Conventional buck power factor correction (PFC) converter has the disadvantage of high
harmonic currents, which limits its applications. In this article, a buck type single-switch …

DC-DC converters play a crucial role in recent and advanced applications, enabling efficient
power conversion and management for renewable energy systems, electric vehicles …

A single-stage AC-DC converter, which uses a quadratic buck-boost voltage gain, for
LEVs'(Light Electric Vehicles) battery charging is presented in this work. Unlike conventional …

Smart buildings provide opportunities for technological transformations in building
environments to improve resource management, comfort, and efficiency of the systems …

This paper focuses on the development of a partial power buck-boost converter designed to
accommodate a wide input voltage range, spanning from 38 V to 72 V DC, and produce a …

This paper initiates a comprehensive exploration of two distinct partial power structures
firstly, input-parallel output-series (IPOS) and input-series output-parallel (ISOP) …

In this study, couple inductor‐based buck power factor correction (PFC) converter is
designed to mitigate dead zones of the converter. To minimize switching losses, all switches …

Featured Application This paper proposes virtual admittance feedforward compensation and
phase correction for average-current-mode-controlled totem-pole PFC converters. It can …

A one cycle control method based on bridgeless Cuk PFC converter is presented in this
paper. The converter's operation modes in positive half cycle under one cycle control is …

In this study, a buck-boost converter circuit based on machine learning was developed
through real-time simulation, employing field measurements collected from traction center …