method constructor {args} {
# Creates object of class `Bjt` that describes semiconductor bipolar junction transistor device.# name - name of the device without first-letter designator Q# nc - name of node connected to collector pin# nb - name of node connected to base pin# ne - name of node connected to emitter pin# -model value - name of the model# -area value - emitter scale factor, optional# -areac value - collector scale factor, optional# -areab value - base scale factor, optional# -m value - multiplier of area and perimeter, optional# -temp value - device temperature, optional# -dtemp value - temperature offset, optional# -ic value - initial conditions for vds and vgs, in form of two element list, optional# -ns value - name of node connected to substrate pin, optional# -tj value - name of node connected to thermal pin, optional, requires `-ns`# -off - initial state, optional# ```# QXXXXXXX nc nb ne <ns> <tj> mname <area=val> <areac=val># + <areab=val> <m=val> <off> <ic=vbe,vce> <temp=val># + <dtemp=val># ```# Example of class initialization:# ```# Bjt new 1 netc netb nete -model bjtmod -ns nets -area 1e-3# ```# Synopsis: name nc nb ne -model value ?-ns value ?-tj value?? ?-area value? ?-areac value?# ?-areab value? ?-m value? ?-ic \{value value\}? ?-temp value|-dtemp value? ?-off?set arguments [argparse -inline -pfirst -help {Creates object of class 'Bjt' that describes semiconductor bipolar junction transistor device} {
{-model= -required -help {Name of the model}}
{-area= -help {Emitter scale factor}}
{-areac= -help {Collector scale factor}}
{-areab= -help {Base scale factor}}
{-m= -help {Multiplier of area and perimeter}}
{-ic= -validate {[llength $arg]==2} -help {Initial conditions for vds and vgs, in form of two element list}}
{-temp= -forbid {dtemp} -help {Device temperature}}
{-dtemp= -forbid {temp} -help {Temperature offset}}
{-ns= -help {Name of node connected to substrate pin}}
{-tj= -require {ns} -help {Name of node connected to thermal pin}}
{-off -boolean -help {Initial state}}
{name -help {Name of the device without first-letter designator}}
{nc -help {Name of node connected to collector pin}}
{nb -help {Name of node connected to base pin}}
{ne -help {Name of node connected to emitter pin}}
}]
lappend params [list -posnocheck model [dget $arguments model]]
if {[dget $arguments off]==1} {
lappend params {-sw off}
}
if {[dexist $arguments ic]} {
lappend params [list -nocheck ic [join [dget $arguments ic] ,]]
}
dict for {paramName value} $arguments {
if {$paramName ni {model ns tj ic off name nc nb ne}} {
if {[@ $value 0] eq {-eq}} {
lappend params [list -eq $paramName [@ $value 1]]
} else {
lappend params [list $paramName $value]
}
}
}
set pinList [my FormPinNodeList $arguments {nc nb ne}]
if {[dexist $arguments ns]} {
lappend pinList [list ns [dget $arguments ns]]
if {[dexist $arguments tj]} {
lappend pinList [list tj [dget $arguments tj]]
}
}
next q[dget $arguments name] $pinList $params
}
method constructor {args} {
# Creates object of class `Diode` that describes semiconductor diode device.# name - name of the device without first-letter designator D# np - name of node connected to positive pin# nm - name of node connected to negative pin# -model value - name of the model# -area value - area scale factor, optional# -m value - multiplier of area and perimeter, optional# -pj value - perimeter scale factor, optional# -ic value - initial condition, optional# -temp value - device temperature, optional# -dtemp value - temperature offset, optional# -lm value - length of metal capacitor, optional# -wm value - width of metal capacitor, optional# -lp value - length of polysilicon capacitor, optional# -wp value - width of polysilicon capacitor, optional# -off - initial state, optional# ```# DXXXXXXX n+ n- mname <area=val> <m=val># + <ic=vd> <temp=val> <dtemp=val># + <lm=val> <wm=val> <lp=val> <wp=val> <pj=val># ```# Example of class initialization:# ```# Diode new 1 netp netm -model diomod -l 1e-6 -w 10e-6# ```# Synopsis: name np nm -model value ?-area value? ?-pj value? ?-ic value? ?-m value?# ?-temp value|-dtemp value? ?-lm value? ?-wm value? ?-lp value? ?-wp value? ?-off?set arguments [argparse -inline -pfirst -help {Creates object of class 'Diode' that describes diode} {
{-model= -required -help {Name of the model}}
{-area= -help {Area scale factor}}
{-pj= -help {Perimeter scale factor}}
{-ic= -help {Initial condition}}
{-m= -help {Multiplier of area and perimeter}}
{-temp= -forbid {dtemp} -help {Device temperature}}
{-dtemp= -forbid {temp} -help {Temperature offset}}
{-lm= -help {Length of metal capacitor}}
{-wm= -help {Width of metal capacitor}}
{-lp= -help {Length of polysilicon capacitor}}
{-wp= -help {Width of polysilicon capacitor}}
{-off -boolean -help {Initial state}}
{name -help {Name of the device without first-letter designator}}
{np -help {Name of node connected to positive pin}}
{nm -help {Name of node connected to negative pin}}
}]
lappend params [list -posnocheck model [dget $arguments model]]
if {[dget $arguments off]==1} {
lappend params {-sw off}
}
dict for {paramName value} $arguments {
if {$paramName ni {model off name np nm}} {
if {[@ $value 0] eq {-eq}} {
lappend params [list -eq $paramName [@ $value 1]]
} else {
lappend params [list $paramName $value]
}
}
}
next d[dget $arguments name] [my FormPinNodeList $arguments {np nm}] $params
}
method constructor {args} {
# Creates object of class `Jfet` that describes semiconductor junction FET device.# name - name of the device without first-letter designator J# nd - name of node connected to drain pin# ng - name of node connected to gate pin# ns - name of node connected to source pin# -model value - name of the model# -area value - emitter scale factor, optional# -temp value - device temperature, optional# -ic value - initial conditions for vds and vgs, in form of two element list, optional# -off - initial state, optional# ```# JXXXXXXX nd ng ns mname <area> <off> <ic=vds,vgs> <temp =t># ```# Example of class initialization:# ```# Jfet new 1 netd netg nets -model jfetmod -area {-eq area*2} -temp 25# ```# Synopsis: name nd ng ns -model value ?-area value? ?-off? ?-ic \{value value\}? ?-temp value?set arguments [argparse -inline -pfirst -help {Creates object of class 'Jfet' that describes semiconductor junction FET device} {
{-model= -required -help {Name of the model}}
{-area= -help {Scale factor}}
{-off -boolean -help {Initial state}}
{-ic= -validate {[llength $arg]==2} -help {Initial conditions for vds and vgs, in form of two element list}}
{-temp= -help {Device temperature}}
{name -help {Name of the device without first-letter designator}}
{nd -help {Name of node connected to drain pin}}
{ng -help {Name of node connected to gate pin}}
{ns -help {Name of node connected to source pin}}
}]
lappend params [list -posnocheck model [dget $arguments model]]
if {[dexist $arguments area]} {
set areaVal [dget $arguments area]
if {([llength $areaVal]>1) && ([@ $areaVal 0] eq {-eq})} {
lappend params [list -poseq area [@ $areaVal 1]]
} else {
lappend params [list -pos area $areaVal]
}
}
if {[dget $arguments off]==1} {
lappend params {-sw off}
}
if {[dexist $arguments ic]} {
lappend params [list -nocheck ic [join [dget $arguments ic] ,]]
}
dict for {paramName value} $arguments {
if {$paramName ni {model area off ic name nd ng ns}} {
lappend params [list $paramName $value]
}
}
next j[dget $arguments name] [my FormPinNodeList $arguments {nd ng ns}] $params
}
method constructor {args} {
# Creates object of class `Jfet1Model` that describes JFET level 1 model with Parker Skellern modification.# name - name of the model# type - `njf` or `pjf`# args - keyword model parameters, for details please see Ngspice manual, chapter 9.# Example of class initialization:# ```# Jfet1Model new jfetmod njf -vto 2 -beta 1e-3 -lambda 1e-4 -cgd 1e-12# ```# Synopsis: name type ?-option value ...?set paramsNames {level vto beta lambda rd rs cgs cgd pb is b kf af nlev gdsnoi fc tnom tcv vtotc bex betatce xti eg}
next {*}[my ArgsPreprocess $paramsNames {name type} {} {*}[linsert $args 2 -level 1]]
}
method constructor {args} {
# Creates object of class `Jfet2Model` that describes JFET level 2 model with Parker Skellern modification.# name - name of the model# type - `njf` or `pjf`# args - keyword model parameters, for details please see Ngspice manual, chapter 9.# Example of class initialization:# ```# Jfet2Model new jfetmod njf -vto -2 -beta 10e-4 -rs 1e-4 -vbi 1.2# ```# Synopsis: name type ?-option value ...?set paramsNames {level acgam beta cgd cgs delta fc hfeta hfe1 hfe2 hfgam hfg1 hfg2 ibd is lfgam lfg1 lfg2 mvst n p q rs rd taud taug vbd vbi vst vto xc xi z rg lg ls ld cdss afac nfing tnom temp}
next {*}[my ArgsPreprocess $paramsNames {name type} {} {*}[linsert $args 2 -level 2]]
}
method constructor {args} {
# Creates object of class `Mesfet` that describes semiconductor MESFET device.# name - name of the device without first-letter designator Z# nd - name of node connected to drain pin# ng - name of node connected to gate pin# ns - name of node connected to source pin# -model value - name of the model# -area value - scale factor, optional# -ic value - initial conditions for vds and vgs, in form of two element list, optional# -off - initial state, optional# ```# ZXXXXXXX ND NG NS MNAME <AREA> <OFF> <IC=VDS,VGS># ```# Example of class initialization:# ```# Mesfet new 1 netd netg nets -model mesfetmod -area {-eq area*2}# ```# Synopsis: name nd ng ns -model value ?-area value? ?-off? ?-ic \{value value\} ?set arguments [argparse -inline -pfirst -help {Creates object of class 'Mesfet' that describes semiconductor junction FET device} {
{-model= -required -help {Name of the model}}
{-area= -help {Scale factor}}
{-off -boolean -help {Initial state}}
{-ic= -validate {[llength $arg]==2} -help {Initial conditions for vds and vgs, in form of two element list}}
{name -help {Name of the device without first-letter designator}}
{nd -help {Name of node connected to drain pin}}
{ng -help {Name of node connected to gate pin}}
{ns -help {Name of node connected to source pin}}
}]
lappend params [list -posnocheck model [dget $arguments model]]
if {[dexist $arguments area]} {
set areaVal [dget $arguments area]
if {([llength $areaVal]>1) && ([@ $areaVal 0] eq {-eq})} {
lappend params [list -poseq area [@ $areaVal 1]]
} else {
lappend params [list -pos area $areaVal]
}
}
if {[dget $arguments off]==1} {
lappend params {-sw off}
}
if {[dexist $arguments ic]} {
lappend params [list -nocheck ic [join [dget $arguments ic] ,]]
}
next z[dget $arguments name] [my FormPinNodeList $arguments {nd ng ns}] $params
}
method constructor {args} {
# Creates object of class `Mesfet1Model` that describes MESFET model by Statz e.a..# name - name of the model# type - `nmf` or `pmf`# args - keyword model parameters, for details please see Ngspice manual, chapter 10.# Example of class initialization:# ```# Jfet2Model new jfetmod njf -vto -2 -beta 10e-4 -rs 1e-4 -vbi 1.2# ```# Synopsis: name type ?-option value ...?set paramsNames {level vto beta b alpha lambda rd rs cgs cgd pb kf af fc}
next {*}[my ArgsPreprocess $paramsNames {name type} {} {*}[linsert $args 2 -level 1]]
}
Creates object of class Mosfet that describes semiconductor MOSFET device.
OBJECT constructorname nd ng ns -model value ?-n4 value ?-n5 value ?-n6 value ?-n7 value???? ?-m value? ?-l value? ?-w value? ?-ad value|-nrd value? ?-as value|-nrs value? ?-temp value? ?-off? ?-pd value? ?-ps value? ?-ic {value value value}? ?-custparams param1 {?-eq|-poseq|-posnocheck|-pos|-nocheck? param1Val} ...?
Parameters
-ad value
Diffusion area of drain, optional, forbids -nrd
-as value
Diffusion area of source, optional, forbids -nrs
-custparams
Key that collects all arguments at the end of device definition, to provide an ability to add custom parameters in form -custparams param1 param1Val param2 {-eq param2eq} param3 param3Val ... Must be specified after all others options. Optional.
-ic value
Initial conditions for vds, vgs and vbs, in form of three element list, optional, require 4th node.
-l value
Length of channel, optional.
-m value
Multiplier, optional.
-model value
Name of the model.
-n4 value
Name of 4th node;
-n5 value
Name of 5th node, require -n4, optional.
-n6 value
Name of 6th node, require -n5, optional.
-n7 value
Name of 7th node, require -n6, optional.
-nrd value
Equivalent number of squares of the drain diffusions.
-nrs value
Equivalent number of squares of the source diffusions.
-off
Initial state, optional.
-pd value
Perimeter area of drain, optional.
-ps value
Perimeter area of source, optional.
-temp value
Device temperature.
-w value
Width of channel, optional.
name
Name of the device without first-letter designator M.
nd
Name of node connected to drain pin.
ng
Name of node connected to gate pin.
ns
Name of node connected to source pin.
Description
MXXXXXXX nd ng ns nb mname <m=val> <l=val> <w=val>
+ <ad=val> <as=val> <pd=val> <ps=val> <nrd=val>
+ <nrs=val> <off> <ic=vds,vgs,vbs> <temp=t>
method constructor {args} {
# Creates object of class `Mosfet` that describes semiconductor MOSFET device.# name - name of the device without first-letter designator M# nd - name of node connected to drain pin# ng - name of node connected to gate pin# ns - name of node connected to source pin# -model value - name of the model# -m value - multiplier, optional# -l value - length of channel, optional# -w value - width of channel, optional# -ad value - diffusion area of drain, optional, forbids `-nrd`# -as value - diffusion area of source, optional, forbids `-nrs`# -pd value - perimeter area of drain, optional# -ps value - perimeter area of source, optional# -nrd value - equivalent number of squares of the drain diffusions# -nrs value - equivalent number of squares of the source diffusions# -temp value - device temperature# -ic value - initial conditions for vds, vgs and vbs, in form of three element list, optional, require 4th# node# -off - initial state, optional# -n4 value - name of 4th node;# -n5 value - name of 5th node, require `-n4`, optional# -n6 value - name of 6th node, require `-n5`, optional# -n7 value - name of 7th node, require `-n6`, optional# -custparams - key that collects all arguments at the end of device definition, to provide an ability to# add custom parameters in form `-custparams param1 param1Val param2 {-eq param2eq} param3 param3Val ...`# Must be specified after all others options. Optional.# ```# MXXXXXXX nd ng ns nb mname <m=val> <l=val> <w=val># + <ad=val> <as=val> <pd=val> <ps=val> <nrd=val># + <nrs=val> <off> <ic=vds,vgs,vbs> <temp=t># ```# Example of class initialization:# ```# Mosfet new 1 netd netg nets -model mosfetmod -l 1e-6 -w 10e-3 -n4 netsub -n5 net5# ```# Synopsis: name nd ng ns -model value ?-n4 value ?-n5 value ?-n6 value ?-n7 value???? ?-m value?# ?-l value? ?-w value? ?-ad value|-nrd value? ?-as value|-nrs value? ?-temp value? ?-off? ?-pd value?# ?-ps value? ?-ic \{value value value\}?# ?-custparams param1 \{?-eq|-poseq|-posnocheck|-pos|-nocheck? param1Val\} ...?set arguments [argparse -inline -pfirst -help {Creates object of class `Mosfet` that describes semiconductor MOSFET device} {
{-model= -required -help {Name of the model}}
{-m= -help Multiplier}
{-l= -help {Length of channel}}
{-w= -help {Width of channel}}
{-ad= -forbid {nrd} -help {Diffusion area of drain}}
{-as= -forbid {nrs} -help {Diffusion area of source}}
{-pd= -help {Perimeter area of drain}}
{-ps= -help {Perimeter area of source}}
{-nrd= -forbid {ad} -help {Equivalent number of squares of the drain diffusions}}
{-nrs= -forbid {as} -help {Equivalent number of squares of the source diffusions}}
{-temp= -help {Device temperature}}
{-off -boolean -help {Initial state}}
{-ic= -validate {[llength $arg]==3} -require n4 -help {Initial conditions for vds, vgs and vbs, in form of three element list}}
{-n4= -help {Name of 4th node}}
{-n5= -require {n4} -help {Name of 5th node}}
{-n6= -require {n5} -help {Name of 6th node}}
{-n7= -require {n7} -help {Name of 7th node}}
{-custparams -catchall -help {Key that collects all arguments at the end of device definition, to provide an ability to add custom parameters in form '-custparams param1 param1Val param2 {-eq param2eq} param3 param3Val ...'}}
{name -help {Name of the device without first-letter designator}}
{nd -help {Name of node connected to drain pin}}
{ng -help {Name of node connected to gate pin}}
{ns -help {Name of node connected to source pin}}
}]
lappend params [list -posnocheck model [dget $arguments model]]
if {[dget $arguments off]==1} {
lappend params {-sw off}
}
if {[dexist $arguments ic]} {
lappend params [list -nocheck ic [join [dget $arguments ic] ,]]
}
dict for {paramName value} $arguments {
if {$paramName ni {model off ic n4 n5 n6 n7 custparams name nd ng ns}} {
if {[@ $value 0] eq {-eq}} {
lappend params [list -eq $paramName [@ $value 1]]
} else {
lappend params [list $paramName $value]
}
}
}
if {[dget $arguments custparams] ne {}} {
if {[llength [dget $arguments custparams]]%2!=0} {
return -code error {Custom parameters list must be even length}
}
set custParamDict [dcreate {*}[dget $arguments custparams]]
dict for {paramName value} $custParamDict {
if {[@ $value 0] eq {-eq}} {
lappend params [list -eq $paramName [@ $value 1]]
} else {
lappend params [list $paramName $value]
}
}
}
set pinList [my FormPinNodeList $arguments {nd ng ns}]
if {[dexist $arguments n4]} {
lappend pinList [list n4 [dget $arguments n4]]
if {[dexist $arguments n5]} {
lappend pinList [list n5 [dget $arguments n5]]
if {[dexist $arguments n6]} {
lappend pinList [list n6 [dget $arguments n6]]
if {[dexist $arguments n7]} {
lappend pinList [list n7 [dget $arguments n7]]
}
}
}
}
next m[dget $arguments name] $pinList $params
}