Power-loss reduction of a MOSFET cross-coupled rectifier by employing zero-voltage switching. Abstract: Ubiquitous monitoring of sensor data and long term ...
May 17, 2015 · Power-loss reduction of a MOSFET cross-coupled rectifier by employing zero-voltage switching ... The power rectifier has 80% efficiency ...
Abstract— Ubiquitous monitoring of sensor data and long term reliable operation of sensor units have been studied extensively.
A class-E type zero-voltage-switching structure is presented to achieve a high efficiency rectifier circuit that can achieve more than 76% power conversion ...
Dive into the research topics of 'Power-loss reduction of a MOSFET cross-coupled rectifier by employing zero-voltage switching'. Together they form a unique ...
... rectifier with a lower output voltage and a significant power loss lowers the overall efficiency of the inductive-link system. In this paper, a class-E type ...
Bibliographic details on Power-loss reduction of a MOSFET cross-coupled rectifier by employing zero-voltage switching.
Synchronous rectifiers are zero voltage switching; VDS is minimal (a diode drop) before the MOSFET is turned on. Therefore losses are not decreased by faster ...
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Focusing on this problem, a new ZVZCS PSFB converter is proposed in this paper. This topology adds an auxiliary circuit to minimize duty cycle loss. Moreover, ...
Feb 9, 2021 · In a power MOSFET, turn-on loss is due to the dissipation of the energy stored in the MOSFET output parasitic capacitance, and this energy is ...