The principle of bootstrap driving circuit for high voltage floating MOSFET and the internal circuit principle of high voltage driving IC are introduced.
介绍高压浮动MOSFET自举驱动电路的工作原理和高压驱动芯片的内部原理；讨论影响自举电容设计的各种因素，并给出自举电容的计算公式。
Organic electroluminescent devices have such advantages as low-voltage driving, high luminosity, high efficiency and large-area color display which can be realized.
有机电致发光器件具存低压驱动、高亮度、高效率以及能实现大面积彩色显示等优点。
Organic electroluminescent devices (OELD) have such advantages as low-voltage driving, high luminosity, high efficiency and large-area color display which can be realized.
有机电致发光(OELD)是近年来国际上的一个研究热点。有机电致发光器件具有低压驱动、高亮度、高效率以及能实现大面积彩色显示等优点。
The low-voltage driving circuit is adopted to drive a piezoelectric ceramic phase shifter to shift the phase of the reference beam, so as to make the instrument lighter, smaller and cheaper.
采用低压驱动电路驱动压电陶瓷相移器对参考光束进行相移，从而使仪器质量减轻、体积缩小、成本降低。
For capacitive sensing, driving signal with DC bias voltage and ac voltage is usually necessary for the measurement of capacitance.
对电容式加速度计，为测量其电容的变化，通常需要带直流偏置的交流电压信号来驱动。
The common and differential mode voltage produced by the PWM inverter can generate large common and differential current in the motor driving system.
由三相pwm逆变器产生的共模和差模电压可以在电机驱动中产生足够大的共模和差模电流。
Features include fast response, low driving voltage and low current consumption.
其功能包括快速响应，低驱动电压和低电流消耗。
In part of hardware design, voltage and current sampling circuit, IGBT driving circuit communication and man-machine interface circuit are designed.
在硬件设计中对电压、电流采样电路，IGBT驱动电路以及通讯和人机接口电路进行了设计。
This paper introduces the micro magnetometer and analyses the natural frequency and driving voltage of the sensor as well.
文中介绍了基于这一原理的微型磁强计，对传感器的固有频率和驱动电压进行了分析和计算。
It can reduce the driving voltage from 110 volts to 36 volts and reduce the number of components in the circuit without reducing the circuit performance.
在不影响电磁阀工作特性的情况下，将电磁阀驱动电压的高压部分由110伏降低到了36伏，并大量减少了电路元器件。
In this paper, quantitative analyses on the effects of driving signal with different bias voltage polarity are made for double-sided driving with voltage feedback.
文章中定量分析了带有电压反馈的双边驱动信号对器件特性的影响。
The results show that after triggering discharge, the wall charges can be varied by adjusting the driving waveform, and the high wall voltage can be obtained.
数值模拟结果表明，在放电期间恰当地调整电极上的驱动电位，可以改变介质层表面电荷积累，获得较高的壁电压。
The driving voltage is the major factor for shortening the closing time.
发现影响电磁阀关闭速度的主要因素是驱动电压的大小；
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。
The effects on the contrast of the LCLV projecting system, such as the LCLV driving signal voltage, frequency, duty cycle and the display screen illumination were analyzed.
分析了LCLV驱动信号的电压幅值、频率、占空比以及屏幕照度等诸多因素对投影系统对比度特性的影响。
The optimal settings can be incorporated into our driving scheme so that low voltage and current requirements can be met for very large scale integration(VLSI)implementation.
优化设置可以溶入我们的驱动方案中，使得低电压和低电流可以满足大规模集成（VLSI）的要求。
The overall hardware design scheme is performed, such as DSP 3. 3V power, voltage and current sampling module, IGBT driving circuit, I/O signal processor, fault detection module and COM circuit etc.
对系统硬件设计的DSP 3．3V电源的获取、电压电流采样模块、IGBT驱动、一般I／O信号的处理、故障监测和串口通信电路进行了研究分析。
This paper deals with the designing of driving voltage and current for IGBT, points out the problems that should be paid attention to in the protection of IGBT.
本文论述了IGBT的栅驱动电压和栅电流的设计，指出了对IGBT施加保护时要注意的问题。
The control device creates driving voltage output every time. One driving voltage has duration, called a pulse width.
控制仪每次输出一位的驱动电压，一个驱动电压持续时间，称为脉冲宽度。
A driving unit is connected to the first substrate and outputs a common voltage.
驱动单元连接到第一基板，并输出公共电压。
Electroosmotic pump is a liquid driving apparatus, which has its advantages of simplified equipment, non pulsing flow rate, large flow range and moderate working voltage etc.
电渗泵是一种液流驱动泵，具有装置简单、载流无脉动、流量范围大和驱动电压适中等优点。
The experimental data show that under different amplitudes, different frequencies and different repetition times of driving voltage, the modeling can accurately track the measuring values.
实验结果表明：在不同的电压驱动过程、不同的驱动电压频率以及不同的驱动循环次数下，模型均能够很好地跟踪实测值。
This paper is intended to improve the regular structure of driving circuits by an analysis of factors that cause instant power drop of voltage in the multiple output of digital IC chips.
通过分析数字集成芯片多输出中电源电压瞬间下降的原因，对常规驱动电路结构进行改进。
This paper introduces a design method and circuit of power supply with high voltage and high frequency response for driving capacitive load.
本文介绍了一种可带容性负载的高电压、高频响激励电源的设计方法及相应的实现电路。
The theoretical model of shear mode micro jet is established and the edge displacement under dynamic driving voltage is analyzed .
本论文建立了剪式微喷的结构理论模型，分析了在动态电压作用下端部的变形；
VCC power | VF LED voltage regulator, driving voltage, IF forward current.
VCC为电源|稳压器电压，VF为LED驱动电压，IF为顺向电流。
The driving device with output unit has the same value for the output resistance of different voltage level.
驱动装置结合有输出单元，其对于不同的电压电平的输出电阻具有相同的值。
In addition, the influence of the structural parameters to the driving voltage is discussed.
另外，讨论了各个静电驱动结构参数对驱动电压的影响。
In addition, the influence of the structural parameters to the driving voltage is discussed.
另外，讨论了各个静电驱动结构参数对驱动电压的影响。
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