Simulation Study of Phase-Shifted Full-Bridge Using MATLAB Software
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This document describes a simulation study of a phase-shifted full-bridge converter conducted using MATLAB software, focusing on performance evaluation under constant power conditions. The study details the experimental design methodology, simulation tools employed, and comprehensive data analysis results. Key implementation aspects include MATLAB/Simulink modeling of phase-shifted PWM control algorithms, power stage components (MOSFETs/IGBTs, transformers, LC filters), and closed-loop control systems maintaining constant power output. The discussion covers practical applications in power electronics, significance for high-efficiency converter design, and potential future research directions. Through this study, readers will gain deep insights into phase-shifted full-bridge operating principles, MATLAB-based simulation techniques for power electronics, and broader developments in modern power conversion systems.
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