击穿破坏电压是交流瓷介电容器最主要的技术参数，也是最难解决的技术难题。
Breakdown voltage is not only a key characteristic of ac ceramic capacitors, but also the most difficult technical barrier.
在高技术集中的地区，如硅谷，供电质量将是优先考虑的重点，因为电压冲击及短时中断可能造成严重破坏。
In areas with high-tech clusters, such as Silicon Valley, the quality of power is a priority, because of the damage voltage surges and brief interruptions can cause.
电力电容器缺油会在较低电压下产生持续局部放电，最终破坏电容器。
The partial discharge can be generated continuously in the short oil capacitor under lower voltage, which finally leads to the damage of capacitor.
直流电压破坏系统的动力学对称性，并对动态局域化产生影响。
The DC field breaks the dynamic symmetry of the system and affects the dynamic localization.
高压单芯电缆的接地系统一旦被破坏，在其电缆金属护层上会产生高值悬浮电压而引发严重后果。
Once the grounding system of HV single-core cable is broken, high floating voltage will appear on its metal sheath, thus causes serious consequence.
氧化锌压敏电阻器的主要功能是探测和抑制反复出现的浪涌电压及过电压而自身不会破坏。
The major function of variators of ZnO is to detect and suppress surge voltage and over voltage without destroying themselves.
反向极性保护防止了一对电源电压极性反转传感器的破坏。
The reverse polarity protection prevents destruction of the sensor by a reversal of the polarity of the voltage supply.
本机在测试导体或各种材料耐电压破坏强度，以确保绝缘材料使用之安全性。
This tester is to test the damaged degree of conductor or various materials of insulator caused by the specified voltage to ensure the security of usage of insulating material.
分析了矿山供电系统的特点，对电压稳定性、系统的稳定裕度及防止发生电压稳定破坏的措施进行了阐述。
The characteristics of mine power system, voltage stability and system stability margin were analyzed and the measures of preventing vlotage stability from destruction were set forth.
自愈式低电压并联电容器在电网中被广泛使用，为了考核其在电网中运行的可靠性，对其进行破坏试验是十分必要的。
Self-healing low-voltage shunt capacitor is widely used in network, to check its reliability in network operation, it is very necessary for destruction test.
与电压测量不同，电荷测量可能是破坏性测量，换言之，进行测量的过程可能会消除被测器件中储存的电荷。
Unlike a voltage measurement, a charge measurement can be a destructive measurement. In other words, the process of making the measurement may remove the charge stored in the device under test.
本文针对电压稳定性破坏进行了详细的分析。同时，探讨了电压稳定性的分类以及电压稳定性的机理分析。
Voltage stability damage is analyzed in detail, meanwhile, the classification of the voltage stability and analyses of voltage stability mechanism are discussed.
这种晶体管的阈值电压窗口约17伏，且具有不破坏的读出特性。
Threshold voltage window is approx 17V, and this transistor has nondestructive readout characteristic.
当有电荷泵效应存在时，浮置扩散放大器就不是非破坏性电压读出。
With such an effect, floating diffusion amplifier can not be taken as a nondestructive voltage sensor of a signal.
断线过电压一般发生在配网中，与配网导线较细、杆塔较低、宜受外力破坏有关。
Broken wire overvoltage usually happens in distribution power grid because the wires in such grid are easily damaged by outer forces due to the thinner conductors and lower wire pole.
尽管此类电涌所发生的电流和电压要比ANSI或IEC的仿真电涌(发生几率)要低，但它们有着特殊的破坏性。
Although the voltages and currents associated with this type surge are much lower than the types of surges modeled by ANSI or IEC, they have a particularly destructive quality of their own.
该武器能在很短时间内产生高能脉冲，并进而产生瞬间数千伏电压聚增以破坏半导体设备。
This weapon generates a very short, intense energy pulse producing a transient surge of thousands of volts that kills semiconductor devices.
分析了外力破坏，配电网闪络、配电网过电压等因素对配电网可靠性的影响。
This paper analyzes the factor of external destroy, distribution network flash, distribution network excess voltage influencing reliability of distribution network.
为此，提出了新的控制策略，该控制策略通过检测并消除指令中的零序分量，以破坏无零序电流回路系统的零序电压正反馈条件，消除DVR注入零序电压的不良影响。
So a new control strategy is proposed to detect and suppress the influence of zero sequence component injected by DVR. Simulation results show that the proposed strategy is co…
为此，提出了新的控制策略，该控制策略通过检测并消除指令中的零序分量，以破坏无零序电流回路系统的零序电压正反馈条件，消除DVR注入零序电压的不良影响。
So a new control strategy is proposed to detect and suppress the influence of zero sequence component injected by DVR. Simulation results show that the proposed strategy is co…
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