The scarcity of conventional power sources and growing demand of renewable energy
sources has persuaded researchers and industries to enhance the performance of power …

In the past years, the development of topologies with step‐up capacities has been important
to satisfy the new requirement of renewable source energy. This study presents a quadratic …

This study presents a novel control scheme for voltage regulation of a negative output
cascade ultra-lift Luo converter (NOCULLC). Due to the complicated high order model of the …

The Reduced Redundant Power Processing (R 2 P 2) concept was introduced in literature
with the aim of improving the overall conversion efficiency of two-stage high-quality rectifiers …

Efficient extraction of the maximum power from photovoltaic (PV) systems under inherently
variable weather conditions is a key issue that has been tackled in recent years. Maximum …

The dual input boost converter (DIBC) with dual boost and integrated voltage multiplier cell
(VMC) operating in continuous conduction mode (CCM) at duty cycles larger than 0.5 is a …

This study describes the systematic signal flow graph (SFG) modelling of a single inductor
triple output (SITO) DC/DC converters. The multi‐stages operation of SITO converter and the …

This paper develops an analytical method for modeling the inductor currents and capacitor
voltages (ICCV) of a generic DC-DC converter system. The purpose of the designed …

To cater to the heterogeneity in emerging applications, researchers have constantly been
driven to invent novel dc–dc converter topologies. A review of prior art in dc–dc converter …

This study presents a novel topology of charge‐transferring zero‐current‐switching (CT‐
ZCS) inverter to improve the efficiency. Its operating principle, optimal zero‐current …