This article introduces a new nonisolated high-voltage-gain single-ended-primary-inductor-
capacitor-based multiport dc–dc converter. The boosting structures, including voltage lift cell …

A quasi z-source high step-up dc–dc converter is proposed here by integrating a coupled-
inductor and a quadruple voltage rectifier technique. This converter can be used for high …

In this article, a novel coupled inductor-based high step-up dc-dc converter is proposed. The
introduced converter benefits from various advantages, namely ultrahigh voltage gain, low …

This article aims to propose a new nonisolated step-up multiport dc-dc converter. The
proposed topology is a dual-input dual-output dc-dc converter with different output voltages …

In this paper, a new ultra high step‐up soft‐switching DC/DC converter using coupled
inductor and interleaved technique is presented. The primary side of the coupled inductors …

In the recent times, lot of research work carried out in the field of fuel cells explicitly divulges
that it has the potential to be an ultimate power source in upcoming years. The fuel cell has …

A multi-stage active switched inductor-capacitor network (SLCN)-based high gain DC-DC
converter structure with a single switch is proposed in this paper. The idea of utilizing …

A multi-stage ultra-gain converter using minimum component including a single
semiconductor switch is proposed. The proposed converter is formulated using an active …

A new transformer-less boost-based DC–DC converter is suggested in this research. The
voltage gain of the proposed converter is enhanced employing a charge-pump circuit (CPC) …

In this article, a new high step-up transformerless dc–dc converter based on a voltage
multiplier and a coupled inductor topology is presented. The proposed converter has two …