A DC-DC converter in the context of power electronics is a device which is used to power distribution in different level (E.g., lights, sensors, motor control etc.). Now a days with the increasing demand of Electric Vehicles (EVs), not only design of converter but also good controller/compensator is required to improve efficiency of converter and reliability of the system for users. In the context of power electronics, compensator is used to upgrade the behavior and stability of a converter. This paper presents the study on stability analysis & implementation of compensator for DC-DC converters as per requirement whereas an example of buck converter has used as reference. The proposed converter topology is discussed & as per requirement designed compensator for the buck converter. MATLAB is utilized as the simulation platform to model and analyze the open loop & closed loop system of the converter.
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Adhikary et al. (2024) studied this question.
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