A Unified Design Theory for Class-E Resonant DC–DC Converter Topologies

a New Resonant Converter Circuit for Reluctance

The purpose of this paper is to introduce a different type of converter circuit used to drive switched reluctance motors. It continues with detailed discussion on the resonant converter armed at minimizing or eliminating the transistors switching losses. Finally the drive has been tested on a disc-type reluctance motor for the perfomance and functionality.

Step up dcdc converter pdf

Design and Experimental Results of Resonant dc/dc Converter with Class E Oscillator

This paper presents design of generalized resonant dc/dc converter with class E oscillator and a experimental result for low output Q and finite dc-feed inductance are shown. Low Q and finite dc-feed inductance is effective to minimize the circuit scale. Therefore, it is required to design the converter with any conditions, i.e., low output Q and finite dc-feed inductance. The experimental meas...

Design Considerations for an LLC Resonant Converter

Recently, the LLC resonant converter has drawn a lot of attention due to its advantages over the conventional series resonant converter and parallel resonant converter: narrow frequency variation over wide load and input variation and Zero Voltage Switching (ZVS) of the switches for entire load range. This paper presents an analysis and reviews practical design considerations for the LLC-type r...

Robust Controller Design for a Parallel Resonant Converter Using -Synthesis

DC-to-dc resonant converters have been the object of much attention lately. These converters have the potential to provide high-performance conversion without some of the problems associated with classical pulse-width modulation (PWM)-based converters, thus allowing for smaller, lighter power supplies. However, in order to achieve this, a suitable control circuit, capable of maintaining the des...