Mathematical Model Implementation of Average Current Mode Control PFC in MATLAB

This implementation utilizes MATLAB M-language to create a mathematical model for average current mode controlled Power Factor Correction (PFC). The model serves as a foundation for designing and analyzing performance characteristics of power factor correction circuits. When executed, the program generates simulated current and voltage waveforms that can be used for subsequent data processing and analysis. The code structure typically includes key components such as: current loop controller implementation using PI regulators, voltage outer loop control algorithms, and PWM signal generation logic. This model can also be adapted for designing other types of power supply controllers to meet various application requirements. For extended research capabilities, additional features can be integrated into the codebase, including peak current control algorithms, over-voltage protection mechanisms, and dynamic response optimization routines. The modular design allows researchers to easily incorporate advanced control strategies while maintaining system stability analysis capabilities.