V
|
First parameter of Iii.
|
|
alpha1
|
0.0 V^-1
|
L scaling parameter of Iii.
|
|
beta0
|
0.0 V^-1
|
Vds dependent parameter of Iii.
|
|
lovs
|
0.0 m
|
Overlap length for fg/s fg/d overlap.
|
|
lovd
|
0.0 m
|
Overlap length for fg/s fg/d overlap.
|
|
cfs
|
0.0 F/m
|
Outer Fringe Cap.
|
|
cfd
|
0.0 F/m
|
Outer Fringe Cap.
|
|
cgsl
|
0.0 F/m
|
Overlap capacitance between gate and lightly-doped source region.
|
|
cgdl
|
0.0 F/m
|
Overlap capacitance between gate and lightly-doped drain region.
|
|
ckappas
|
0.6 V
|
Coefficient of bias-dependent overlap capacitance for the source side.
|
|
ckappad
|
0.6 V
|
Coefficient of bias-dependent overlap capacitance for the drain side.
|
|
csdbgsw
|
0.0 F/m
|
Source/drain sidewall fringing capacitance per unit length.
|
|
pcovbs0
|
0.0 V
|
Back-gate dependent overlap capacitance clamping shift voltage for the source side.
|
|
pcovbs1
|
0.0
|
Parameter of back-gate dependent overlap capacitance for the source side.
|
|
pcovbd0
|
0 V
|
Back-gate dependent overlap capacitance clamping shift voltage for the drain side.
|
|
pcovbd1
|
0
|
Parameter of back-gate dependent overlap capacitance for the drain side.
|
|
kbg0pw
|
1.0
|
Length dependence of substrate factor.
|
|
kbg1pw
|
0.0
|
Length dependence of substrate factor.
|
|
kbg2pw
|
(-1.0)
|
Length dependence of substrate factor.
|
|
dbgpw
|
0.12
|
Length dependence of substrate factor.
|
|
bpfactorpw
|
0.0
|
Back-plane (BP) effect, 1 means no BP.
|
|
vknee1pw
|
0.0 V
|
Back gate voltage at which the substrate depletion below the BOX starts.
|
|
vknee2pw
|
1.0 V
|
Maximum potential drop below the BOX.
|
|
kbg0nw
|
1.0
|
Length dependence of body factor.
|
|
kbg1nw
|
0.0
|
Length dependence of body factor.
|
|
kbg2nw
|
(-1.0)
|
Length dependence of body factor.
|
|
dbgnw
|
0.12
|
Length dependence of body factor.
|
|
bpfactornw
|
0.0
|
Back-plane (BP) effect, 1 means no BP.
|
|
vknee1nw
|
0.0 V
|
Back gate voltage at which the substrate depletion below the BOX starts.
|
|
vknee2nw
|
1.0 V
|
Maximum potential drop below the BOX.
|
|
ef
|
1.0
|
Flicker noise frequency exponent.
|
|
em
|
4.1e7 V/m
|
Flicker noise parameter.
|
|
noia
|
6.250e+39 eV^-1 s^1-EF m-3
|
Flicker noise parameter.
|
|
noib
|
3.125e+24 eV^-1 s^1-EF m^-1
|
Flicker noise parameter.
|
|
noic
|
8.750e+07 eV^-1 s^1-EF m
|
Flicker noise parameter.
|
|
ntnoi
|
1.0
|
Thermal noise parameter.
|
|
lintnoi
|
0.0 m
|
Lint offset for flicker noise calculation.
|
|
tnoimod
|
0
|
0: Charge-based, 1: Correlated thermal noise model.
|
|
rnoia
|
0.5774
|
Empirical parameter for Sid level.
|
|
tnoia
|
0.0 /m
|
Empirical parameter for Leff trend of Sid.
|
|
rnoib
|
0.3652
|
Empirical parameter for Sig level.
|
|
tnoib
|
0.0 /m
|
Empirical parameter for Leff trend of Sig.
|
|
rnoic
|
0.3953
|
Empirical parameter for correlation coefficient.
|
|
tnoic
|
0.0 /m
|
Empirical parameter for Leff trend of correlation coefficient.
|
|
rnoik
|
0.0
|
Empirical parameter for Sid level at low Ids.
|
|
tnoik
|
0.0 /m
|
Empirical parameter for Leff trend of Sid at low Ids.
|
|
tnoik2
|
0.1
|
Empirical parameter for sensitivity of RNOIK.
|
|
tnom
|
27.0 Celsius
|
Temperature at which the model is extracted.
|
|
tmaxc
|
400.0 Celsius
|
Maximum device temperature.
|
|
tbgasub
|
7.02e-4 eV/K
|
Bandgap temperature coefficient.
|
|
tbgbsub
|
1108.0 K
|
Bandgap temperature coefficient.
|
|
kt1
|
0.0 V
|
Vth temperature coefficient.
|
|
kt1l
|
0.0 V m
|
Vth temperature length coefficient.
|
|
kt2
|
0.0
|
Vth temperature vbg coefficient.
|
|
kt2l
|
0.0 m
|
Vbg temperature length coefficient.
|
|
kt11
|
0.01 V
|
CRYOMOD != 0 Vth temperature coefficient.
|
|
kt12
|
0.1 /K
|
CRYOMOD != 0 Vth temperature coefficient.
|
|
tvth
|
50.0 K
|
CRYOMOD != 0 transition temperature for Vth temperature model.
|
|
iit
|
(-0.5)
|
Impact ionization temperature dependence.
|
|
tgidl
|
(-0.003) K^-1
|
GIDL temperature dependence.
|
|
tgisl
|
(-0.003) K^-1
|
GISL temperature dependence.
|
|
igt
|
2.5
|
Gate current temperature dependence.
|
|
teta0
|
0.0 K^-1
|
Temperature dependence for DIBL effects.
|
|
tlow
|
50.0 K
|
CRYOMOD != 0 transition temperature of subthreshold swing at low temperature.
|
|
dtlow
|
1.0 K
|
CRYOMOD != 0 smoothing parameter for TLOW.
|
|
tlow1
|
0.0 K
|
CRYOMOD != 0 transition temperature of subthreshold swing at low temperatures.
|
|
dtlow1
|
0.0 K
|
CRYOMOD != 0 smoothing parameter for TLOW1.
|
|
klow1
|
0.0
|
CRYOMOD != 0 magnitude of slope of effective temperature vs temperature below TLOW1.
|
|
rth0
|
0.01 ohm m K/W
|
Thermal resistance.
|
|
cth0
|
1.0E-05 W s/m/K
|
Thermal capacitance.
|
|
wth0
|
0.0 m
|
Width dependence coefficient for Rth and Cth.
|
|
minr
|
0.001 ohm
|
Minimum resistance.
|
|
compatible
|
spectre
|
Compatible parameter.Possible values are spectre, spice2, spice3, cdsspice, hspice, spiceplus, eldo, sspice and mica.
|
|
vthmod
|
|
Vth output selector. 'std' outputs model equation Vth. 'vthcc' outputs constant current Vth, and may impact simulation performance. The default value is taken from the options parameter 'vthmod'.Possible values are std and vthcc.
|
|
ivth
|
(A)
|
Vth current parameter. The default value is taken from the options parameter 'ivthn' or 'ivthp', depending on the type of the model.
|
|
ivthw
|
(m)
|
Width offset for constant current Vth. The default value is taken from the options parameter 'ivthw'.
|
|
ivthl
|
(m)
|
Length offset for constant current Vth. The default value is taken from the options parameter 'ivthl'.
|
|
ivth_vdsmin
|
(V)
|
Minimum Vds in constant current Vth calculating. The default value is taken from the options parameter 'ivth_vdsmin'.
|
|
vdsatmod
|
0
|
Vdsat output selector. Possible values are std, gds, and slow_gds.Possible values are std, gds and slow_gds.
|
|
vdsat_c
|
0.0
|
Coefficient for Gds based Vdsat.
|
|
vdsat_vdl
|
0.0
|
Coefficient for Gds based Vdsat.
|
|
vdsat_vadj
|
0.0
|
Coefficient for Gds based Vdsat.
|
|
xgw
|
0.0 m
|
Dist from gate contact center to dev edge.
|
|
xgl
|
0.0 m
|
Variation in Ldrawn.
|
|
ngcon
|
1
|
Number of gate contacts.
|
|
rshg
|
0.1 ohm
|
Gate sheet resistance.
|
|
xrcrg1
|
12.0
|
Parameter for Rg in NQSMOD = 1.
|
|
xrcrg2
|
1.0
|
Parameter for Rg in NQSMOD = 1.
|
|
delhci
|
0.0
|
HCI degradation parameter. 0: turns off HCI aging model.
|
|
hcidb0
|
0.0
|
HCI parameter for Vdbg dependence.
|
|
hcidb1
|
0.0 V^-1
|
HCI parameter for Vdbg dependence.
|
|
hciu0
|
0.0 m2/(Vs)
|
HCI aging parameter for U0.
|
|
hcidu0
|
0.0 m2/(Vs)
|
HCI aging parameter for U0.
|
|
hciud
|
0.0
|
HCI aging parameter for UD.
|
|
hcidud
|
0.0
|
HCI aging parameter for UD.
|
|
hciucs
|
0.0
|
HCI aging parameter for UCS.
|
|
hciducs
|
0.0
|
HCI aging parameter for UCS.
|
|
hcivsat
|
0.0 m/s
|
HCI aging parameter for VSAT.
|
|
hcidvsat
|
0.0 m/s
|
HCI aging parameter for VSAT.
|
|
hcicit
|
0.0 F/m2
|
HCI aging parameter for CIT.
|
|
hcidcit
|
0.0 F/m2
|
HCI aging parameter for CIT.
|
|
hcivth
|
0.0 V
|
HCI aging parameter for threshold voltage.
|
|
hcidvth
|
0.0 V
|
HCI aging parameter for threshold voltage.
|
|
gdsmin
|
1.0e-15 mho
|
Minimum Conductance.
|
|
lrdsw
|
0.0 ohm μm^WR m
|
Length scaling parameter for rdsw.
|
|
wrdsw
|
0.0 ohm μm^WR m
|
Width scaling parameter for rdsw.
|
|
prdsw
|
0.0 ohm μm^WR m2
|
Cross-term scaling parameter for rdsw.
|
|
lrdw
|
0.0 ohm μm^WR m
|
Length scaling parameter for rdw.
|
|
wrdw
|
0.0 ohm μm^WR m
|
Width scaling parameter for rdw.
|
|
prdw
|
0.0 ohm μm^WR m2
|
Cross-term scaling parameter for rdw.
|
|
lrsw
|
0.0 ohm μm^WR m
|
Length scaling parameter for rsw.
|
|
wrsw
|
0.0 ohm μm^WR m
|
Width scaling parameter for rsw.
|
|
prsw
|
0.0 ohm μm^WR m2
|
Cross-term scaling parameter for rsw.
|
|
lprwg
|
0.0 m/V
|
Length scaling parameter for prwg.
|
|
wprwg
|
0.0 m/V
|
Width scaling parameter for prwg.
|
|
pprwg
|
0.0 (m2)/V
|
Cross-term scaling parameter for prwg.
|
|
lprwb
|
0.0 m
|
Length scaling parameter for prwb.
|
|
wprwb
|
0.0 m
|
Width scaling parameter for prwb.
|
|
pprwb
|
0.0 m2
|
Cross-term scaling parameter for prwb.
|
|
lwr
|
0.0 m
|
Length scaling parameter for wr.
|
|
wwr
|
0.0 m
|
Width scaling parameter for wr.
|
|
pwr
|
0.0 m2
|
Cross-term scaling parameter for wr.
|
|
lphig1
|
0.0 V m
|
Length scaling parameter for phig1.
|
|
wphig1
|
0.0 V m
|
Width scaling parameter for phig1.
|
|
pphig1
|
0.0 V (m2)
|
Cross-term scaling parameter for phig1.
|
|
lphig2
|
0.0 V m
|
Length scaling parameter for phig2.
|
|
wphig2
|
0.0 V m
|
Width scaling parameter for phig2.
|
|
pphig2
|
0.0 V (m2)
|
Cross-term scaling parameter for phig2.
|
|
lnsd
|
0.0 m-2
|
Length scaling parameter for nsd.
|
|
wnsd
|
0.0 m-2
|
Width scaling parameter for nsd.
|
|
pnsd
|
0.0 m^-1
|
Cross-term scaling parameter for nsd.
|
|
lnbody
|
0.0 m-2
|
Length scaling parameter for nbody.
|
|
wnbody
|
0.0 m-2
|
Width scaling parameter for nbody.
|
|
pnbody
|
0.0 m^-1
|
Cross-term scaling parameter for nbody.
|
|
lcit
|
0.0 F/m
|
Length scaling parameter for cit.
|
|
wcit
|
0.0 F/m
|
Width scaling parameter for cit.
|
|
pcit
|
0.0 F
|
Cross-term scaling parameter for cit.
|
|
lcdsc
|
0.0 F/m
|
Length scaling parameter for cdsc.
|
|
wcdsc
|
0.0 F/m
|
Width scaling parameter for cdsc.
|
|
pcdsc
|
0.0 F
|
Cross-term scaling parameter for cdsc.
|
|
lcdscd
|
0.0 F/(m V)
|
Length scaling parameter for cdscd.
|
|
wcdscd
|
0.0 F/(m V)
|
Width scaling parameter for cdscd.
|
|
pcdscd
|
0.0 F/V
|
Cross-term scaling parameter for cdscd.
|
|
lcbgcbg
|
0.0 F/(m V)
|
Length scaling parameter for cbgcbg.
|
|
wcbgcbg
|
0.0 F/(m V)
|
Width scaling parameter for cbgcbg.
|
|
pcbgcbg
|
0.0 F/m
|
Cross-term scaling parameter for cbgcbg.
|
|
ldvt0
|
0.0 m
|
Length scaling parameter for dvt0.
|
|
wdvt0
|
0.0 m
|
Width scaling parameter for dvt0.
|
|
pdvt0
|
0.0 m2
|
Cross-term scaling parameter for dvt0.
|
|
ldvt1
|
0.0 m
|
Length scaling parameter for dvt1.
|
|
wdvt1
|
0.0 m
|
Width scaling parameter for dvt1.
|
|
pdvt1
|
0.0 m2
|
Cross-term scaling parameter for dvt1.
|
|
lphin
|
0.0 V m
|
Length scaling parameter for phin.
|
|
wphin
|
0.0 V m
|
Width scaling parameter for phin.
|
|
pphin
|
0.0 V (m2)
|
Cross-term scaling parameter for phin.
|
|
leta0
|
0.0 m
|
Length scaling parameter for eta0.
|
|
weta0
|
0.0 m
|
Width scaling parameter for eta0.
|
|
peta0
|
0.0 m
|
Cross-term scaling parameter for eta0.
|
|
letab
|
0.0 m/V
|
Length scaling parameter for etab.
|
|
wetab
|
0.0 m/V
|
Width scaling parameter for etab.
|
|
petab
|
0.0 (m2)/V
|
Cross-term scaling parameter for etab.
|
|
ldsub
|
0.0 m
|
Length scaling parameter for dsub.
|
|
wdsub
|
0.0 m
|
Width scaling parameter for dsub.
|
|
pdsub
|
0.0 m2
|
Cross-term scaling parameter for dsub.
|
|
lk1rsce
|
0.0 m V^(-1/2)
|
Length scaling parameter for k1rsce.
|
|
wk1rsce
|
0.0 m V^(-1/2)
|
Width scaling parameter for k1rsce.
|
|
pk1rsce
|
0.0 (m2) V^(-1/2)
|
Cross-term scaling parameter for k1rsce.
|
|
llpe0
|
0.0 m2
|
Length scaling parameter for lpe0.
|
|
wlpe0
|
0.0 m2
|
Width scaling parameter for lpe0.
|
|
plpe0
|
0.0 m3
|
Cross-term scaling parameter for lpe0.
|
|
lk0
|
0.0 m
|
Length scaling parameter for k0.
|
|
wk0
|
0.0 m
|
Width scaling parameter for k0.
|
|
pk0
|
0.0 m2
|
Cross-term scaling parameter for k0.
|
|
lk01
|
0.0 Vm/K
|
Length scaling parameter for k01.
|
|
wk01
|
0.0 Vm/K
|
Width scaling parameter for k01.
|
|
pk01
|
0.0 V(m2)/K
|
Cross-term scaling parameter for k01.
|
|
lk0si
|
0.0 m/K
|
Length scaling parameter for k0si.
|
|
wk0si
|
0.0 m/K
|
Width scaling parameter for k0si.
|
|
pk0si
|
0.0 (m2)/K
|
Cross-term scaling parameter for k0si.
|
|
lk0si1
|
0.0 m
|
Length scaling parameter for k0si1.
|
|
wk0si1
|
0.0 m
|
Width scaling parameter for k0si1.
|
|
pk0si1
|
0.0 m2
|
Cross-term scaling parameter for k0si1.
|
|
lmexp
|
0.0 m
|
Length scaling parameter for mexp.
|
|
wmexp
|
0.0 m
|
Width scaling parameter for mexp.
|
|
pmexp
|
0.0 m2
|
Cross-term scaling parameter for mexp.
|
|
lptwg
|
0.0 m/(V2)
|
Length scaling parameter for ptwg.
|
|
wptwg
|
0.0 m/(V2)
|
Width scaling parameter for ptwg.
|
|
pptwg
|
0.0 (m2)/(V2)
|
Cross-term scaling parameter for ptwg.
|
|
lptwgb
|
0.0 m/(V3)
|
Length scaling parameter for ptwgb.
|
|
wptwgb
|
0.0 m/(V3)
|
Width scaling parameter for ptwgb.
|
|
pptwgb
|
0.0 (m2)/(V3)
|
Cross-term scaling parameter for ptwgb.
|
|
lptwgb2
|
0.0 m/(V3)
|
Length scaling parameter for ptwgb2.
|
|
wptwgb2
|
0.0 m/(V3)
|
Width scaling parameter for ptwgb2.
|
|
pptwgb2
|
0.0 (m2)/(V3)
|
Cross-term scaling parameter for ptwgb2.
|
|
lptwgt
|
0.0 m/K
|
Length scaling parameter for ptwgt.
|
|
wptwgt
|
0.0 m/K
|
Width scaling parameter for ptwgt.
|
|
pptwgt
|
0.0 (m2)/K
|
Cross-term scaling parameter for ptwgt.
|
|
lu0
|
0.0 (m3)/V s
|
Length scaling parameter for u0.
|
|
wu0
|
0.0 (m3)/V s
|
Width scaling parameter for u0.
|
|
pu0
|
0.0 (m4)/V s
|
Cross-term scaling parameter for u0.
|
|
lua
|
0.0 m (MV/cm)^(-EU)
|
Length scaling parameter for ua.
|
|
wua
|
0.0 m (MV/cm)^(-EU)
|
Width scaling parameter for ua.
|
|
pua
|
0.0 m2 (MV/cm)^(-EU)
|
Cross-term scaling parameter for ua.
|
|
luc
|
0.0 (m/V) (MV/cm)^(-EU)
|
Length scaling parameter for uc.
|
|
wuc
|
0.0 (m/V) (MV/cm)^(-EU)
|
Width scaling parameter for uc.
|
|
puc
|
0.0 (m2/V) (MV/cm)^(-EU)
|
Cross-term scaling parameter for uc.
|
|
lud
|
0.0 m
|
Length scaling parameter for ud.
|
|
wud
|
0.0 m
|
Width scaling parameter for ud.
|
|
pud
|
0.0 m2
|
Cross-term scaling parameter for ud.
|
|
lucs
|
0.0 m
|
Length scaling parameter for ucs.
|
|
wucs
|
0.0 m
|
Width scaling parameter for ucs.
|
|
pucs
|
0.0 m2
|
Cross-term scaling parameter for ucs.
|
|
luds
|
0.0 m
|
L-term of UDS.
|
|
wuds
|
0.0 m
|
W-term of UDS.
|
|
puds
|
0.0 m2
|
P-term of UDS.
|
|
luds1
|
0.0 m
|
L-term of UDS1.
|
|
wuds1
|
0.0 m
|
W-term of UDS1.
|
|
puds1
|
0.0 m2
|
P-term of UDS1.
|
|
ludd
|
0.0 m
|
L-term of UDD.
|
|
wudd
|
0.0 m
|
W-term of UDD.
|
|
pudd
|
0.0 m2
|
P-term of UDD.
|
|
ludd1
|
0.0 m
|
L-term of UDD1.
|
|
wudd1
|
0.0 m
|
W-term of UDD1.
|
|
pudd1
|
0.0 m2
|
P-term of UDD1.
|
|
leu
|
0.0 m2/MV
|
Length scaling parameter for eu.
|
|
weu
|
0.0 m2/MV
|
Width scaling parameter for eu.
|
|
peu
|
0.0 m3/MV
|
Cross-term scaling parameter for eu.
|
|
lutl
|
0.0 m
|
Length scaling parameter for utl.
|
|
wutl
|
0.0 m
|
Width scaling parameter for utl.
|
|
putl
|
0.0 m2
|
Cross-term scaling parameter for utl.
|
|
lute
|
0.0 m
|
Length scaling parameter for ute.
|
|
wute
|
0.0 m
|
Width scaling parameter for ute.
|
|
pute
|
0.0 m2
|
Cross-term scaling parameter for ute.
|
|
lute1
|
0.0 m
|
L-term of UTE1.
|
|
wute1
|
0.0 m
|
W-term of UTE1.
|
|
pute1
|
0.0 m2
|
P-term of UTE1.
|
|
lua1
|
0.0 m
|
Length scaling parameter for ua1.
|
|
wua1
|
0.0 m
|
Width scaling parameter for ua1.
|
|
pua1
|
0.0 m2
|
Cross-term scaling parameter for ua1.
|
|
lua2
|
0.0 m
|
L-term of UA2.
|
|
wua2
|
0.0 m
|
W-term of UA2.
|
|
pua2
|
0.0 m2
|
P-term of UA2.
|
|
lud1
|
0.0 m
|
Length scaling parameter for ud1.
|
|
wud1
|
0.0 m
|
Width scaling parameter for ud1.
|
|
pud1
|
0.0 m2
|
Cross-term scaling parameter for ud1.
|
|
lud2
|
0.0 m
|
L-term of UD2.
|
|
wud2
|
0.0 m
|
W-term of UD2.
|
|
pud2
|
0.0 m2
|
P-term of UD2.
|
|
lucste
|
0.0 m
|
Length scaling parameter for ucste.
|
|
wucste
|
0.0 m
|
Width scaling parameter for ucste.
|
|
pucste
|
0.0 m2
|
Cross-term scaling parameter for ucste.
|
|
lucste1
|
0.0 m
|
L-term of UCSTE1.
|
|
wucste1
|
0.0 m
|
W-term of UCSTE1.
|
|
pucste1
|
0.0 m2
|
P-term of UCSTE1.
|
|
lat
|
0.0 m/K
|
Length scaling parameter for at.
|
|
wat
|
0.0 m/K
|
Width scaling parameter for at.
|
|
pat
|
0.0 (m2)/K
|
Cross-term scaling parameter for at.
|
|
leu1
|
0.0 m2/MV
|
L-term of EU1.
|
|
weu1
|
0.0 m2/MV
|
W-term of EU1.
|
|
peu1
|
0.0 m3/MV
|
P-term of EU1.
|
|
latb
|
0.0 m/K
|
Length scaling parameter for atb.
|
|
watb
|
0.0 m/K
|
Width scaling parameter for atb.
|
|
patb
|
0.0 (m2)/K
|
Cross-term scaling parameter for atb.
|
|
lprt
|
0.0 m/K
|
Length scaling parameter for prt.
|
|
wprt
|
0.0 m/K
|
Width scaling parameter for prt.
|
|
pprt
|
0.0 (m2)/K
|
Cross-term scaling parameter for prt.
|
|
lprt1
|
0.0 m/K
|
L-term of PRT1.
|
|
wprt1
|
0.0 m/K
|
W-term of PRT1.
|
|
pprt1
|
0.0 (m2)/K
|
P-term of PRT1.
|
|
ltr0
|
0.0 m K
|
L-term of TR0.
|
|
wtr0
|
0.0 m K
|
W-term of TR0.
|
|
ptr0
|
0.0 (m2) K
|
P-term of TR0.
|
|
lsprt
|
0.0 m/K
|
L-term of SPRT.
|
|
wsprt
|
0.0 m/K
|
W-term of SPRT.
|
|
psprt
|
0.0 (m2)/K
|
P-term of SPRT.
|
|
liit
|
0.0 m
|
Length scaling parameter for iit.
|
|
wiit
|
0.0 m
|
Width scaling parameter for iit.
|
|
piit
|
0.0 m2
|
Cross-term scaling parameter for iit.
|
|
ltgidl
|
0.0 m/K
|
Length scaling parameter for tgidl.
|
|
wtgidl
|
0.0 m/K
|
Width scaling parameter for tgidl.
|
|
ptgidl
|
0.0 (m2)/K
|
Cross-term scaling parameter for tgidl.
|
|
ltgisl
|
0.0 m/K
|
Length scaling parameter for tgisl.
|
|
wtgisl
|
0.0 m/K
|
Width scaling parameter for tgisl.
|
|
ptgisl
|
0.0 (m2)/K
|
Cross-term scaling parameter for tgisl.
|
|
ligt
|
0.0 m
|
Length scaling parameter for igt.
|
|
wigt
|
0.0 m
|
Width scaling parameter for igt.
|
|
pigt
|
0.0 m2
|
Cross-term scaling parameter for igt.
|
|
lpclm
|
0.0 m
|
Length scaling parameter for pclm.
|
|
wpclm
|
0.0 m
|
Width scaling parameter for pclm.
|
|
ppclm
|
0.0 m2
|
Cross-term scaling parameter for pclm.
|
|
lpclmcv
|
0.0 m
|
Length scaling parameter for pclmcv.
|
|
wpclmcv
|
0.0 m
|
Width scaling parameter for pclmcv.
|
|
ppclmcv
|
0.0 m2
|
Cross-term scaling parameter for pclmcv.
|
|
ldrout
|
0.0 m
|
Length scaling parameter for drout.
|
|
wdrout
|
0.0 m
|
Width scaling parameter for drout.
|
|
pdrout
|
0.0 m2
|
Cross-term scaling parameter for drout.
|
|
lpdibl1
|
0.0 m
|
Length scaling parameter for pdibl1.
|
|
wpdibl1
|
0.0 m
|
Width scaling parameter for pdibl1.
|
|
ppdibl1
|
0.0 m2
|
Cross-term scaling parameter for pdibl1.
|
|
lpdibl2
|
0.0 m
|
Length scaling parameter for pdibl2.
|
|
wpdibl2
|
0.0 m
|
Width scaling parameter for pdibl2.
|
|
ppdibl2
|
0.0 m2
|
Cross-term scaling parameter for pdibl2.
|
|
lpvag
|
0.0 m
|
Length scaling parameter for pvag.
|
|
wpvag
|
0.0 m
|
Width scaling parameter for pvag.
|
|
ppvag
|
0.0 m2
|
Cross-term scaling parameter for pvag.
|
|
lalpha0
|
0.0 m2/V
|
Length scaling parameter for alpha0.
|
|
walpha0
|
0.0 m2/V
|
Width scaling parameter for alpha0.
|
|
palpha0
|
0.0 m3/V
|
Cross-term scaling parameter for alpha0.
|
|
lalpha1
|
0.0 m/V
|
Length scaling parameter for alpha1.
|
|
walpha1
|
0.0 m/V
|
Width scaling parameter for alpha1.
|
|
palpha1
|
0.0 m2/V
|
Cross-term scaling parameter for alpha1.
|
|
lbeta0
|
0.0 m/V
|
Length scaling parameter for beta0.
|
|
wbeta0
|
0.0 m/V
|
Width scaling parameter for beta0.
|
|
pbeta0
|
0.0 m2/V
|
Cross-term scaling parameter for beta0.
|
|
laigc
|
0.0 (F s2/g)^0.5
|
Length scaling parameter for aigc.
|
|
waigc
|
0.0 (F s2/g)^0.5
|
Width scaling parameter for aigc.
|
|
paigc
|
0.0 m (F s2/g)^0.5
|
Cross-term scaling parameter for aigc.
|
|
lbigc
|
0.0 V (F s2/g)^0.5
|
Length scaling parameter for bigc.
|
|
wbigc
|
0.0 V (F s2/g)^0.5
|
Width scaling parameter for bigc.
|
|
pbigc
|
0.0 m V (F s2/g)^0.5
|
Cross-term scaling parameter for bigc.
|
|
lcigc
|
0.0 m/V
|
Length scaling parameter for cigc.
|
|
wcigc
|
0.0 m/V
|
Width scaling parameter for cigc.
|
|
pcigc
|
0.0 (m2)/V
|
Cross-term scaling parameter for cigc.
|
|
lpigcd
|
0.0 m
|
Length scaling parameter for pigcd.
|
|
wpigcd
|
0.0 m
|
Width scaling parameter for pigcd.
|
|
ppigcd
|
0.0 m2
|
Cross-term scaling parameter for pigcd.
|
|
lagidl
|
0.0 m/ohm
|
Length scaling parameter for agidl.
|
|
wagidl
|
0.0 m/ohm
|
Width scaling parameter for agidl.
|
|
pagidl
|
0.0 (m2)/ohm
|
Cross-term scaling parameter for agidl.
|
|
lbgidl
|
0.0 V
|
Length scaling parameter for bgidl.
|
|
wbgidl
|
0.0 V
|
Width scaling parameter for bgidl.
|
|
pbgidl
|
0.0 m V
|
Cross-term scaling parameter for bgidl.
|
|
legidl
|
0.0 m V
|
Length scaling parameter for egidl.
|
|
wegidl
|
0.0 m V
|
Width scaling parameter for egidl.
|
|
pegidl
|
0.0 (m2) V
|
Cross-term scaling parameter for egidl.
|
|
lpgidl
|
0.0 m
|
Length scaling parameter for pgidl.
|
|
wpgidl
|
0.0 m
|
Width scaling parameter for pgidl.
|
|
ppgidl
|
0.0 m2
|
Cross-term scaling parameter for pgidl.
|
|
lagisl
|
0.0 m/ohm
|
Length scaling parameter for agisl.
|
|
wagisl
|
0.0 m/ohm
|
Width scaling parameter for agisl.
|
|
pagisl
|
0.0 (m2)/ohm
|
Cross-term scaling parameter for agisl.
|
|
lbgisl
|
0.0 V
|
Length scaling parameter for bgisl.
|
|
wbgisl
|
0.0 V
|
Width scaling parameter for bgisl.
|
|
pbgisl
|
0.0 m V
|
Cross-term scaling parameter for bgisl.
|
|
legisl
|
0.0 m V
|
Length scaling parameter for egisl.
|
|
wegisl
|
0.0 m V
|
Width scaling parameter for egisl.
|
|
pegisl
|
0.0 (m2) V
|
Cross-term scaling parameter for egisl.
|
|
lpgisl
|
0.0 m
|
Length scaling parameter for pgisl.
|
|
wpgisl
|
0.0 m
|
Width scaling parameter for pgisl.
|
|
ppgisl
|
0.0 m2
|
Cross-term scaling parameter for pgisl.
|
|
laigs
|
0.0 (F s2/g)^0.5
|
Length scaling parameter for aigs.
|
|
waigs
|
0.0 (F s2/g)^0.5
|
Width scaling parameter for aigs.
|
|
paigs
|
0.0 m (F s2/g)^0.5
|
Cross-term scaling parameter for aigs.
|
|
laigd
|
0.0 (F s2/g)^0.5
|
Length scaling parameter for aigd.
|
|
waigd
|
0.0 (F s2/g)^0.5
|
Width scaling parameter for aigd.
|
|
paigd
|
0.0 m (F s2/g)^0.5
|
Cross-term scaling parameter for aigd.
|
|
lbigs
|
0.0 ((F s2/g)^0.5)/V
|
Length scaling parameter for bigs.
|
|
wbigs
|
0.0 ((F s2/g)^0.5)/V
|
Width scaling parameter for bigs.
|
|
pbigs
|
0.0 (m (F s2/g)^0.5)/V
|
Cross-term scaling parameter for bigs.
|
|
lbigd
|
0.0 ((F s2/g)^0.5)/V
|
Length scaling parameter for bigd.
|
|
wbigd
|
0.0 ((F s2/g)^0.5)/V
|
Width scaling parameter for bigd.
|
|
pbigd
|
0.0 (m (F s2/g)^0.5)/V
|
Cross-term scaling parameter for bigd.
|
|
lcigs
|
0.0 m/V
|
Length scaling parameter for cigs.
|
|
wcigs
|
0.0 m/V
|
Width scaling parameter for cigs.
|
|
pcigs
|
0.0 (m2)/V
|
Cross-term scaling parameter for cigs.
|
|
lcigd
|
0.0 m/V
|
Length scaling parameter for cigd.
|
|
wcigd
|
0.0 m/V
|
Width scaling parameter for cigd.
|
|
pcigd
|
0.0 m/V
|
Cross-term scaling parameter for cigd.
|
|
lntox
|
0.0 m
|
Length scaling parameter for ntox.
|
|
wntox
|
0.0 m
|
Width scaling parameter for ntox.
|
|
pntox
|
0.0 m2
|
Cross-term scaling parameter for ntox.
|
|
lpoxedge
|
0.0 m
|
Length scaling parameter for poxedge.
|
|
wpoxedge
|
0.0 m
|
Width scaling parameter for poxedge.
|
|
ppoxedge
|
0.0 m
|
Cross-term scaling parameter for poxedge.
|
|
llovs
|
0.0 m2
|
Length scaling parameter for lovs.
|
|
wlovs
|
0.0 m2
|
Width scaling parameter for lovs.
|
|
plovs
|
0.0 m3
|
Cross-term scaling parameter for lovs.
|
|
llovd
|
0.0 m2
|
Length scaling parameter for lovd.
|
|
wlovd
|
0.0 m2
|
Width scaling parameter for lovd.
|
|
plovd
|
0.0 m3
|
Cross-term scaling parameter for lovd.
|
|
lcfs
|
0.0 F
|
Length scaling parameter for cfs.
|
|
wcfs
|
0.0 F
|
Width scaling parameter for cfs.
|
|
pcfs
|
0.0 F m
|
Cross-term scaling parameter for cfs.
|
|
lcfd
|
0.0 F
|
Length scaling parameter for cfd.
|
|
wcfd
|
0.0 F
|
Width scaling parameter for cfd.
|
|
pcfd
|
0.0 F m
|
Cross-term scaling parameter for cfd.
|
|
lvsat
|
0.0 (m2)/s
|
Length scaling parameter for vsat.
|
|
wvsat
|
0.0 (m2)/s
|
Width scaling parameter for vsat.
|
|
pvsat
|
0.0 (m3)/s
|
Cross-term scaling parameter for vsat.
|
|
lvsatb
|
0.0 m/V
|
Length scaling parameter for vsatb.
|
|
wvsatb
|
0.0 m/V
|
Width scaling parameter for vsatb.
|
|
pvsatb
|
0.0 (m2)/V
|
Cross-term scaling parameter for vsatb.
|
|
lvsat1
|
0.0 (m2)/s
|
Length scaling parameter for vsat1.
|
|
wvsat1
|
0.0 (m2)/s
|
Width scaling parameter for vsat1.
|
|
pvsat1
|
0.0 (m3)/s
|
Cross-term scaling parameter for vsat1.
|
|
lvsatcv
|
0.0 (m2)/s
|
Length scaling parameter for vsatcv.
|
|
wvsatcv
|
0.0 (m2)/s
|
Width scaling parameter for vsatcv.
|
|
pvsatcv
|
0.0 (m3)/s
|
Cross-term scaling parameter for vsatcv.
|
|
lksativ
|
0.0 m
|
Length scaling parameter for ksativ.
|
|
wksativ
|
0.0 m
|
Width scaling parameter for ksativ.
|
|
pksativ
|
0.0 m2
|
Cross-term scaling parameter for ksativ.
|
|
lksubiv
|
0.0 m
|
Length scaling parameter for ksubiv.
|
|
wksubiv
|
0.0 m
|
Width scaling parameter for ksubiv.
|
|
pksubiv
|
0.0 m2
|
Cross-term scaling parameter for ksubiv.
|
|
lup
|
0.0 m^(LPA+1)
|
Length scaling parameter for up.
|
|
wup
|
0.0 m^(LPA+1)
|
Width scaling parameter for up.
|
|
pup
|
0.0 m^(LPA+2)
|
Cross-term scaling parameter for up.
|
|
laigbinv
|
0.0 (F s2/g)^0.5
|
Length scaling parameter for aigbinv.
|
|
waigbinv
|
0.0 (F s2/g)^0.5
|
Width scaling parameter for aigbinv.
|
|
paigbinv
|
0.0 m (F s2/g)^0.5
|
Cross-term scaling parameter for aigbinv.
|
|
lbigbinv
|
0.0 ((F s2/g)^0.5)V^-1
|
Length scaling parameter for bigbinv.
|
|
wbigbinv
|
0.0 ((F s2/g)^0.5)V^-1
|
Width scaling parameter for bigbinv.
|
|
pbigbinv
|
0.0 (m ((F s2/g)^0.5)V^-1)
|
Cross-term scaling parameter for bigbinv.
|
|
lcigbinv
|
0.0 m/V
|
Length scaling parameter for cigbinv.
|
|
wcigbinv
|
0.0 m/V
|
Width scaling parameter for cigbinv.
|
|
pcigbinv
|
0.0 (m2)/V
|
Cross-term scaling parameter for cigbinv.
|
|
leigbinv
|
0.0 m V
|
Length scaling parameter for eigbinv.
|
|
weigbinv
|
0.0 m V
|
Width scaling parameter for eigbinv.
|
|
peigbinv
|
0.0 (m2) V
|
Cross-term scaling parameter for eigbinv.
|
|
lnigbinv
|
0.0 m
|
Length scaling parameter for nigbinv.
|
|
wnigbinv
|
0.0 m
|
Width scaling parameter for nigbinv.
|
|
pnigbinv
|
0.0 m2
|
Cross-term scaling parameter for nigbinv.
|
|
laigbacc
|
0.0 (F s2/g)^0.5
|
Length scaling parameter for aigbacc.
|
|
waigbacc
|
0.0 (F s2/g)^0.5
|
Width scaling parameter for aigbacc.
|
|
paigbacc
|
0.0 m (F s2/g)^0.5
|
Cross-term scaling parameter for aigbacc.
|
|
lbigbacc
|
0.0 ((F s2/g)^0.5)V^-1
|
Length scaling parameter for bigbacc.
|
|
wbigbacc
|
0.0 ((F s2/g)^0.5)V^-1
|
Width scaling parameter for bigbacc.
|
|
pbigbacc
|
0.0 (m ((F s2/g)^0.5)V^-1)
|
Cross-term scaling parameter for bigbacc.
|
|
lcigbacc
|
0.0 m/V
|
Length scaling parameter for cigbacc.
|
|
wcigbacc
|
0.0 m/V
|
Width scaling parameter for cigbacc.
|
|
pcigbacc
|
0.0 (m2)/V
|
Cross-term scaling parameter for cigbacc.
|
|
lnigbacc
|
0.0 m
|
Length scaling parameter for nigbacc.
|
|
wnigbacc
|
0.0 m
|
Width scaling parameter for nigbacc.
|
|
pnigbacc
|
0.0 m2
|
Cross-term scaling parameter for nigbacc.
|
|
lbpfactorpw
|
0.0
|
L-term of BPFACTORPW.
|
|
wbpfactorpw
|
0.0
|
W-term of BPFACTORPW.
|
|
pbpfactorpw
|
0.0
|
P-term of BPFACTORPW.
|
|
lvknee1pw
|
0.0 V
|
L-term of VKNEE1PW.
|
|
wvknee1pw
|
0.0 V
|
W-term of VKNEE1PW.
|
|
pvknee1pw
|
0.0 V
|
P-term of VKNEE1PW.
|
|
lvknee2pw
|
0.0 V
|
L-term of VKNEE2PW.
|
|
wvknee2pw
|
0.0 V
|
W-term of VKNEE2PW.
|
|
pvknee2pw
|
0.0 V
|
P-term of VKNEE2PW.
|
|
ldbgpw
|
0.0
|
L-term of DBGPW.
|
|
wdbgpw
|
0.0
|
W-term of DBGPW.
|
|
pdbgpw
|
0.0
|
P-term of DBGPW.
|
|
lkbg0pw
|
0.0
|
L-term of KBG0PW.
|
|
wkbg0pw
|
0.0
|
W-term of KBG0PW.
|
|
pkbg0pw
|
0.0
|
P-term of KBG0PW.
|
|
lkbg1pw
|
0.0
|
L-term of KBG1PW.
|
|
wkbg1pw
|
0.0
|
W-term of KBG1PW.
|
|
pkbg1pw
|
0.0
|
P-term of KBG1PW.
|
|
lkbg2pw
|
0.0
|
L-term of KBG2PW.
|
|
wkbg2pw
|
0.0
|
W-term of KBG2PW.
|
|
pkbg2pw
|
0.0
|
P-term of KBG2PW.
|
|
lbpfactornw
|
0.0
|
L-term of BPFACTORNW.
|
|
wbpfactornw
|
0.0
|
W-term of BPFACTORNW.
|
|
pbpfactornw
|
0.0
|
P-term of BPFACTORNW.
|
|
lvknee1nw
|
0.0 V
|
L-term of VKNEE1NW.
|
|
wvknee1nw
|
0.0 V
|
W-term of VKNEE1NW.
|
|
pvknee1nw
|
0.0 V
|
P-term of VKNEE1NW.
|
|
lvknee2nw
|
0.0 V
|
L-term of VKNEE2NW.
|
|
wvknee2nw
|
0.0 V
|
W-term of VKNEE2NW.
|
|
pvknee2nw
|
0.0 V
|
P-term of VKNEE2NW.
|
|
ldbgnw
|
0.0
|
L-term of DBGNW.
|
|
wdbgnw
|
0.0
|
W-term of DBGNW.
|
|
pdbgnw
|
0.0
|
P-term of DBGNW.
|
|
lkbg0nw
|
0.0
|
L-term of KBG0NW.
|
|
wkbg0nw
|
0.0
|
W-term of KBG0NW.
|
|
pkbg0nw
|
0.0
|
P-term of KBG0NW.
|
|
lkbg1nw
|
0.0
|
L-term of KBG1NW.
|
|
wkbg1nw
|
0.0
|
W-term of KBG1NW.
|
|
pkbg1nw
|
0.0
|
P-term of KBG1NW.
|
|
lkbg2nw
|
0.0
|
L-term of KBG2NW.
|
|
wkbg2nw
|
0.0
|
W-term of KBG2NW.
|
|
pkbg2nw
|
0.0
|
P-term of KBG2NW.
|
|
ldsc0
|
0.0
|
L-term of DSC0.
|
|
wdsc0
|
0.0
|
W-term of DSC0.
|
|
pdsc0
|
0.0
|
P-term of DSC0.
|
|
ldsc1
|
0.0
|
L-term of DSC1.
|
|
wdsc1
|
0.0
|
W-term of DSC1.
|
|
pdsc1
|
0.0
|
P-term of DSC1.
|
|
lascl
|
0.0
|
L-term of ASCL.
|
|
wascl
|
0.0
|
W-term of ASCL.
|
|
pascl
|
0.0
|
P-term of ASCL.
|
|
lbscl
|
0.0 V^-1
|
L-term of BSCL.
|
|
wbscl
|
0.0 V^-1
|
W-term of BSCL.
|
|
pbscl
|
0.0 V^-1
|
P-term of BSCL.
|
|
letamob
|
0.0
|
L-term of ETAMOB.
|
|
wetamob
|
0.0
|
W-term of ETAMOB.
|
|
petamob
|
0.0
|
P-term of ETAMOB.
|
|
lvbgidl
|
0.0 m
|
L-term of VBGIDL.
|
|
wvbgidl
|
0.0 m
|
W-term of VBGIDL.
|
|
pvbgidl
|
0.0 m2
|
P-term of VBGIDL.
|
|
lvbegidl
|
0.0 m V
|
L-term of VBEGIDL.
|
|
wvbegidl
|
0.0 m V
|
W-term of VBEGIDL.
|
|
pvbegidl
|
0.0 (m2) V
|
P-term of VBEGIDL.
|
|
lvbgisl
|
0.0 m
|
L-term of VBGISL.
|
|
wvbgisl
|
0.0 m
|
W-term of VBGISL.
|
|
pvbgisl
|
0.0 m2
|
P-term of VBGISL.
|
|
lvbegisl
|
0.0 m V
|
L-term of VBEGISL.
|
|
wvbegisl
|
0.0 m V
|
W-term of VBEGISL.
|
|
pvbegisl
|
0.0 (m2) V
|
P-term of VBEGISL.
|
|
lxrcrg1
|
0.0
|
L-term of XRCRG1.
|
|
wxrcrg1
|
0.0
|
W-term of XRCRG1.
|
|
pxrcrg1
|
0.0
|
P-term of XRCRG1.
|
|
lxrcrg2
|
0.0
|
L-term of XRCRG2.
|
|
wxrcrg2
|
0.0
|
W-term of XRCRG2.
|
|
pxrcrg2
|
0.0
|
P-term of XRCRG2.
|
|
eta1
|
0.00
|
DIBL coefficient for low gate overdrive.
|
|
digc
|
1.0
|
Parameter for Igc in inversion.
|
|
digs
|
1.0
|
Parameter for Igs, Igd.
|
|
digd
|
1.0
|
Parameter for Igs, Igd.
|
|
leta1
|
0.0 m
|
L-term of ETA1.
|
|
weta1
|
0.0 m
|
W-term of ETA1.
|
|
peta1
|
0.0 m
|
P-term of ETA1.
|
|
ldigc
|
0.0 m/V
|
L-term of DIGC.
|
|
wdigc
|
0.0 m/V
|
W-term of DIGC.
|
|
pdigc
|
0.0 (m2)/V
|
P-term of DIGC.
|
|
ldigs
|
0.0 m/V
|
L-term of DIGS.
|
|
wdigs
|
0.0 m/V
|
W-term of DIGS.
|
|
pdigs
|
0.0 (m2)/V
|
P-term of DIGS.
|
|
ldigd
|
0.0 m/V
|
L-term of DIGD.
|
|
wdigd
|
0.0 m/V
|
W-term of DIGD.
|
|
pdigd
|
0.0 (m2)/V
|
P-term of DIGD.
|
|
lqmtcencv
|
0.0
|
L-term of QMTCENCV.
|
|
wqmtcencv
|
0.0
|
W-term of QMTCENCV.
|
|
pqmtcencv
|
0.0
|
P-term of QMTCENCV.
|
|
letaqm
|
0.0
|
L-term of ETAQM.
|
|
wetaqm
|
0.0
|
W-term of ETAQM.
|
|
petaqm
|
0.0
|
P-term of ETAQM.
|
|
lqm0
|
0.0
|
L-term of QM0.
|
|
wqm0
|
0.0
|
W-term of QM0.
|
|
pqm0
|
0.0
|
P-term of QM0.
|
|
lpqm
|
0.0
|
L-term of PQM.
|
|
wpqm
|
0.0
|
W-term of PQM.
|
|
ppqm
|
0.0
|
P-term of PQM.
|
