A very simple geometric structure whose branches can be filled by inductors, capacitors,
diodes, short-circuits, or open-circuits is proposed. It serves for generating large dc gain …

In this article, a family of interleaved high-step-down dc-dc converters is proposed
integrating the valley-fill switched capacitor structure and a double-series capacitor Buck …

High-step-up dc/dc converters are widely required in grid-connected applications with
renewable energy sources. An extremely high-ratio step-up nonisolated dc/dc converter, in …

Equivalence between the switched inductor boost (SIB) converter and the tapped inductor
boost (TIB) converter is suggested and the required conditions are derived. Based on the …

This article proposes a nonisolated wider step-down conversion ratio dc-dc converter having
minimum phase behavior at nominal operating condition, for point-of-load applications …

This paper explores and presents the application of the Inductor–Diode and Inductor-
Capacitor-Diode structures in a DC–DC step-down configuration for systems that require …

This paper presents a point‐of‐load transformerless DC–DC converter having a wider step‐
down conversion ratio. In comparison with quadratic/stacked buck converter variants, the …

DC-DC buck conversion is a process which accurately transforms high voltage input to low
voltage output. Thus, creating opportunities to downsize heat and concurs for smaller …

This study proposes a new transformerless DC–DC step‐down converter having the
quadratic type of wider voltage gain, for point‐of‐load applications. In comparison to existent …

A non-isolated high-step-up resonant DC/DC converter made up of a resonant inverter and
a passive switched-capacitor (SC) rectifier, is proposed in this paper. The proposed …