Haliburton, TX, USA;
General Electric Global Research, NY, USA;
Center for Power Electronics Systems, Virginia Tech, VA, USA;
Center for Power Electronics Systems, Virginia Tech, VA, USA;
Center for Power Electronics Systems, Virginia Tech, VA, USA;
Center for Power Electronics Systems, Virginia Tech, VA, USA;
Center for Power Electronics Systems, Virginia Tech, VA, USA;
Center for Power Electronics Systems, Virginia Tech, VA, USA;
Center for Power Electronics Systems, Virginia Tech, VA, USA;
University of Texas at Dallas, TX, USA;
机译:结温为180°C时SiC模块和100 kW SiC AC-DC转换器的高温特性
机译:结温为180℃时SiC模块和100 kW SiC AC-DC转换器的高温特性
机译:高温硬件:开发10 kW高温,高功率密度三相AC-DC-AC SiC转换器
机译:高温操作的50 KW SIC三相AC-DC转换器设计
机译:使用SiC MOSFET的三相双向DC-DC双有源桥式转换器的设计,仿真和实现。
机译:室温和高温下拉伸张力循环疲劳载荷下2 C / SiC和SiC / SiC陶瓷基复合材料损伤演化的比较
机译:基于三相AC-DC电源转换器滑动模式控制的连续信号发生器设计