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A genetic algorithm for designing LCLC resonant converters

By D Williams, M P Foster, Chris Bingham and D A Stone

Abstract

This paper describes an automated method for designing LCLC resonant power converters using genetic algorithms. Development of a suitable fitness function using fundamental mode approximation equivalent circuit to model the converter in place of more computationally intensive simulations, is detailed. The use of this function in a binary genetic algorithm to provide realisable converter designs featuring components restricted to the E24 preferred values, is provided

Topics: H610 Electronic Engineering
Publisher: IET
Year: 2008
OAI identifier: oai:eprints.lincoln.ac.uk:2406
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