High voltage gain dc–dc converters are widely used in various applications like low-voltage
sustainable sources. In traditional boost converters, the voltage gain is limited by high …

In this article, a novel dc–dc light-emitting diode driver employing an interleaved converter is
proposed and analyzed. The circuit topology mainly consists of two parallel buck–boost …

Recent years have witnessed evolutions of topologies and applications of wide bandgap
devices in flyback converters, in order to improve efficiency and power density. However …

In this paper, a step-up DC-DC multi-output converter is introduced by integrating a super-lift
Luo converter, flyback topology, and coupled inductor concept. The proposed multi-output …

This paper introduces a soft switching full bridge interleaved Flyback DC-DC converter with
high gain. Half bridge Flyback converter will cause many problems in comparison with full …

Flyback converter has advantages of simple circuit configuration and easy control. However,
it suffers two problems. One is the active switch is hard switching. The other is a very high …

Concerns about pollution, climate change, limited fossil fuel supplies, and the desire to
eliminate energy dependency have sparked a surge in interest in electric vehicles (EVs). EV …

Interleaved DC–DC converters are extensively employed in high‐power applications to
reduce input/output current ripple, elements current stress, and improve reliability. In order to …

This paper deals with a power factor corrected (PFC) flyback converter for high‐power light
emitting diode lighting applications. This flyback converter is designed to operate in critical …

Photovoltaic systems, fuel cell systems, electric cars, and high intensity discharge lamps are
just few of the many uses for the high voltage gain converter. This study introduces a unique …