1.
rated lightning impulse withstand voltage
额定雷电冲击耐受电压
2.
Analysis of Lightning Shielding Failure Proof Level of UHV Transmission Lines Considering Corona Influences
冲击电晕对特高压输电线路绕击耐雷水平的影响分析
3.
This voltage has some assumed value of impulse current through it, plus an additional voltage related to the distance between the arrester and that point.
此电压值为设定冲击电流流过避雷器时的电压,再加上避雷器与该点间距离所相关的附加电压。
4.
Study on Lightning Protection Performance of Transmission Lines with Corona
考虑冲击电晕的输电线路耐雷性能研究
5.
Surge protectors. Type of surge protector can be specified.
冲击电压保护器。可指定冲击电压保护器的类型。
6.
Guide to the lightning impulse and switching impulse testing of power transformers and reactors
GB/T7449-1987电力变压器和电抗器的雷电冲击和操作冲击试验导则
7.
Surges (Lightning or Switching Surges).
冲击(雷电冲击或操作冲击)。
8.
full-wave voltage impulse
(避雷器的) 全波电压电击
9.
Selection of the Rated Voltage of the Gapless ZnO Lightning Arresters in 10 kV Power System
10kV电力系统无间隙ZnO避雷器额定电压选择
10.
Analysis and Parameter Discussion on Lightning Impulse Test Wave of UHV GIS Equipment
特高压GIS设备雷电冲击试验波形及参数探讨
11.
Partial Discharge Measurement and Analysis of Gap in Oil-Paper Insulation Model under Lightning Impulse Voltage
雷电冲击电压下油纸绝缘气隙模型的局部放电测量与分析
12.
This means that arrester rating is 100% of the system line-to-line voltage.
这表明避雷器的额定值为系统线电压的100％。
13.
Safety use of capacitor must be within the rated voltage(or category voltage)and the permissible current.
电容器安全使用条件不仅受额定电压(或类别电压)的限制,而且受额定电流的限制。
14.
Densification and Surge Current Performance of SnO_2-Sb_2O_3 Based Varistor Ceramics
SnO_2-Sb_2O_3基压敏陶瓷致密化及脉冲电流耐受特性
15.
The Differentiation of Lightning Shielding Failure and Back Flashover on High-Voltage Transmission Line;
高压输电线路雷电绕击、反击的识别
16.
As the dotted linen showed in Fig2, the grounding end of the disconnector should should has the rapidly operation characteristic,withand current impulse duty without working.
为此达到目的，脱离器必须具有快速动作的特性和耐受规定电流冲击和动作负载的能力。
17.
Calculation of Impulse Voltage Distribution ?in EHV Potential Transformer Windings
超高压电压互感器冲击电压分布计算
18.
efficiency of impulse voltage generator
冲击电压发生器效率