A solid state high frequency induction heating power supply using power MOSFETs is studied.
本文研究了使用功率MOSFET的固态高频感应加热电源。
Various power devices are compared with each other. Power MOSFETs are employed as the switches of the power supply.
分析对比了各种常用电力电子器件选择了功率MOSFET作为逆变器开关元件。
The drive circuit of power MOSFETs is simplified and the stabilization of the controller is enhanced attributed to the drive capability of this chip.
由于芯片自带功率MOS管驱动能力，简化驱动电路设计的同时提高了控制器的可靠性。
The experimental and analytical results demonstrate that wide bandwidth, high voltage output and long-time stability can be achieved with power MOSFETs and a closed-loop scheme.
实验与分析表明，高压直流放大器采用功率场效应管和电压闭环控制后，可拓展放大器通频带，提高放大器输出能力和长时间稳定性。
For high power system, every switch of three-phase inverter is actually made up of four MOSFETs in Parallel.
考虑到系统功率较大，三相桥式功率变换器的每个开关器件均采用四个MOS管并联的结构。
For high power system, every switch of three-phase inverter is actually made up of four MOSFETs in Parallel.
考虑到系统功率较大，三相桥式功率变换器的每个开关器件均采用四个MOS管并联的结构。
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