High-gain DC-DC power boost converters blocks have been converted to the main
transitional topologies for the PV applications to enhance the level of the generated voltages …

The development of DC microgrids is reliant on multi-input converters, which offer several
advantages, including enhanced DC power generation and consumption efficiency …

In this paper, an interleaved DC–DC converter with high voltage gain capability is
presented. The proposed converter is synthesized from a coupled-inductor (CI) based …

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 …

A new high step-up DC-DC converter for renewable energy applications is proposed in this
paper. Employing an interleaved quadratic structure, two two-winding coupled inductors …

DC Microgrid has got attention due to wide use of DC energy sources. For this purpose, high
gain boost converter is proposed. Modified switched inductor is used to boost the output …

A high step‐down direct current‐direct current (DC‐DC) buck converter with a coupled‐
inductor in its topology is presented in this study. The switching pattern of the proposed …

This article presents a high-gain boost converter (HGBC) with an auxiliary circuit based on a
three-state switching cell (TSSC). The auxiliary circuit enables the switches to operate in …

In this paper, a DC-DC converter with an innovative topology for automotive applications is
proposed. The goal of the presented power converter is the electrical storage system …

This work presents a family of non-isolated high step-up dc–dc converters for high-power,
high-current applications based on the multi-state switching cell (MSSC) and voltage …