SVPWM Application with MATLAB/Simulink Implementation

This article discusses an SVPWM (Space Vector Pulse Width Modulation) application that includes both model files and .m source files, which serve as excellent reference materials for developers. The implementation demonstrates key aspects including SVPWM's working principle through practical code examples, parameter adjustment methodologies using MATLAB configuration scripts, and performance optimization techniques. The provided files contain algorithm implementations that show how to generate proper switching sequences, calculate duty cycles for different voltage vectors, and handle sector identification logic. Furthermore, researchers can examine application case studies across various domains to better understand SVPWM's practical implementation value in real-world scenarios such as motor drive systems and power converters. The code structure includes modular functions for voltage reference transformation, sector determination, and PWM signal generation, making it adaptable for different hardware platforms.