DC to AC control change is a key job in the cutting edge set up of age, transmission,
appropriation, and use. DC to AC control converters assume key job in variable recurrence …

This paper presents an silicon carbide (SiC) MOSFET health condition monitoring method
based on the switching transient measurements. Specifically, the device's turn-on time is …

This paper demonstrates a high-efficiency modular multilevel resonant DC-DC converter
(MMRC) with zero-voltage switching (ZVS) capability. In order to minimize the conduction …

This paper presents a new indicator of SiC MOSFET gate oxide degradation based on Miller
plateau. The physical mechanism of Miller plateau shift with gate oxide electric field is first …

In the pursuit of more efficient vehicles on the world's roads, the vehicle thermal
management system has become a limiting factor when it comes to EV range and battery …

Harsh operating environment and high temperature swings introduce die and packaging
related degradations in SiC MOSFETs causing potential system failures. This paper …

Power SiC MOSFETs are going to substitute Si devices by to their significantly better
performances that make them much suitable in power switching applications such as …

SiC MOSFETs are the key ideal device for the DC Solid-State Power Controller (DC-SSPC).
The reliability of DC-SSPCs can be improved by online predicting of SiC MOSFETs aging …

In automotive and industrial domains, the “health monitoring” or “condition monitoring” of
electronic devices is gradually playing a key role in manufacturing processes and innovation …

摘要该文提出一种改进型Y 源逆变器, 通过拓扑结构优化, 有效地改善了输入电流特性,
同时减小母线电压尖峰. 以采用SiC MOSFET 为例, 详尽分析该改进型Y 源逆变器的可靠性分析 …