1.
Discussion on Stable Current Control and Energy Saving Of Self-saturation Reactor for Aluminum Electrolysis Smelting
浅谈铝电解稳流控制与自饱和电抗器节能降耗
2.
Self-saturating Reactor Type Static VAR Compensator and Its Application
自饱和电抗器型静止无功补偿装置及其应用
3.
direct-current measuring transductor
直流测量用饱和电抗器
4.
Short Data Window Based Adaptive Differential Protection Algorithm with Current Transformer Saturation in EHV Transmission Lines
自适应短数据窗抗电流互感器饱和线路差动保护算法
5.
A Current Transformer Saturation Countermeasure Study for Transmission Line Current Differential Protection
输电线路电流差动保护抗电流互感器饱和研究
6.
Study on Electrical Characteristic and Prevention of 500kV Controllable Magnetic-saturation Reactor;
500kV磁饱和式可控电抗器电气特性及其保护研究
7.
A Novel Method for Current Transformer Saturation Countermeasure Based on Comparing Two Currents' Polarities
基于电流极性比较的抗电流互感器饱和新方法
8.
Study on Magnetically Controlled Saturated Reactor and Unbalanced Reactive Power Compensation;
磁饱和可控电抗器及不平衡无功补偿的研究
9.
Operational Characteristics and Simulation of the Magnetic-saturated Controllable Reactor
磁饱和式可控电抗器的工作特性及其仿真研究
10.
Anti-saturation improvement of front-end electronics for neutron detectors array system
中子闪烁探测器前端电子学的抗饱和改进
11.
The sources of reactive power (vars) are machine vars, capacitor and reactor vats.
无功功率来自电机、电容器和电抗器。
12.
Novel Method for Current Transformer Saturation Countermeasure Based on the Ratio of Differential Current and Restraint Current
基于差动电流与制动电流比值的抗电流互感器饱和新方法
13.
saturation transfer ESR
饱和转移电子自旋共振
14.
The basic structure and the principle of controlled saturable reactor were described.
概述了磁饱和式可控电抗器的基本结构和工作原理。
15.
The parameter selection and design of the saturable reactor for HV motor start are introduced. The examples are presented.
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。
16.
Application of Constant Power Factor Control of Controlled Magnetic Saturation Reactor to Dynamic Reactive Compensation
磁饱和式可控电抗器的恒功率因数控制在动态无功补偿中的应用
17.
Novel Antiwindup PI Controller for Induction Machine Drive Systems
新型抗饱和PI控制器及其在异步电动机调速系统中的应用
18.
Research on Transformer Differential Protection with New Anti-CT Saturation Principle;
新型抗TA饱和变压器差动保护研究