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Python tooling for electrical engineering — HDL, SPICE, RF, and instrument control.
This is a small collection of tools, worked examples, and teaching material built around one idea: that a lot of EE work that normally happens in expensive, closed, GUI-driven software can happen in Python and Jupyter instead — where it can be scripted, versioned, and read by someone else.
Maintained by Steven Armour.
Read-only, kept because people still find them useful.
Everything here is personal work, done on personal time and hardware or with freely available simulation tools. It carries no affiliation with any employer.
Issues and pull requests are welcome on the active repositories.
Educational materials and tooling for digital HDL synthesis in Python with myHDL
Worked examples of circuit simulation in Python using PySpice and ngspice
Unfinished open book on circuit simulation in Python with PySpice and ngspice
Experiments using the yt visualization library outside astronomy (superseded by PyVista)
Jupyter Notebook 3
Forked from quartiq/rayopt-notebooks
RayOpt Example IPython Notebooks
Jupyter Notebook 1
Reference examples for building PySide6/Qt desktop interfaces for lab and instrumentation tools
Jupyter Notebook
Python wrappers for controlling lab instruments over SCPI and vendor APIs
Reference examples for building PySide6/Qt desktop interfaces for lab and instrumentation tools
Unfinished open book on circuit simulation in Python with PySpice and ngspice
Educational materials and tooling for digital HDL synthesis in Python with myHDL
Experiments using the yt visualization library outside astronomy (superseded by PyVista)
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