Rising greenhouse gas emissions stemming from fossil fuel-driven vehicles are causing
damage to the environment. To counteract this, one solution is the adoption of electric …

This article presents a detailed analysis and design of a high step-down converter. The
proposed converter achieves high step-down voltage gain without the need of extreme duty …

In this article, an asymmetric interleaved nonisolated high step-down dc–dc converter is
proposed, which is developed by synthesizing buck and Cuk converters. The main …

In this article, a fully soft-switched expandable high step-down dc–dc converter is presented.
In order to achieve a high step-down voltage conversion ratio and low component count, the …

This article proposes two new nonisolated high-step-down dc–dc converters. The voltage
conversion ratio of converters and the voltage stress of their semiconductor components are …

A fully soft switched high step‐up/down bidirectional converter is presented in this paper.
The high voltage conversion ratio is achieved by a pair of coupled inductors along with a …

In this article, an isolated half-bridge series resonant converter (HB-SRC) based on the
single-ended primary-inductor converter (SEPIC) topology (HB-SSRC) with a wide input …

DC-DC converters are increasingly necessary in alternative energy, industrial automation,
electric vehicles, and telecommunications. Variable switching frequency DC-DC converters …

In this paper, two step-down converters with a high reduction ratio based on the concept of
switched inductors and switched capacitors are analyzed, modeled, and controlled. These …

This study proposes a high step‐down DC‐DC converter with minimum elements. In the
proposed converter, soft switching condition is provided with only one auxiliary switch, which …