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Development of Power Unit for the Train Drive System using Low Loss IGBT

机译:利用低损耗IGBT开发火车驱动系统电源单元

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In this paper, we have shown the concepts behind designing an inverter power unit for train applications. We have also discussed about low-loss power units by using trench structure low-loss IGBT and compared it with planar structure IGBT. Also by using power unit with low-loss IGBT and performing temperature simulation and data measured from test runs, we were able to confirm on the effect of low-loss IGBTs. To conclude, we have shown the possibility and expectation that the use of low-loss IGBT will lead to smaller cooling devices, increase in output current, and the use of higher frequencies in PWM carrier which would all lead to improvements on the main circuit converter unit.
机译:在本文中,我们已经向设计用于列车应用的逆变器电源单元后面的概念。我们还通过使用沟槽结构低损耗IGBT讨论了低损耗电源单元,并将其与平面结构IGBT进行比较。另外,通过使用具有低损耗IGBT的电源单元并执行温度模拟和从测试运行测量的数据,我们能够确认低损耗IGBT的效果。为了得出结论,使用低损耗IGBT的可能性和期望将导致更小的冷却装置,输出电流增加,以及在PWM载体中使用更高频率,这都将导致主电路转换器的改进。单元。

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