DC/DC conversion techniques have undergone rapid development in recent decades. With
the pioneering work of authors Fang Lin Luo and Hong Ye, DC/DC converters have now …

This paper proposes a soft-switched single switch isolated converter. The proposed
converter is able to offer low cost and high power density in step-up application due to the …

A high-efficiency high step-up current-fed multiresonant converter (CFMRC) is proposed for
interfacing the sustainable power sources, such as PV panels and fuel cells, which are …

A novel simple control strategy to improve the ignition behavior of a cold cathode fluorescent
lamp (CCFL) in digital-dimming mode is proposed in this paper. Due to restriking …

A high efficiency high step-up dc-dc converter is proposed for renewable energy harvesting
where the sustainable power sources such as PV panels and fuel cells are characterized by …

Efficiency and reliability are the two key design parameters when designing induction
heating (IH) systems. A parallel quasi‐resonant current source inverter (CSI) is proposed to …

A current-fed high-frequency alternating-current (HFAC) distributed power system is
presented in this paper for medium-or high-voltage gate driving applications. The distributed …

A new type of Class DE inverter is proposed. The proposed circuit consists of two switches, a
parallel resonant circuit, and a capacitor connected in series with the parallel resonant …

A modular approach to the complex robotic systems is desireable due to advantages such
as ease of development, reconfigurability, and re-usability. Powering these dynamic …

This paper presents a new digital dimming controller (DDC) for the backlight resonant
inverter to improve the ignition behavior of the cold cathode fluorescent lamp (CCFL) and …