1.
The capacitance of a line has two related voltage effects.
线路电容对线路电压有两个影响。
2.
One is the rise in voltage along the line resulting form the capacitive current of the line flowing through the line inductance.
一个影响是由于线路电容电流流过线路电感引起的电压沿线路升高,
3.
The second effect is the rise in voltage resulting from the capacitive current of the line flowing through the source (generator) impedance.
第二个影响是线路电容电流流过电源,阻抗引起的电压升高。
4.
Application of Technology of Capacity Increasing for Transmission Lines in Nanping Power Network
输电线路增容技术在南平电网的应用
5.
Research on Dynamic Capacity-increase Monitoring Technology of Transmission Lines;
输电线路输电容量动态增容监测技术的研究
6.
A New Circuit of small Capacity Dc drive with SCR Power Supply
小容量直流拖动可控硅供电的新线路
7.
Study on Raising Transmission Capacity of Overhead Transmission Line in Guangdong Power Grid
提高广东架空送电线路输送容量研究
8.
Capacitance/Voltage Transmitter IC with Linear Transfer Function
电容式信号线性转换电压输出的应用电路CAV444
9.
Dynamic Capacity Increase Technique for Overhead Transmission Line Based On-line Sag Monitoring;
基于弧垂在线检测的输电线路动态增容技术
10.
Selection and Application of New Type Conductors for Increasing Capacities of Transmission Lines in Large Cities
大城市输电线路增容工程中新型导线选择应用
11.
Conductor Selection for ±500 kV Jiyang Large Crossing Transmission Line Upgrading
±500kV吉阳大跨越输电线路增容改造导线选择
12.
The insulating materials cause the capacitance and therefore the reactance of the line to become very large.
绝缘材料也产生电容，所以线路的电抗变得很大。
13.
A High Linear Interface Circuit for Micro Machined Differential－capacitance Type Accelerometer
高线性微机械差分电容式加速度计测量电路
14.
Optimal Planning of Shunt Capacitor Based Reactive Power Compensation for Arborescent Distribution Feeders;
树状配电线路并联电容器无功补偿优化规划
15.
Research on Distance Protection of Transmission Lines with Series Compensation Capacitor;
具有串补电容输电线路距离保护的研究
16.
The Affection of PCB Layout Technology to EMC;
印刷电路板布线技术对电磁兼容性的影响
17.
Design of the ZPW-2000A Non-insulated Track Circuit Compensation Capacitance
客运专线ZPW-2000A无绝缘轨道电路补偿电容的设置
18.
Application of transmission lines capacity boosting technology in Chongming grid
输电线路增容技术在崇明电网的实际应用