Paderborn University - LEA

Welcome to the Chair of Power Electronics and Electrical Drives (LEA) of the Paderborn University

This is the GitHub page of LEA. Who we are: Official homepage.

The publicly developed repositories are listed below.

Inkscape_electric_Symbols: Electrical Drawing Symbols for Inkscape
awesome-open-source-power-electronics: List of Open Source Power Electronic Tools
FEM Magnetics Toolbox (FEMMT): An Open-Source FEM Magnetics Toolbox for Power Electronic Magnetic Components
Material Database: Database for Ferrite Core Materials to Store Datasheet Information and Self-Measured Data
Power Electronics Capacitor Selection Toolbox (PE-CST): Foil capacitor selection toolbox for power electronics conerters.
Heat Sink Computation Toolbox (HCT): Calculate and optimize fan cooled heat sink systems for power electronics converters
MagNet Hub: Certified Models of the MagNet Challenge
LEA Control Board (LCB): Microcontroller Platform to Control Hardware Prototypes
Transistor database (TDB): Managing and Evaluating Power Transistors

pyGeckoCircuits2: Python Wrapper for GeckoCIRCUITS
KiClearance: Clearance Rules Generator for KiCad
LEA KiCad Library: KiCad Library Containing Reviewed Symbols and Footprints with Mouser Part Numbers
pySignalScope: Simulation and Measurement Plotting Tool

Reinforcement Learning Course Materials: Summer Term 2024
Gym Electric Motor (GEM): OpenAI Gym Environment for Electric Motors
OpenModelica Microgrid Gym (OMG): An OpenAI Gym Environment for Microgrids
ElectricGrid: A Time Domain Electrical Energy Grid Modeling and Simulation Tool with a Focus on the Control of Power Electronics Converters
gem-control: Standard Linear, Field-Oriented Controller Implementations for GEM
meta_RL_PMSM: Meta Reinforcement Learning-Based CurrentControl of Permanent Magnet Synchronous MotorDrives for a Wide Range of Power Classes