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The power DC-DC converter has been fascinated as a very significant part in the form of different topologies in numerous applications. It is pertaining to the regulation, successful change, and conditioning of electrical power between its obtainable input form and the necessary electrical output form. They are divided into two types: non-isolated and isolated. Multi-phasing is done to allow for high power processing by splitting the overall load current into many phases and distribute the processed power equally among the phases and reduces ripple through load current by interleaving. The state-space averaging method is applied here to analyze a multiphase interleaved DC/DC converter. Consequently, small-signal and steady-state models of a multiphase converter are obtained. A two-phase interleaved flyback converter has been analyzed. The mathematical derivations are shown and simulations are carried out using MATLAB/Simulink to evaluate the performance of the proposed multiphase (up to four phases) flyback dc-dc converter.
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Tasnim et al. (2025) studied this question.
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