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DC-DC Converter Based Impedance Matching for Maximum Power Transfer of CPT System with High Efficiency
It is well known that a DC or fully tuned inductive power transfer (IPT) system operating at its maximum power output point results in a low power efficiency being equal or below 50%. Based on theExpand
Capacitive power transfer system with reduced voltage stress and sensitivity
This paper introduces a DC–DC buck converter on the secondary side of the capacitive power transfer system to reduce the voltage and electric field across the interface, and to reduce the circuit Q,Expand
A Capacitive Power Transfer System with a CL Network for Improved System Performance
This paper introduces the analysis and optimization of capacitive power transfer system with a CL compensation circuit on the secondary for reduced voltage stress across the electric field couplingExpand
Load Effect Analysis and Maximum Power Transfer Tracking of CPT System
An optimal load resistance is shown for a CPT system with a non-fully/partially tuned LCC tank (tank network resonant frequency is designed to be lower than the fundamental components of the switching frequency). Expand
SOFIA Consoles and Electronics System
Simulation Study of Parasitic and Gate-drive Effects on An Autonomous Push-pull Resonant Converter Based IPT System
Autonomous current-fed push-pull resonant converters (AC-PPRC) provide a cost-effective and reliable solution for achieving high-frequency Inductive Power Transfer (IPT). This paper studies theExpand