详述了新型电抗器在电力系统中的应用。
The application of new-type reactor in the electric power system is expounded.
介绍了磁阀式可控电抗器的结构和工作原理。
Introduced the basic structure and working principle of the magnetic valve controllable reactor.
通过采用并联电抗器可降低前述的电压升高。
These voltages can be reduced by the application of shunt reactors.
也可包含备用电源和其他设备，例如：电抗器。
Back-up supplies and other kit also possible, e. g. reactors.
最后得到干式半芯电抗器的伏安特性和谐波特性。
Last, the V - a and harmonic characteristic of the reactor is obtained.
公司主要产品：稳压器、高低压变压器、电抗器。
Company main products: Voltage stabilizer, high low pressure transformer, reactance implement.
干式空心并联电抗器在运行中曾发生多起烧损事故。
The burn-out accident occurred several times in operation of dry type hollow shunt reactor.
简要介绍自励式可控饱和电抗器的电路、结构和特性。
The circuit topology and fundamentals of self-excited controllable saturated reactors are briefly introduced.
移相电抗器是变流器供电系统谐波抑制的一种新方法。
Phaseshifting reactor is a new method for converter power supply systems harmonic suppression.
电抗器匝间故障时，电容器与电抗器电压比将发生变化；
The voltage ratio of the capacitor and reactor will change when the fault occurs.
采用带中心抽头的直流电抗器，可以方便的改变焊机动特性。
Adopting DC electric reactor with center tap can change the welding machine's dynamic characteristic conveniently.
介绍了几种可控型并联电抗器的工作原理并分析了其优缺点。
Working principles for some kinds of controllable shunt reactor are introduced, and their advantages and shortcomings are analyzed.
磁场和电抗的精确计算是电抗器设计和研制开发的重要环节。
The calculation of magnetic field and reactance is an important step in the design and development of reactors.
第二章通过对磁饱和可控电抗器电磁特性的研究，得到其数学模型。
From the study of the magnetically controlled saturated reactor's electromagnetism, its model is set up.
并得出结论：采用混合型串联电抗器可以有效抑制电网中各次谐波的放大。
It is concluded that the harmonic amplification in power systems is effectively restrained by using mixed series reactors.
是理想的干式电力变压器、电抗器及其它电机槽间、匝间、层间绝缘材料。
It is an ideal slot, interturn and interlayer insulating material of dry type power transformers, reactors and other motors.
本文介绍了这种主变压器和平波电抗器的主要技术参数、结构和设计特点。
The article introduces the critical technical parameters, structure and design features of this main transformer and smoothing reactor.
本文利用DSP处理器TMS320VC5402实现可控电抗器的连续可调。
This design bases on DSP processor TMS320VC5402 to realize controllable reactor's continuous adjustment.
分析了导致不带平衡电抗器的整流机组直流负载拐点电流超出许可范围的成因；
The cause that transition current of DC-load in rectifier unit without balance reactor exceeds the range of permission is discussed.
最后根据各安装方案的技术经济比较结果提出了西北电网安装可控电抗器的方案。
Based on the results of technical-economical comparison of different installation schemes, a project for the installation of controllable reactors in Northwest China power grid is proposed.
其核心思想是利用可控电抗器连续调节电感量从而保持滤波器在谐振点附近工作。
Its main idea is to use controllable reactor to adjust inductance continuously, so to keep filter working around resonance point.
为此，提出了一种由并联有源滤波器和串联平波电抗器组成的混合有源滤波系统。
This paper presents a hybrid active filter system, which consisted of shunt active filter and series smoothing reactor.
介绍了高压电机起动用饱和电抗器参数的选择及电抗器的设计，并给出了具体实例。
The parameter selection and design of the saturable reactor for HV motor start are introduced. The examples are presented.
在制造电抗器前，需要对电抗器的过电压耐受进行评估，保证匝间电压小于绝缘值。
Before manufacturing the CLI, the over-voltage withstand ability of CLI should be evaluated to ensure the voltage between two coils less than the withstand value.
论文从理论和应用两个方面研究了磁阀式可控电抗器在电力系统中的调压和消弧问题。
The dissertation studies the problems of the voltage regulation and arc—extinguishing of magnetic valve controllable reactor both in theory and application.
通过干式空心并联电抗器的现场原型动力试验，得到该电抗器各方向的自功率谱曲线。
The auto power spectrum curves of the dry parallel reactor are obtained from the prototype dynamic test.
通过对磁阀式可控电抗器工作过程的分析，得出其等效控制电路，研究了其控制特性。
The equivalent controlling circuit is presented through analyzing the working process of controllable magnetic-valve reactor. Its controlling character is analyzed.
研究多并联支路型可控电抗器的工作模式是设计制造多并联支路型可控电抗器的基础。
Investigating the operation mode is the foundation of design and manufacture of a controllable reactor with multiple parallel branches.
研究多并联支路型可控电抗器的工作模式是设计制造多并联支路型可控电抗器的基础。
Investigating the operation mode is the foundation of design and manufacture of a controllable reactor with multiple parallel branches.
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