Research on Phase-Shift Full-Bridge Control Strategy Based on ADRC

The phase-shifted full bridge is a widely utilized topology in the field of power electronics, renowned for its exemplary voltage regulation flexibility. By meticulously regulating the operational state and parameters of the phase-shifted full bridge, effective management of system voltage and a notable enhancement of dynamic performance can be achieved. The phase-shifted full-bridge control strategy demonstrates considerable potential for optimization of power system stability and dynamic response, as well as for precise control of power electronic equipment. In comparison to the conventional PID control scheme, the ADRC-based phase-shifted full-bridge control technique exhibits enhanced response speed and augmented system stability. This paper employs the MATLAB/Simulink platform to simulate and evaluate the ADRC-based phase-shifted full-bridge control strategy in comparison to the PID control effect. The findings confirm the substantial benefits of the ADRC control strategy in enhancing system stability and accelerating response speed.