1) earth current
地电流
1.
This design has advantages in reducing influences of earth currents on environment;the system safety and reliability issues can be solved by electrode site selection and electrode design;it not only reduces land uses,but also lowers overal.
该方案在减少地电流对环境的影响方面有明显的优势;系统的安全和可靠性,可以通过极址选择和在接地极设计中得到解决;不仅可节省极址用地,并可大幅降低工程总造价。
2.
The interference causes of earth current produced are analyzed theoretically.
从理论上分析了产生地电流干扰的原因,从而在实践上提出了一些经常被忽略,却是行之有效的方法来减小地电流的干扰,设计出高质量的电路。
2) Ground current
地电流
1.
An operational amplifier (OP-AMP) with a ground current of about 0.
设计了一种地电流约为0。
3) earth current
泄地电流，地电流
5) ground current
接地电流
1.
Research on eliminating of ground current in power cable fault location;
电力电缆故障测量中接地电流消除方法的研究
2.
It also analyzes and discusses about ground resistance selecting principles,comparison of generator stator single-phase ground current under different grounding modes,stator core harmfulness,and stator single-phase ground protection in combination with concrete projects,and gives out some comments.
结合具体工程实例对接地电阻选取原则、不同接地方式下发电机定子单相接地电流比较、对发电机定子铁芯的危害以及定子单相接地保护等方面展开分析和讨论,并提出一些建议。
6) grounding current
接地电流
1.
Based on circuit analysis,an additional circuit is used to eliminate the influence of grounding current on measurem.
并且提出了通过外加电路来消除影响测量精度的接地电流的方法。
2.
The leakage current in the matrix and on the surface of composite insulator were separated and measured to study the characteristics of the grounding current of composite insulator.
通过对合成绝缘子体泄漏电流和表面泄漏电流分离测量,研究了合成绝缘子接地电流的特性,并将这两种泄漏电流与整体接地电流进行比较,同时分别研究了洁净和污秽合成绝缘子的接地电流。
3.
The full-plastic shielded cable for power supply is used for 380 V auxiliary power consumption, while the grounding current through fixed cable tray consists of the loop with the pig flat iron with ironic magnetic nature.
38 0V厂用电采用全塑电缆供电 ,接地电流经固定电缆支架 ,用具有铁磁材料性质的生根扁铁组成回路 ,电流衰减快 ,从而使串级供电回路各断路器之间的保护时间配合不协调 ,造成部分母线段停电。
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