The interleaving technique is necessary for LLC resonant converters to achieve high power
level. The advantages include expanded power capacity, lower output ripple current, and …

This article introduces an adaptive multi-loop controller for capacitive wireless power
transfer (WPT) systems. The new control approach combines continuous frequency tracking …

The use of supply frequencies above 50-60 Hz allows for an increase in the power density
applied to the ozonizer electrode surface and an increase in ozone production for a given …

In this paper, a new control method for electronic ballasts based on the use of a variable
inductor is presented. The main goal is to perform the complete control of the electronic …

This paper introduces an active method for zero current switching for resonant switched
capacitor converters (SCC) with wide dynamic range. The method is demonstrated on a …

This paper introduces a digitally-controlled buck converter with adaptive core biasing that
allows for minimization of the output capacitor as well as of the inductor core. The improved …

This article introduces an adaptive self-tuned controller IC for resonant wireless power
transfer (RWPT) transmitters. The controller IC comprises an on-the-fly very-high-frequency …

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 …

This paper presents an analysis and design of a unidirectional resonant switched-capacitor
(URSC) step-up converter for organic-lighting-emitting-diode (OLED) lamp driving. The …

This paper presents a new model that facilitates a comprehensive analysis of split-capacitor
push-pull parallel resonant converter (PPRC) topology in three different modes. The three …