My First Simulink Model for Indirect Three-Phase Matrix Converter

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Resource Overview

This is my initial Simulink implementation of an indirect three-phase matrix converter, featuring fundamental circuit topology and control strategy simulation

Detailed Documentation

This represents my first Simulink model developed for an indirect three-phase matrix converter. The model implements core circuit topologies and control strategies, with comprehensive simulation and analysis capabilities. Through this implementation, I gained deep insights into matrix converter operational principles and Simulink-based circuit design optimization techniques. The model features modular subsystem design for bidirectional switches, space vector modulation algorithms for voltage conversion, and proper clamping circuit implementation for safe commutation. This project provided practical application of theoretical knowledge, significantly enhancing my skills in power electronics simulation and control system development using MATLAB/Simulink's power electronics toolbox components.

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