High voltage direct current (HVDC) technology is a key component in power systems owing
to huge benefits such as long‐distance power transmission, lower losses, asynchronous …

The Boost Converter is a type of DC-DC converter that operates using switching techniques
and is designed to elevate the voltage level. This paper presents a cascaded control for a …

This article presents a single-mode dual-path buck-boost converter (SDBBC) for mobile
devices powered by lithium-ion batteries. Unlike the conventional buck-boost converter …

A mixed-ripple adaptive on-time controlled non-inverting buck-boost dc-dc converter with
novel adaptive-window-based mode selector is proposed, and no compensator is required …

The interleaved bidirectional DC–DC converters (IBC's) have a poor efficiency profile at light
load conditions because the switching and core losses are more dominant than conduction …

DC-DC converters, which are an integral part of modern electric power systems, have a
quintessential role as power regulators that enhance the functioning of microgrids, PV …

A high gain quadratic boost converter with continuous input current is proposed in this
paper. The ripple in the current is eliminated in the designed two-phase interleaved …

The increasing penetration of electric vehicles (EVs) in all segments of the transport sector
increases the charging requirements for various kinds and ratings of EVs. A low-cost, high …

In this work, the performance of closed-loop dual phase Interleaved Buck-Boost converter
(IBBC) controlled by Dragonfly Algorithm (DA) optimized Type-III compensator has been …

DC–DC converters generally maintain poor efficiency when operating at light to medium
loads. This is primarily due to the fact that switching losses outweigh conduction losses …