Struct Bsim1Model 

pub struct Bsim1Model {

    pub nmos: bool,
    pub vfb0: f64,
    pub vfbl: f64,
    pub vfbw: f64,
    pub phi0: f64,
    pub phil: f64,
    pub phiw: f64,
    pub k10: f64,
    pub k1l: f64,
    pub k1w: f64,
    pub k20: f64,
    pub k2l: f64,
    pub k2w: f64,
    pub eta0: f64,
    pub etal: f64,
    pub etaw: f64,
    pub etab0: f64,
    pub etabl: f64,
    pub etabw: f64,
    pub etad0: f64,
    pub etadl: f64,
    pub etadw: f64,
    pub mobzero: f64,
    pub mobzerob0: f64,
    pub mobzerobl: f64,
    pub mobzerobw: f64,
    pub mobvdd0: f64,
    pub mobvddl: f64,
    pub mobvddw: f64,
    pub mobvddb0: f64,
    pub mobvddbl: f64,
    pub mobvddbw: f64,
    pub mobvddd0: f64,
    pub mobvdddl: f64,
    pub mobvdddw: f64,
    pub ugs0: f64,
    pub ugsl: f64,
    pub ugsw: f64,
    pub ugsb0: f64,
    pub ugsbl: f64,
    pub ugsbw: f64,
    pub uds0: f64,
    pub udsl: f64,
    pub udsw: f64,
    pub udsb0: f64,
    pub udsbl: f64,
    pub udsbw: f64,
    pub udsd0: f64,
    pub udsdl: f64,
    pub udsdw: f64,
    pub n00: f64,
    pub n0l: f64,
    pub n0w: f64,
    pub nb0: f64,
    pub nbl: f64,
    pub nbw: f64,
    pub nd0: f64,
    pub ndl: f64,
    pub ndw: f64,
    pub deltal: f64,
    pub deltaw: f64,
    pub tox: f64,
    pub temp: f64,
    pub vdd: f64,
    pub cgso: f64,
    pub cgdo: f64,
    pub cgbo: f64,
    pub xpart: f64,
    pub rsh: f64,
    pub js: f64,
    pub pb: f64,
    pub mj: f64,
    pub pbsw: f64,
    pub mjsw: f64,
    pub cj: f64,
    pub cjsw: f64,
    pub wdf: f64,
    pub dell: f64,
    pub kf: f64,
    pub af: f64,
}

.model … nmos(level=4 …) parameters, 3f5 names (b1.c keyword table). Everything defaults to 0 (b1set.c); the junction potentials are clamped to ≥ 0.1 at temp time.

Fields

nmos: bool

vfb0: f64

vfbl: f64

vfbw: f64

phi0: f64

phil: f64

phiw: f64

k10: f64

k1l: f64

k1w: f64

k20: f64

k2l: f64

k2w: f64

eta0: f64

etal: f64

etaw: f64

etab0: f64

etabl: f64

etabw: f64

etad0: f64

etadl: f64

etadw: f64

mobzero: f64

MUZ has no geometry dependence of its own.

mobzerob0: f64

mobzerobl: f64

mobzerobw: f64

mobvdd0: f64

mobvddl: f64

mobvddw: f64

mobvddb0: f64

mobvddbl: f64

mobvddbw: f64

mobvddd0: f64

mobvdddl: f64

mobvdddw: f64

ugs0: f64

ugsl: f64

ugsw: f64

ugsb0: f64

ugsbl: f64

ugsbw: f64

uds0: f64

udsl: f64

udsw: f64

udsb0: f64

udsbl: f64

udsbw: f64

udsd0: f64

udsdl: f64

udsdw: f64

n00: f64

n0l: f64

n0w: f64

nb0: f64

nbl: f64

nbw: f64

nd0: f64

ndl: f64

ndw: f64

deltal: f64

DL/DW: channel reduction, µm.

deltaw: f64

tox: f64

TOX in µm.

temp: f64

TEMP (accepted and unused: BSIM1 runs on CONSTvt0).

vdd: f64

VDD: supply at which MUS was measured.

cgso: f64

Overlap capacitances per meter.

cgdo: f64

cgbo: f64

xpart: f64

XPART: ≥ 1 selects the 0/100 charge partition, else 40/60.

rsh: f64

js: f64

pb: f64

mj: f64

pbsw: f64

mjsw: f64

cj: f64

cjsw: f64

wdf: f64

WDF/DELL (accepted and unused by the load, like the C).

dell: f64

kf: f64

KF/AF (noise only; ngspice-47’s b1noi.c — the 3f5’s BSIM1 has no noise and no such parameters). Defaults 0 and 1 (b1set.c of ngspice) — new sets AF; the derived Default leaves it 0.

af: f64

Implementations

impl Bsim1Model

pub fn new(nmos: bool) -> Self

Trait Implementations

impl Clone for Bsim1Model

fn clone(&self) -> Self

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Bsim1Model

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for Bsim1Model

fn default() -> Self

Returns the “default value” for a type.