MATLAB Simulation of Matrix Converter Dual Space Vector Control

This MATLAB simulation program implements dual space vector control for matrix converters, utilizing both Simulink models and S-functions programmed in M language. The primary objective of this program is to facilitate research simulations in the power industry. Through this simulation, users can model the operational behavior of matrix converters under dual space vector control and perform detailed, precise simulation analysis using Simulink's graphical interface and S-functions for custom algorithm implementation. The program is developed entirely in M language, MATLAB's native programming language renowned for its powerful computational and analytical capabilities. The implementation includes key components such as space vector modulation algorithms, switching pattern generation, and voltage/current transformation modules. This simulation package provides significant support and reference for power electronics research, particularly in studying advanced converter control strategies and their practical applications in power systems.