AI-mag: Inductor Modeling and Design with FEM and Artificial Neural Network
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Updated
Aug 10, 2023 - MATLAB
AI-mag: Inductor Modeling and Design with FEM and Artificial Neural Network
This repository contains the MATLAB/Simulink source code to reproduce the experiments presented in the book: "Introduction to Microcontroller Programming for Power Electronics Control Applications"
Vector control of a two-phase PMSM (aka stepper motor) using a traditional PI control, a deadbeat predictive controller and Finite-Control-Set Model Predictive Control (FCS-MPC)
This drive contains all the Matlab and Simulink codes and files for the Electric Drives and Power Electronics Design, Simulation and Analysis.
MATLAB Toolbox for Power Magnetics: Model and Optimization
Voltage and power controller for a 3 phase microinverter to perform grid forming and feeding operations
MATLAB Code for Extracting Resistance/Inductance Matrices
Power Electronics projects done using Simscape Tool Box in MATLAB-Simulink based simulation.
A MATLAB Library with Power Electronics goodies.
DFIG control with SImulink, built following a tutorial
This repository contains the code and dataset for the paper "Data-Driven Modeling of Three-Phase IGBT Two-Level Inverter for Electrical Drives using ANNs". The project employs MATLAB to develop and train Artificial Neural Networks (ANNs) to model a three-phase IGBT two-level inverter for electrical drives.
This contains the materials for the PowerSynth 2 release package excluding the source code
Matlab script for the computation of current waveform in ferrite power inductors for application in buck-type converters
PowerSynth 1 Series (v1.0-v1.9) Package Materials
A Novel Topology for Single-Switch Transformerless high Gain Buck-Boost Converter
matlab code for the generation of current and voltage waveforms of two-level voltage source converters modulated with different continuos and discontinuos PWM methods.
Analytical models for the calculation of current stress in Two-Level and Three-Level Voltage Source Converters.
Separately Excited DC Motor Control using Chopper
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