This paper introduces an interleaved buck-boost converter with reduced power electronics
devices count in comparison with the conventional topology. The proposed converter …

This article presents a simplified single-stage buck-boost rectifier as well as a proportional-
integral (PI) and cascaded proportional-resonant (PR) control methods. The design of the …

This paper proposed a two-stage electric vehicle (EV) on-board charger (OBC). The
proposed charger is composed of a front-end ac-dc converter that is based on an …

This study proposes three topologies based on single‐stage three‐phase ac–dc buck‐boost
converters suitable for medium‐voltage high‐power applications. The first two topologies …

This paper proposes three topologies of single-stage three-phase ac–dc buck–boost
converters suitable for medium-voltage and high-power wind energy conversion systems …

A new topology of single–phase AC-DC Buck-Boost converter is presented in this paper.
The proposed converter provides conversion efficiency as high as 99.29% for open loop …

This paper presents a two-stage single-phase 3.5 kVA on-board charger (OBC) for an
electric vehicle (EV) charger that is suitable to be connected to a low-voltage household …

This article proposes a control strategy based on the finite control set model predictive
control (FCS-MPC) for a single-stage buck–boost (SSBB) rectifier. The proposed FCS-MPC …

This study introduces a versatile variable-output isolated AC-DC converter design
distinguished by its incorporation of soft-switching and a novel control algorithm. The …

This paper proposed a multifunctional two-stage topology based on-board charger (OBC) for
electric vehicles (EV s). The proposed two-stage topology is composed of three independent …