The aim is to reduce the reignition rate and over-voltage damage from the perspective of the mechanical characteristics of the vacuum breaker switching shunt capacitor banks .

最终的目标是从 真空断路器机械特性方面入手，降低操作并联 电容 器组时的重燃率、并减小操作过电压危害。

Vacuum breaker is widely applied in the reactive power compensation as the switch of shunt capacitor banks which will cause reignition and over-voltage after the switching performance gets deteriorated .

进行无功补偿时广泛使用 真空断路器作为并联 电容 器组的开关控制元件，其操作性能劣化后，突出的表现就是极易发生重燃和操作过电压危害。

Application of fully Automatic Vacuum Impregnating Equipment to Power Capacitor Manufacture

电力 电容 器全自动 真空浸渍设备的应用

Research on Vacuum Circuit Breaker Switching Shunt Capacitor Overvoltage

真空断路器投切并联 电抗器过电压实例研究

Microcomputer Application in the Vacuum Soak Technological Process of Electric Power Capacitor

微机在电力 电容 器 真空浸渍工艺过程中的应用

The theory and method in measuring accurately the electronic and vacuum dielectric constant of parallel plate capacitor are introduced .

介绍了用电子分析天平测量平行板 电容 器两极板间的静电力和 真空介电常量的原理和方法。

For a great outgassing condition the feature of the pressure varying throughout the pumping time of the vacuum system is analysed . This paper also designs a vacuum system used for pumping and impregnating for each capacitor to satisfy the capacitor producing .

分析了大放气量状态下，真空系统压强变化与其对应抽气时间的特性并设计了满足 电容器生产的单抽单注的 真空 压力浸渍工艺 真空系统。

The vacuum switch with a short closing time connected in parallel with the reactive compensation capacitor controls either the series compensation or the short circuit current limitation .

与无功补偿 电容相并联的快速闭合 真空开关，可以实现对线路正常工作时的串联补偿和发生短路 故障时限流的切换功能。

In order to select the parameters of the energy storage capacitor used in vacuum circuit breaker driven by permanent magnetic actuator this paper makes the interrelated theoretical analysis and the characteristic test research of permanent magnetic actuator powered by energy storage capacitor of different capacitance .

为了确定配用于 真空断路器的永磁操作机构分、合闸激磁线圈放电电容参数，进行了相关的理论分析和储能 放电 电容不同电容量下永磁操作机构特性试验研究。

This paper presents an online vacuum detecting system using AVR single-chip microcontroller finishing the collecting and the processing of the output signal of the capacitor sensor .

本文提出的 真空 度在线检测系统使用AVR单片机系统进行 电容传感器输出信号的采集和处理工作，丰富了 真空 度间接在线检测的方法和实际应用。

At present the re-ignition of vacuum switchgear in capacitor banks is one of the most important tasks need to be solved in domestic .

真空开关投切 电容 器组重燃问题是当前国内真空开关行业急待解决的关键问题之一。

Study on Forepart Restrike Rate of 35 kV Vacuum Circuit Breaker in the Closing-opening Process of Capacitor Group

真空断路器投切 电容 器组早期重击穿率的研究

Development on the three-location vacuum pre-sintering furnace for Ta capacitor

三工位片式钽 电容 器 真空预烧炉的研制

With the apearance of optical control of module vacuum circuit breakers some requirements on the capacitor charge power supply were raised .

随着光控模块 式 真空断路器的提出，对其中的 电容充电电源提出了要求。

Synchronized control tactics of phasing vacuum switches when closing capacitor banks

相控 真空开关同步关合 电容 器组控制策略及其实现

In this paper the basic constructure operation principle and technical process of the three-location vacuum pre-sintering furnace for Tantalum capacitor are described . And the application of this equipment in Tantalum capacitor manufacture trade is introduced .

介绍了三工位片式钽 电容 器 真空预烧炉的基本结构、工作原理及钽 电容 器阳极块 真空预烧的工艺过程，并对该设备在片式钽电容器制造行业的意义进行了阐述。

The Problems Related to Vacuum Processing of Full Film Power Capacitor

全膜电力 电容 器 真空处理过程中需注意的几个问题

Field test study of the feasibility to the overvoltage protection programs of the vacuum circuit breaker switching off capacitor is stated in the paper . Experiments show this protection program ( RC absorbers ) can effectively suppress the overvoltage produced in switching off the capacitor .

文中对 真空断路器开断 电容 器产生过电压采取保护方案可行性进行了现场试验验证，试验表明阻容保护装置对开断电容器产生的过电压可以有效抑制。

Technology of Variable Pressure Method vacuum dry impregnation can shorten one third treatment time with increasing partial discharge pass rate of power capacitor to improve product quality and with lower energy consumption .

变压法 真空干燥浸渍工艺能缩短时间三分之一，提高了 电容 器的局部放电合格率，从而提高了产品质量，节省了能源。

By way of simulating the test of outgassing rates in vacuum pressure impregnation technology of capacitor the features of pumping of vacuum system limited by low conduction is discussed .

本文通过模拟 电容 器 真空压力浸渍工艺放气实验，探讨了真空系统抽气性能受流导限制的特点。

This system adopted the vacuum contactor as the switch of compensating capacitor developed optimum controller according to the local condition .

该系统采用 真空接触器作为补偿 电容 的 投 切开关，并根据本地区的实际情况研制出无功补偿优化控制器对其进行控制操作。

From the factors such as contact material vacuum degree processing technology and configuration this paper analyses the causes of high forepart restriking rate of 35 kV vacuum circuit breaker in the closing opening process of capacitor group .

从触头材料、真空度、加工工艺和机构动作等因素分析了35kV 真空断路器开合 电容 器组早期重击穿率高的原因。