Known subclasses: pingspice.lib.mosfets._FQP32N20C_Setups, pingspice.lib.mosfets._IRF9Z34NPbF_Setups, pingspice.lib.mosfets._IXT26P20_Setups, pingspice.lib.mosfets._IXTH130N10T_Setups, pingspice.lib.mosfets._PSMN9R5_100PS_Setups, pingspice.lib.mosfets._RFP12N10L_Setups, pingspice.lib.mosfets._ST75NF20_Setups, pingspice.lib.mosfets._STP60NF06_Setups, pingspice.test.analysis.test_mosfet._MOSFET_Setups

Setups for MOSFET_Finder.

Rather than doing a copy-paste of the param.ParameterFinder setup config for each and every MOSFET you wish to model, you're better off just setting Specs in your subclass to a class whose attributes define the particulars, goals, and knowns of that device.

There's really no substitute for looking at the source.

See param.Setups, my base class, for information about the various dicts that must be defined as class attributes or dict-producing methods. I define plotSpecs, analyzers, Xs, weights, transforms via those dict-producing methods.

Class Variable	Specs	You must define this in your subclass to a class whose attributes define the device-specific variables refenced in my setup methods, the device's parameter-finding goals, and any known parameters.
Class Variable	EvalHelper	My `param.Setups` base class lets subclasses define an evaluation helper that gets instantiated into their Specs instances with the eh attribute. Mine is `MOSFET_Helper`.
Class Variable	defaultSpecs	Default values for my attributes that are common to most all MOSFETs. You can override any of these in your component's .specs file. (type: dict)
Class Variable	package	The name of the package `Subcircuit` in `lib.thermal` for the device used in actual device testing, for setups that rely on an actual DUT (e.g., 351). (type: str)
Method	plotSpecs	Undocumented
Method	analyzers	Undocumented
Method	independents	Undocumented
Method	Xs	Undocumented
Method	weights	Undocumented
Method	transforms	Undocumented
Method	constraints	Undocumented

Inherited from Setups:

Class Variable	goals	Text or a text file defining the device's performance goals. Parsed by `DataParser`.
Class Variable	specs	Text or a text file defining the device's specifications. Parsed by `SpecsParser`.
Class Variable	nameLists	A dict of lists of vector names to retrieve after each analysis, each keyed by setup ID.
Class Variable	logValues	A set of vector names that should be evaluated and plotted in log space rather than linear. I will log-transform any goal points in X corresponding to such vector names. It's up to whoever uses me to do the same log transformation on simulation results.
Instance Variable	netlists	A setup ID-keyed dict of netlist file paths or text. Usually populated by `ParameterFinder`.
Class Method	setdefaults	Examines my class (or subclass), or an object if supplied as a sole argument, for attributes named in my defaultSpecs dict. Those not found are set to the default values.
Method	__init__	`Setups(**kw)`
Method	__contains__	I contain a setup ID if it's for a setup I run.
Method	__len__	My length is the number of setups I run.
Method	__iter__	I iterate over my setup IDs. You can change my IDs attribute during iteration if you want.
Method	__getstate__	For pickling during wire evaluation.
Method	__setstate__	For unpickling during wire evaluation.
Method	setup	Override this if you want custom setup at the beginning of my standard setup, right after `setdefaults` gets called and an `EvalHelper` instance is constructed.
Method	_setupDicts	Called by my constructor with a `Specs` object to replace any dict-producing callable attributes with their results.
Method	_prune	Called by my constructor to get (1) a sorted copy of my class-wide IDs list and (2) a pruned version of nameLists containing just entries for the enabled IDs.
Method	_checkWeights	Called by my constructor to make sure my weights dict is legit.
Method	_finalizeXs	Called by my constructor to finalize the setting up of a dict of evaluation goals, one Numpy 2-D array or callable evaluator per setup ID.

Specs =

You must define this in your subclass to a class whose attributes define the device-specific variables refenced in my setup methods, the device's parameter-finding goals, and any known parameters.

EvalHelper =

My param.Setups base class lets subclasses define an evaluation helper that gets instantiated into their Specs instances with the eh attribute. Mine is MOSFET_Helper.

defaultSpecs =

Default values for my attributes that are common to most all MOSFETs. You can override any of these in your component's .specs file. (type: dict)

package =

The name of the package Subcircuit in lib.thermal for the device used in actual device testing, for setups that rely on an actual DUT (e.g., 351). (type: str)

def plotSpecs(self, s):

overrides pingspice.analysis.param.Setups.plotSpecs

Undocumented

def analyzers(self, s):

overrides pingspice.analysis.param.Setups.analyzers

Undocumented

def independents(self, s):

overrides pingspice.analysis.param.Setups.independents

Undocumented

def Xs(self, s):

overrides pingspice.analysis.param.Setups.Xs

Undocumented