1.
Through thedesign and analysis, a design scheme of the bus circuit detecting the third rail voltage is presented.
通过对检测母线电压的母线电路的设计和分析,提出了检测第三轨电压的母线电路设计方案。
2.
The linear sampling circuit of direct current bus and the hysteresis voltage comparator circuit are confirmed.
确定了直流母线电压线性采样电路以及迟滞电压比较电路。
3.
Analysis of secondary voltage loss caused by 220kV bus voltage switchover
220kV母线电压切换引起二次回路失压事故分析
4.
Reason Analysis of 35kV Section II Bus Potential Transformer Accident in a 330kV Substation
330kV某变电站35kVⅡ段母线电压互感器事故原因分析
5.
A SMES connected in parallel to a load can control the bus voltage. Figure 2 shows the SMES voltage compensation effect in a bus.
而与负荷并联的SMES还能控制母线电压,图2显示了SMES对母线电压的补偿作用。
6.
DC Link Voltage Control of a New Type of Series Voltage Sag Compensator
新型串联型电压跌落补偿装置的直流母线电压控制
7.
Cause Analysis and Elimination for Relatively Low Measured Value of the Voltage of 10 kV Bus
一起10kV母线电压测量值偏低的原因分析及排查
8.
He employs the generator bus voltages for control, in addition to the controlled capacitor and reactors.
除了用电容器和电抗器来控制之外,还用发电机母线电压来控制。
9.
No load tap ranges should be selected to provide an adequate low-side bus voltage.
无载分接范围选择应能提供正确的低压侧母线电压。
10.
Study of the Voltage Stability of Inverter AC Bus in HVDC System and the Influence of Load Characteristic;
高压直流系统逆变端交流母线电压稳定性及负荷特性影响的研究
11.
This design facilitates voltage control of a transmission bus.
此设计使输电母线易于电压控制。
12.
REPAIR CCD BUS WIRE SHOT TO VOLTAG
修理ＣＣＤ母线电缆(−)与电压的短路。＊
13.
MEASURE BETWEEN CCD BUS & 5 VOLT SUPPLY CKT
在ＣＣＤ母线与５伏电压供应电路间测量
14.
On the Installing of High-voltage Shunt Reactor on 500 kV Substation Busbar
500kV变电站母线加装高压并联电抗器
15.
Study of Microcomputer-Based Bus Protection Suit for MV or LV Power System;
中、低压电网母线微机保护装置研究
16.
The Real-time Discrimination of the Main-bus Reactive Power-voltage Static Characteristics;
母线无功——电压静态特性的实时辨识
17.
Analysis of 220 kV bus voltage failure in Jixian substation
蓟县变电站220kV母线失压事故分析
18.
Measurement of Medium and High-Voltage System Bus Current Based on Rogowski Coil
基于Rogowski线圈的中高压系统母线电流的测量