Circuit analysis.

Evaluation: sim, psim, both managed for multi-processing by msim.

Parameter Finding: param, with help from names, solver, sse, and timing.

Models: diode and mosfet,which uses diode for its body diode.

Support Staff: tools, plot, wire, and fixture.

You'll probably use sim a lot on its own, and param to model new components via the pf -> scripts.paramfind entry point.

Module	capacitance	Stuff supporting special capacitors that can charge faster and get forced rapidly but in a simulation-friendly manner to an initial voltage.
Module	diode	A power diode model with evolved parameters.
Module	evaluate	Running multiple simulation processes at once.
Module	expressions	A power MOSFET model with evolved parameters.
Module	fixture	Evaluation helpers, for `pingspice.analysis.mosfet` but perhaps useful elsewhere.
Module	mosfet	A power MOSFET model with evolved parameters.
Module	mosfet_analyzers	Analyzers and analyzer setup for a power MOSFET model with evolved parameters.
Module	mosfet_model	A power MOSFET model with evolved parameters.
Module	msim	Running multiple simulation processes at once.
Module	names	Parameter names.
Module	param	Parameter finding with differential evolution.
Module	plot	Plotting simulated vs. expected device curves.
Module	psim	Python-only simulations.
Module	sim	Simulation analysis with Ngspice.
Module	solver	No summary
Module	sse	With the `ErrorTabulator` and support staff, this module does the nuts and bolts of computing a sum-of-squared-error fitness metric SSE.
Module	thermal	A semiconductor package thermally modeled with a Cauer network having evolved parameters.
Module	timing	Evaluators for time-based semiconductor device behavior.
Module	tools	Tools for dealing with interesting simulation vectors.
Module	vectors	Vectors containers for simulation analysis.
Module	wire	Evaluation over the wire.

API Documentation for pingspice, generated by pydoctor at 2021-09-18 08:41:11.

pingspice.analysis package documentation

`pingspice.analysis` package documentation