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The Plasma Extraction Transit-Time Oscillation in Bipolar Power Devices-Mechanism, EMC Effects, and Prevention

机译:双极型电力设备中的等离子体提取瞬态振荡-机理,EMC效应和预防

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Under certain conditions, radio frequency (RF) oscillations may occur during the turn off of bipolar power devices. These oscillations are related to the plasma extraction transit time (PETT) effect. The mechanism of the oscillation and the complex dependencies for the occurrence of the effect are discussed in this paper. Three-dimensional electromagnetic compatibility (EMC) simulation is used to investigate modifications of the power module layout that shift its resonance point and therefore, effectively suppress the unwanted RF oscillations. EMC measurements and examples of failures of power electronic equipment related to the occurrence of PETT oscillations demonstrate the necessity for suppressing this effect.
机译:在某些情况下,双极电源设备关闭期间可能会发生射频(RF)振荡。这些振荡与血浆提取渡越时间(PETT)效应有关。本文讨论了振荡的机理和影响发生的复杂依赖性。三维电磁兼容性(EMC)仿真用于研究功率模块布局的修改,这些修改会改变其谐振点,从而有效地抑制有害的RF振荡。 EMC测量和与PETT振荡相关的电力电子设备故障示例说明了抑制这种影响的必要性。

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