Spike voltage

Development of Novel Spike Voltage Generator and its Testing Devices

新型尖峰电压发生器及测试仪研制

This paper emphatically introduces this mathematical model and expounds the effect of giving this mathematical model on checking the reverse spike voltage .

本文就此数学模型进行了介绍，同时阐述了该模型的建立对抑制反向尖峰电压的作用。

Influence of Outer Circuit Parameters on Anode Spike Voltage of GTO

GTO外电路参数对尖峰电压的影响

The Mathematical Model of IGBT Reverse Spike Voltage in High Frequency Group Pulse Electrochemical Machining

高频群脉冲电解加工中IGBT反向尖峰电压的数学模型

Microprocessor-based Spike Voltage Generator

尖峰电压发生器的单片机控制

To solved the problem of spike voltage in the course of putting into and withdrawing of contacting type customer power , a kind of low impedance high-frequency special voltage transformer is designed .

通过使用一种低阻抗高频特种变压器，解决了目前串联型用户电力技术装置投切过程中存在的尖峰电压问题。

If the selection of protection parameter is unreasonable , it may result in spike voltage , which can decrease the insulation of the power electronic device , intermittently discharge and even damage the device .

保护参数选取的不合理，便会产生很高的尖峰电压造成电力电子器件绝缘降低，间歇性放电甚至器件损坏。

The influence of the fall rate of anode current and snubber resistor on anode spike voltage was emphatically analyzed , on the basis of the relation between anode spine voltage and outer chat parameters , and ample experimental verification is given in this paper .

本文在GTO尖峰电压与外电路各参数关系的基础上，分别着重分析了阳极电流下降率和缓冲电路电阻对尖峰电压的影响，并给予了无分的实验验证。

And studies the relative location of the anode transient spike power and anode spike voltage during the fall time period of GTO turn off process for the first time .

旋转阳极的故障维修首次研究了GTO关断过程中下降时间内瞬时峰值功耗和尖峰电压相对位置的关系。