片语

power capacitor coating电力电容器镀膜

power electronic capacitor[电]

High voltage power capacitor高压并联电容器

power capacitor industry电容器行业

high power ceramic capacitor[电]

Electric power capacitor电力电容器

power capacitor protection电容器保护

cylinder power ceramic capacitor筒形高功率瓷介电容器

power ceramic capacitor高功率瓷介电容器

英汉例句

• in china, the best operation performance of power capacitor was at the beginning of the 1990s, and the paper-film capacitor was mainly used at that moment.

  我国电力电容器运行业绩最好是在上世90年代初，这时主要是膜纸电容器。

• establish and maintain power capacitor manufacturing process and standards.

  建立和维护电力电容器制造过程及标準。

• waxes for capacitor encapsulation : applied as encapsulation insulator for metalized capacitor such as self-healing type low voltage power capacitor , alternating motor startup capacitor.

  电容器灌封蜡 ：主要用于低压自愈式电力电容器，交流马达启动电容器等金属化电容器的绝缘灌封。

• in china, it is very necessary to research into the field of miniaturization high voltage and high power capacitor charging power supply.

  因此，在小型化高频高压大功率充电电源领域很有研究的必要。

• parallel capacitor and hv capacitive type equipments are widely used in power system, here we call them power capacitor in all.

  并联电容器和高压电容型设备是电力系统中应用普遍的电气设备，这里统称为电力电容器。

• it is very difficult to predic insulation ageing of the power capacitor because it is a complete closed equipment.

  电容器是一种全密封设备，其绝缘老化状况的判定十分困难。

• the reason was analyzed for power capacitor firing and explosion accident. corresponding measures were put forward and availably prevent from the type of the accident.

  分析了电力电容器着火爆炸的原因，提出了相应的措施，有效地预防了电容器着火爆炸事故的发生。

• a key technological process to power capacitor manufacture is vacuum impregnation, and the quality of impregnation can only be guaranteed by using good vacuum impregnating equipment.

  电力电容器真浸工艺是电容器制造技术中的关键工艺，优良的真浸设备是合理真空工艺制定的基础。

• this paper tries to predict the insulation ageing of power capacitor according to the pole-to-case partial discharge test.

  本文试图根据电容器极对壳绝缘的局部放电试验结果，对其绝缘老化进行判断。

• with random error theory the capacitance error of power capacitor group is analyzed and calculated.

  用随机误差理论对电容器组的电容误差值进行了分析研究与计算。

• the overvoltage on sound elements caused by internal fuse tripping in the high-voltage power capacitor is analyzed both qualitatively and quantitatively.

  对内熔丝电容器中，因内熔线动作引起的作用在完好元件上的过电压进行了定性、定量分析。

• present status of self-healing test methods are introduced for safety film withstand rupture power capacitor at home and abroad.

  介绍了安全膜防爆电容器目前国内外自愈性试验方法现状。

• the article discussed thermal aging rule of insulating material of power capacitor and the difference between thermal character and aging.

  对电力电容器用绝缘材料的热老化规律，以及它与热性能的区别进行了讨论。

• fixed compensation and random auto-compensation use power capacitor to compensate.

  采用电力电容器进行补偿有固定补偿和随机自动补偿。