Fast Optimization Algorithm for Switched Mode Power Supplies: Minimal Data-Sheet-Driven Algorithms Enhancing Active and Passive Component Performance

This paper introduces a new tool for the optimization of switched mode power supplies suitable for both inexperienced and experienced design engineers. Employing sophisticated algorithms with minimal data sheet inputs, this framework achieves notable enhancements for magnetic components, electrolytic capacitors, switching components (MOSFET, IGBT, and extensible to SiC and GaN components). This tool is designed to be user-friendly, making it accessible for those with limited experience while still offering advanced capabilities for seasoned engineers. This intelligent approach ensures efficient utilization of resources, offering significant advancements in power supply design with reduced reliance on extensive data sheet information.