The reason of appearing peak voltage in IGBT(insulated gate bipolar transistor)absorber is discussed.
探讨了IGBT功率电路尖峰电压产生的原因，并针对第三代IGBT，给出了适应不同功率的吸收电路。
Using the peak voltage(ruled) in GJB 181 as the interferential source and the Pspice software,the peak voltage s influence on SSR s(working) state was analyzed and the reason which caused misoperation was found.
以G JB 181中规定的尖峰电压为干扰源,采用Psp ice软件分析尖峰电压试验对固态继电器工作状态的影响,找到引起误动作产生的原因,对提高固态继电器的电磁兼容性有一定的指导意义。
This paper summarizes three kinds of practical suppression method to turn off IGBT peak voltage,it discusses some issue of IGBT drive circuit,and introduces a kind of dynamic voltage rise control circuit.
总结了三种实用的IGBT关断尖峰电压抑制的方法,探讨IGBT驱动的有关问题,并介绍一种动态电压上升控制实用电路。
Suppression Method of Turn off Peak Voltage Overshoot for IGBT
IGBT关断尖峰电压抑制方法的研究
In electronics, a sharp peaked short duration voltage.
在电子技术中,一种持续时间短暂的尖峰电压。
The relation between switching current overvoltage and parameters of snubber components is founded according to mathematics modeling.
通过数学建模,找出换流尖峰电压与换流缓冲器保护元件参数之间的关系。
Research on methods of restrain IGBT switching-off voltage pulse in high-power inverter
大功率逆变电源IGBT关断电压尖峰抑制研究
Mechanism and suppression of voltage spike in a three-phase single-stage full-bridge PFC
三相单级全桥PFC电压尖峰机理分析与抑制
A Spikes-Suppressor Design for Zero Voltage Full Bridge Converter
一种零电压全桥变换器尖峰抑制器的设计
peak reverse voltage
反向峰值电压峰值反向电压
circuit repetitive peak reverse voltage
电路反向重复峰值电压
circuit crest working reverse voltage
电路反向工作峰值电压
circuit repetitive peak off-state voltage
电路断态重复峰值电压
circuit crest working off-state voltage
电路断态工作峰值电压
non repetitive peak reverse voltage
不重复峰值反向电压
non repetitive peak off state voltage
不可逆峰值断态电压
When this quantity exceeds 2.2 theory indicates the existence of a sharp pressure peak which has not been observed experimentally.
当这个量超过2．2时，理论表明存在陡急的压力尖峰，而这压力尖峰尚未在实验中观察到。
The pointed summit of a mountain.
山顶，顶峰山峰的尖顶
A theoretical explaining for current peak in self-induction experiment
自感演示实验电流尖峰现象的理论解释
The effectiveness analysis of implementing the advanced peak electricity price considering the demand side response
考虑需求侧响应的尖峰电价实施效益的分析
Peak Day (Hour) Volume
尖峰日（小时）流量