Abstract
Solid-state Buck-Boost AC-DC converters involve the isolation of high-frequency transformer which develops in Buck-Boost configuration with the improved power quality. Input current with reduced total harmonic distortion (THD), at the supply side in AC mains provides power factor correction. Isolated DC output voltage is fed to high power rating loads. It is represented by the study of improved power quality of different types of buck-boost converters with high-frequency isolation, classification of buck-boost converters with high-frequency isolation, control strategies, components selections and design consideration of buck-boost converter, simulation study, results and discussion, comparison of power density & cost, selection criteria, latest trends, future developments, and potential applications are described. THD analysis has been described in this paper.
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