1) negative and positive pressure surges
负压和正压涌浪
2) inrush voltage and current
浪涌电压和电流
1.
Unreasonable selection of dead time can make inverting components to produce higher inrush voltage and current and even damaged.
死区时间选择的不合理会使逆变器件产生过高的浪涌电压和电流甚至损坏。
4) overvoltage surge
过压浪涌
1.
This article has introduced two special electromagnetic interference which are transient peak surge and overvoltage surge,and gives several effective inhibition programmes.
本文主要分析说明了瞬态尖峰浪涌、过压浪涌这两种特殊的电磁干扰的产生与串入形式,并针对不同的情况,给出几种在实际使用中行之有效的抑制方案。
5) Surge Voltage
浪涌电压
1.
Simulation and damp methods of surge voltage during the IGBT switching off in inverter;
IGBT变频器的关断浪涌电压仿真分析及其抑制方法
2.
The analysis literature about the establishment of working mode for series induction heating power supply was appreciably deficient,especially the mechanism of surge voltage forming during current commutation when inverter worked on different mode.
通过对电压源逆变器工作方式的分析,研究了电流换相过程中浪涌电压的产生机理,并据此确定了逆变器的工作方式与控制方式。
3.
The inverter uses opetimal phase angle control scheme to suppress the surge voltage during the commutation of current.
为了抑制电流换相期间的浪涌电压,逆变器采用最佳相角控制。
6) surge,high-voltage
高压浪涌
补充资料：冲击波超压与动压