1) ballistic current method
冲击电流法
1.
The significance of the Discernment between heads and ends of the coils of a three - phase motor is expounded first, and then the principles and the specific methods of discernment between heads and ends of three -phase coils, which are ballistic current method, alternating voltage one and remanence one, are introduced with emphasis.
本文首先阐明了判别三相电动机绕组首末端的意义,然后着重介绍了"冲击电流法"、"交流电压法"和"剩磁感应法"判别三相绕组首末端的具体方法和原理。
2) rush current inductor
冲击电流电感法
1.
In order to solve this problem,a method of the rush current inductor that a large inductor is series in between passive filters and rectifier,and a series-in SHAPF were proposed to suppress the source current rush.
为消除电网冲击电流对SHAPF的影响,提出了在整流桥逆变器侧串联一个大电感的冲击电流电感法和新型串入式SHAPF法来抑制这种电流冲击,解决了因整流桥换相时刻而导致SHAPF负载短路。
3) surge current
冲击电流
1.
Test of densification effect of surge current on compacted iron powder;
冲击电流对粉末压坯致密作用的试验
2.
Analysis of surge current due to closing loop in distribution grid;
配电网络合环冲击电流的分析
3.
The mathematical model of closing loop operation is established and a method for surge current calculation based on Thevenin s equivalent is proposed in this paper.
针对合环操作冲击电流可能越限的问题,提出一种基于戴维南等值的冲击电流计算方法。
4) Current impacting
电流冲击
1.
The electrical properties of the PTC materials were investigated by current impacting.
用电流冲击法对炭黑填充高密度聚乙烯(CB/HDPE)PTC材料的稳定性,即重复使用性进行了研究,结果表明用1～3A的电流冲击最能有效地改善本配方PTC材料的性能和稳定性,具有广阔的实用价值。
5) rush current
冲击电流
1.
This article describes that rush current does harm to xenon lamp from its structure and working principal.
围绕氙灯的构造及其工作原理就冲击电流对氙灯损害进行讨论，针对当前ＷＬＣ系列和ＧＦＡ系 列等整流器产品，普遍对冲击电流没有控制或控制不佳所造成的对氙灯的损害，提出对ＧＦＡ０２ －１５０／３５型整流器原磁饱和电抗器回路增力。
6) inrush current
冲击电流
1.
This paper proposes a novel method of suppressing the inrush current of transformers.
提出了抑制变压器冲击电流的新方法。
2.
Article describes the principle of inrush current.
浅述了变压器的冲击电流的形成原理,认为主要是由于外部瞬间电流导致磁路趋向饱和,而磁路中的剩磁则加剧了这个饱和程度,最大冲击剩磁通,使这两者同向叠加。
补充资料：标准冲击电流波形(见冲击电流发生器)
标准冲击电流波形(见冲击电流发生器)
standard impulse current wave form
blaozhun ehonglld}0n4一u box]ng标准冲击电流波形(standard impulse currentwave form)见冲击电流发生器。
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