The response time is very important in determining the breakdown voltage.
响应时间对于确定击穿电压非常重要。
Sony has successfully pushed the liquid crystal molecules into a more vertical state, and improved the response time even though it requires less voltage passing through the molecules.
索尼已经成功地将液晶微粒推向更垂直的分子状态，提升了响应时间，却只要求更低的通过分子的电压。
Depending upon its size and voltage supply, a conventional switching solenoid valve will have an energisation response time of approximately 15 milli-seconds.
依据阀的大小和提供的电压，一个传统的开关电磁 阀对于一个得电动作的反应时间是15毫秒。
Compared to the LCD using two glass substrates, our new device exhibits a comparable contrast ratio (514:1), driving voltage, and response time because of good LC alignment.
良好的液晶取向性能使新器件的对比度(514：1)、驱动电压和响应时间都能够与双玻璃基板LCD相比拟。
If the time harmonic source is assumed to be constant voltage, the summed pulse propagation is the impulse response along the line.
若各频率成份之电源为定电压，则所得时域脉波即脉冲电压源在传输线上之脉冲响应。
The RC series circuit (linear time - invariant circuit)excited by the non - sine periodic voltage is analysed, both the transient response and the steady - state response of this circuit are obtained.
分析了非正弦周期电压作用下的RC串联电路（线性、非时变电路），得到了暂态响应分量和稳态响应分量。
A high voltage nanosecond pulse generator for calibrating voltage dividers with fast time response was constructed.
研制了一台高电压毫微秒脉冲发生器，它将用于标定快响应的分压器。
This paper analyzes operation process of high magnet conductive loop Ni Fe alloy coil under square wave voltage. By analysis, this kind of voltage sensor is proved to have fast response time.
分析了高导磁环形镍铁合金线圈在方波电压下的工作过程，论证了这种线圈构成的电压传感器有极快的响应时间；
The secondary voltage response is analysed, At the same time, the parameter of up pressure and recoil pressure and recoil pressure resistance method are discussed.
同时，讨论了影响上冲电压和反冲电压的多数以及对反冲电压的抑制措施。
The design method of the high voltage and the fast response time pulse transformer used in the condition of low load impedance was introduced.
介绍了工作于低阻抗负载下的高压大电流快响应脉冲变压器的一种设计方法。
Voltage clamping device with fast response time;
限压型零件，反应速度快；
Through a series of tests, studied the influences of the thickness of packed bed, voltage, in-flow, electrolytic time to the desulfurization rate, then analyzed the response principle of the react.
通过一系列试验，分析了填充床厚度、槽电压、进气流量、通电时间对脱硫率的影响，并且探讨了该反应的反应原理。
Through a series of tests, studied the influences of the thickness of packed bed, voltage, in-flow, electrolytic time to the desulfurization rate, then analyzed the response principle of the react.
通过一系列试验，分析了填充床厚度、槽电压、进气流量、通电时间对脱硫率的影响，并且探讨了该反应的反应原理。
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