1) high voltage pulse capacitor
高压脉冲电容器
1.
In order to obtain the results of the capacitance variability of high voltage pulse capacitors which are stored under normal room condition,the capacitance variability of high voltage pulse capacitors is researched.
针对高压脉冲电容器的稳定性即电容量随贮存时间延长而增大导致产品失效的问题,对其电容量漂移进行了跟踪研究,发现在自然贮存条件下,其电容量的变化存在“保持-激增-再保持”几个特征明显不同的变化阶段。
2.
The experiment being made by our research group is aimed at obtaining the result of the capacitance variability of high voltage pulse capacitor.
针对不同贮存环境对高压脉冲电容器电容量漂移的影响进行了长期对比实验研究。
3.
The capacitance variability of high voltage pulse capacitors is very important to the performance of the RLC circuit.
高压脉冲电容器的电容量漂移对RLC回路的稳定性会产生不利影响。
2) High-voltage metallized pulse capacitor
高压金属化脉冲电容器
3) high density pulse capacitor
高密脉冲电容器
5) Pulse capacitor
脉冲电容器
1.
This paper describes the principle and test circuit of a method to measure pulse capacitors inner inductance with nH magnitude.
介绍了用短路放电法测量脉冲电容器NH级内电感的原理和具体试验电路,它根据单台电容器短路放电、两台电容器并联或串联短路放电两种情况下得到的电流波形求出单台电容器的内电感。
2.
A sort of metallized polypropylene pulse capacitor has been designed and two ways are introduced to increase the energy density of the capacitor: adopting inner series structure, choosing appropriate metallized film, ohm/sq.
研制了一种金属化膜脉冲电容器。
3.
Metallized fdm pulse capacitor is used as an example to research the application of BS model for reliability of electronic product in this paper.
从金属化膜电容器的失效过程推导出了该类型电容器的BS模型,经过计算比较,BS模型对脉冲电容器可靠性的评估要优于Weibull等其它模型。
6) Pulse capacitors
脉冲电容器
1.
Study on slim-loop ferroelectric ceramics for high-power pulse capacitors;
脉冲电容器用细电滞回线铁电陶瓷材料的研究
2.
This paper also provides some methods for processing performance data and some models for accelerated life testing of impulse capacitors.
结合美国惯性约束聚变(ICF)装置脉冲电容器的试验情况,从可靠性的角度讨论了脉冲电容器的可靠性筛选试验、老炼试验和寿命试验,并简要地介绍了脉冲电容器性能数据处理的几种途径,以及几种常用的电容器加速寿命试验模型。
补充资料：高压脉冲加速器
分子式：
CAS号：
性质：高压脉冲加速器通过脉冲电压发生器电路产生一段短时间的高电压，并应用于含有冷阴极的电子枪。脉冲电压发生器电路阻抗低，高压脉冲加速器能产生强流电子束。
CAS号：
性质：高压脉冲加速器通过脉冲电压发生器电路产生一段短时间的高电压，并应用于含有冷阴极的电子枪。脉冲电压发生器电路阻抗低，高压脉冲加速器能产生强流电子束。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条