With over 40% of all society's energy consumed within the electric power sector, power electronics is very often either the bottleneck or key enabler for an extremely diverse range of applications, incluiding renewable integration, electric vehicles, portable and biomedical devices, data centers, aerospace, etc.
Our Research Join the Group[Placeholder: Replace this with a brief description of the Ellis Power Group's research focus, mission, and the types of problems your lab tackles — e.g., high-frequency magnetics, wide-bandgap semiconductors, grid-tied converters, EV charging, etc.]
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Read MoreSelected talks and presentations from the Ellis Power Group.
Modified Split-Phase Switching with Improved Fly Capacitor Utilization in a 48V-to-PoL Dual Inductor Hybrid-Dickson Converter
Read PaperA Synchronous Boot-Strapping Technique with Increased On-Time and Improved Efficiency for High-side Gate-drive Power Delivery
Read PaperA Resonant Dual Extended LC-Tank Dickson Converter with 50% Two-Phase Operation at Odd Conversion Ratios [Best Technical Lecture Award]
Read PaperClosed-Loop Split-Phase Control Applied to the Symmetric Dual Inductor Hybrid (SDIH) Converter
Read PaperPresented at the Energy Conversion Congress and Exposition (ECCE) 2022.
Read PaperReducing COSS Switching Loss in a GaN-based Resonant Cockcroft-Walton Converter Using Resonant Charge Redistribution
Read PaperA Resonant Gate Driver with Variable Gain and a Capacitively Decoupled High-Side GaN-FET
Read Paper