We present an operation scheme for a dc–dc converter consisting of a class-E inverter and a
class-E rectifier to always achieve zero-voltage zero-switching at a wide range of input and …

In this paper, the LCLC resonant converter with zero current switching (ZCS) and zero
voltage switching (ZVS) is investigated for two-stage high-voltage (several kilovolts) high …

Miniaturization of high-voltage power converters is severely limited by the availability of fast
switching, low-loss high-voltage diodes. This article explores techniques for using discrete …

This paper presents power loss measurements of GaN transistor reverse diodes in high
frequency high voltage conditions. To evaluate their performance, we use GaN transistor …

This paper presents an isolated dc-dc converter architecture for high conversion ratios using
the stacked resonant switched-capacitor topology. Capacitive isolation is adopted in place of …

Recent studies in electroaerodynamic (EAD) propulsion have stimulated the need for
lightweight power converters providing outputs at tens of kilovolts and hundreds of watts …

Applying RF circuit design techniques to dc–dc resonant converters has enabled switching
frequencies well beyond 10 MHz, leading to higher power densities and faster transient …

This paper demonstrates a high efficiency, high power density, and fast transient response
dc-dc converter design capable of providing a high-voltage isolated output from a low …

Resonant dc-dc converter regularly use Schottky diodes for high frequency rectification. Si
Schottky diodes have relatively low voltage ratings and present reverse-recovery type losses …

A rotating electric machine built entirely of sustainable lightweight materials is presented for
rotary actuator applications. The machine uses electrostatic forces instead of magnetic …