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TEST AND ANALYSIS ON FAULT OF THYRISTOR IN A PULSED POWER SUPPLY FOR EML

机译:EML脉冲电源中晶闸管故障的测试与分析

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During the development of the pulsed forming units with rated storage energy of 100 kJ, a large number of thyristors used as the pulse switches were damaged. Based on the structure and equivalent circuit of the amplifying gate, the causes of the failure were found out by data comparison and analysis, fault component anatomy, process data investigation, gate resistance detection, turn-on time test and so on. The damage of thyristors was caused by the insufficient intensity of trigger current, which was rooted in the low operating voltage of the gate driving circuit. According to the conclusion of the turn-on time test, a method for determining design parameters of the strong trigger current has been obtained. The gate driving circuit was redesigned under the guide of the method. The new gate driving circuit has good performance, which entirely eliminates the hidden trouble of the failure.
机译:在具有100kJ的额定存储能量的脉冲成形单元的开发过程中,使用随着脉冲开关的大量晶闸管损坏。基于放大栅极的结构和等效电路,通过数据比较和分析,故障组件解剖,工艺数据调查,栅极电阻检测,接通时间测试等,发现了故障的原因。晶闸管的损坏是由触发电流强度不足引起的,该触发电流强度源于栅极驱动电路的低工作电压。根据接通时间测试的结论,已经获得了用于确定强触发电流的设计参数的方法。在该方法的指导下重新设计栅极驱动电路。新的栅极驱动电路具有良好的性能,完全消除了失败的隐藏问题。

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