1.
Research about High Power Rectifier Diagnosis System
大功率整流装置故障诊断系统的研究
2.
High-power Rectifier on Self-tuning Fuzzy Adaptive Control
大功率整流装置模糊自适应控制系统
3.
Study on the High Power Rectifying Set With Three Phase five Column Transformer
五柱变压器大功率整流装置的分析研究
4.
Application of Evaporative Cooling Technology in High Power Rectifier Devices
蒸发冷却技术在大功率整流装置中的应用
5.
Design Principle and Infection Factor of Main Circuit in High Power Rectifier Device
大功率整流装置主电路设计的基本原则及要素
6.
To counter the harm of harmonic on power network, which is from rectifying unit with large power and other electron element, the common method of harness were summarized.
针对大功率整流装置及其他电子元件所产生的谐波对电网的危害,总结出治理谐波的常用方法。
7.
Design of SS7E Electric Locomotive Rectifier with High Power Element and Heat Pipe Radiator
SS7E型电力机车大功率元件热管散热整流装置设计
8.
Taking the double semi controlled circuit a an this paper introduces the working principle at high power rectifier devices.
以双桥串联可控整流电路为例，介绍了大功率可控整流装置的工作原理。
9.
Research and Design of Testing Platform for High-power HID Lamp Ballasts Device;
大功率HID灯镇流装置试验平台的研究与设计
10.
Research on Assembled Seal of Large-Scale Mixed Flow Pump under Transient Operation Condition;
大功率瞬态工作混流泵中组合密封装置的研究
11.
Power factor characteristics of the rectifier is introduced, and control methods for the conduction angles are analyzed.
介绍了整流装置的功率因数的特点，分析了导通角的控制方法。
12.
vibrating type automatic power factor regulator
振动式自动功率因数调整装置
13.
The cause of intermediate frequency power supply havig lower power factor was analyzed, and the way of improving the power factor of the controlled rectifying device was proposed.
分析了中频电源功率因数低的原因,提出了改善可控整流装置功率因数的方法。
14.
combined over-current and reverse power protection
过电流和逆功率联合保?装置
15.
Design and Research of Three-phase and High Power Charge and Discharge Device;
三相大功率充放电装置的设计与研究
16.
Harmonic Measuring and Controlling Apparatus Applicable for High-power Inverter
应用于大功率变频器的谐波测控装置
17.
Development of 6kVA High-power Integrated Electric Coal Drilling Device for Coalmine Use
6kVA大功率井下煤电钻综合装置的研制
18.
Design of An Automatic Transmission System Having An Arbitrary Power Flow Using the Automatic Power Flow Generation Algorithm
采用汽车功率流一般算法设计任意功率流的汽车变速装置(Ⅱ)