DC–DC converters with voltage boost capability are widely used in a large number of power
conversion applications, from fraction-of-volt to tens of thousands of volts at power levels …

In this article, a high-gain bidirectional quadratic dc-dc converter is proposed. This converter
is studied under step-up and step-down modes. In each power flow direction, two switches …

This paper proposes a zero-ripple input-current high-step-up boost-single ended primary
inductor converter (SEPIC) dc-dc converter with reduced switch-voltage stress to overcome …

This paper proposes an isolated single-ended primary-inductor converter (SEPIC) dc-dc
converter with ripple-free input current and lossless snubber. The proposed converter is …

This paper is focused on core size optimization of power inductors in bidirectional dc-dc
converters. It presents an experimental large-signal characterization procedure for power …

This article proposes a new ripple canceling circuit (RCC) to eliminate the pulsating input
current of the conventional flyback converter (CFC). The ripple canceling procedure occurs …

In this paper, an improved floating interleaved Boost converter is proposed for fuel cell
applications. In order to achieve zero-ripple input current and kee** others merits such as …

In this paper, a new non-isolated two-input single-output dc-dc converter with high voltage
gain is proposed. In the proposed converter, there are two three-winding coupled inductors …

This paper proposes a dc–dc converter with quadratic voltage gain able to drain ripple–free
current from the source at a selectable duty cycle. Because of these features, the topology …

A nonisolated ultra-high step-down interleaved dc-dc converter with low voltage stress and
common ground between the input and output ports is proposed in this paper. In order to …