This article proposes a high-step-down dc–dc converter with a continuous output current. In
order to obtain high efficiency, the proposed converter topology ensures the zero-voltage …

In this article, a fully soft switched interleaved bidirectional buck/boost converter with high
voltage conversion ratio (VCR) and no pulsating current at low voltage source is proposed …

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 paper proposes a new control method for loss reduction of two series buck converters.
The proposed method can be applied to each series of buck converters with two power …

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 …

This article introduces a novel interleaved ultra-high step-down dc–dc converter with soft-
switching. Among its outstanding features are the minimal voltage stress on power switches …

A general purpose transformerless charging system (CS) targeted for various classes of low
voltage electric vehicles (LVEVs)(24–72 V), is designed, analyzed, and implemented in this …

This article presents a novel single-switch discontinuous current-source gate driver (CSD)
with voltage boosting capability appropriate for ultralow voltage applications. The power …

This article focuses on the efficiency improvement of the cascade buck converter (CBC). By
changing the position of the second stage inductor, the output current is shared between …

An ultra-high step-up quadratic converter is introduced which boosts the voltage gain by
voltage multiplier cells and coupled inductors. An active clamp circuit is utilized to absorb the …