Voltage step-down converters have gained attention, with the rapid development in
industrial robotics, Internet of things, and embedded system applications. Therefore, a …

This article presents a hybrid buck-boost converter designed for lithium-ion battery-powered
mobile devices. The proposed converter consists of four low-voltage power switches and …

Owing to their high efficiency and high power density, hybrid dc–dc converters are gaining
attention in academia and industry. However, no systematic procedure is currently available …

Here, a buck–boost DC–DC converter based on coupled inductor is proposed. At first, the
proposed converter's operation modes and theoretical relations are reviewed and analyzed …

This paper presents a high-efficiency continuous-output-current buck-boost (COCBB)
converter with a single buck-boost mode operation. The proposed COCBB comprises one …

This article presents a novel hybrid bidirectional buck–boost converter (HBBC) for lithium-
ion battery management. Unlike the conventional four-switch buck–boost converter (FBBC) …

This article presents a single-duty-cycled buck–boost (SDC-BB) converter designed to
power mobile organic light-emitting diode (OLED) displays featuring a wide dynamic range …

This article presents a multilevel multiphase (MLMP) dual-path hybrid buck converter for
direct 24-to 1-V step-down conversion. Unlike the conventional multilevel buck converter …

This article proposes a wide input voltage range DC-DC buck converter based on AOT
control mode, which can be used in lowpower applications such as the Internet of Things …

this paper, a three-switch hybrid buck-boost DC-DC converter is presented to achieve a high
power conversion efficiency (PCE) with a high power density. The proposed power stage …