其中驻波超声波电机具有驱动和控制电路简单，转速平稳，波动较小等突出优点。
Standing wave ultrasonic motors have many outstanding features for simple drive and control circuit, stationary speed of rotation, smaller undulation, etc.
负责散热控制、电源和驱动的灯管控制电路会变得更为复杂。
Heat management, power supply, and drivers-the bulbs' controlling circuit boards-get more complex.
根据有机发光二极管(OLED)的特性，利用解码模块和FPGA控制模块，设计oled视频动态图像驱动控制电路。
Based on the characters of organic light emitting display (OLED), an OLED controlled display circuit is designed utilizing decode module and controlling circuit by FPGA.
每个器件都有一个八位CMOS移位寄存器和CMOS控制电路，八个CMOS数据锁存，八个双极电流吸收达林顿输出驱动器。
Each device has an eight-bit CMOS shift register and CMOS control circuitry, eight CMOS data latches, and eight bipolar current-sinking Darlington output drivers.
控制电路控制所述驱动单元、第一强度调节单元和第二强度调节单元的操作。
A control circuit controls the operation of the drive unit, the first intensity adjustment unit and the second intensity adjustment unit.
文中对所研制的焊接磁搅拌装置的主电路、控制电路、驱动电路进行了研究和设计。
The main circuit, control circuit and driving circuit of the developed device was studied and designed in the paper.
电磁感应加热电路设计包括功率电路、控制电路、振荡和驱动电路等单元，阐述系统的电路设计。
Electromagnetic induction heating circuit design includes power circuit, control circuit, oscillations and driving circuit modules expounded on the circuit design.
为防止功率管开关过程中对控制电路造成干扰，采用光电隔离的方法实现驱动电路和控制电路的隔离。
To prevent the control disturbance in the process of MOSFETs on-offs, Optoisolator circuit has been used to realize the isolation of the driving circuit and the control circuit.
第三章详细介绍了软起动控制器的硬件设计，包括主电路、控制电路、驱动保护回路和辅助开关电源电路的分析和设计。
The third chapter mainly introduces the hardware design of soft starter, including the main circuit, control circuit, drive circuit, and protect circuit and auxiliary switched power design.
其主电路采用了独立式RC脉冲放电回路，控制电路则通过8051单片机和TC4427高速MOSFET驱动器完成对主电路的控制。
Main circuit uses independent RC pulse generator and control circuit can control the main circuit based on 8051 single chip microcomputer and TC4427 high-speed power MOSFET driver.
本文运用IGBT逆变及相关技术设计并实现了X射线探伤机控制器的主电路、驱动电路和控制电路。
The main circuit and driving circuit of X-ray detection machine controller are designed by use of IGBT inverter and related technology.
所述存储器装置包括M个正规字线驱动器、虚设字线驱动器、存储器阵列、N个读出放大器和时序控制电路。
The memory device includes M normal word line drivers, a dummy word line driver, a memory array, N sense amplifiers, and a timing control circuit.
由程序综合的控制电路以PW M控制和ZVS控制为目标，并由时钟同步，实现了对驱动波形的控制。
The latter takes PWM (Pulse-Width Modulation) control and ZVS control as its target, synchronizes with clock to realized its driven waveform. In addition, adaptive dead-time control is analyzed.
文中对激光供电方案中所需的关键器件激光器（LD）、光电转换的工作特性做了详细的描述，对激光器的驱动电路、保护电路和温度控制电路做了深入的研究。
This paper describes the working characteristics of the key apparatus LD and optoelectric conversion, and deeply researches the drive circuit, protection circuit and temperature controlled circuit.
设计了步进电机驱动应用电路和单片机控制电路，并编写单片机程序，完成与上位机通信。
Designed stepper motor driver application circuit and Single Chip Microcomputer control circuit, and compiled the SCM procedures, finished to communicate with the upper computer.
单片机对所采集的电压和电流信号进行判断和分析，然后输出控制信号驱动开关控制电路和分流电路。
Signal acquisition part obtains voltage and current signals. The MCU uses these signals to control switches control section and balanced circuit.
该系统采用RS- 232通信标准，通过以89c51和89c 2051为核心的控制电路和后续驱动电路，得到了LED显示屏多种显示方式和状态。
It used RS-232 communication criteria. Through controlling circuit with 89c51 and 89c2051 as the core and back driving circuit, LED screen's various displaying mode and state is displayed.
选择了反激式开关电源作为高压电源的主电路，并以555脉冲控制电路和反激式驱动电路作为辅助电路。
The flyback mode switch power supply is chosen as the main circuit of the high voltage power in the paper with 555 pulse control circuit and flyback drive circuit.
设计实现了基于差分后谐波检测的微弱信号处理电路、前置放大电路、差分电路、调制电路和光源温度控制电路及电流驱动电路等。
The circuit of Photoelectricity Weak Signal Detection, preamplifier circuit, difference circuit, modulation circuit, optical source thermal control and current drive circuit etc. are designed.
提出了一种新颖的移相控制零电压开关三电平变换器，分析了该变换器的工作原理，并给出了移相控制电路和驱动电路。
This paper proposes a novel phase-shifted zero-voltage-switch three-level converter. The operation principle of this converter is analyzed, and its phase-shifted circuit and drive circuit are given.
采用脉宽调制（PWM ）技术发生脉冲信号，设计了控制电路和IGBT驱动保护电路，研制了专用脉冲电源。
The special pulse power supply is researched and manufactured. The PWM is adopted to produce pulse signal.
采用脉宽调制（PWM ）技术发生脉冲信号，设计了控制电路和IGBT驱动保护电路，研制了专用脉冲电源。
The special pulse power supply is researched and manufactured. The PWM is adopted to produce pulse signal.
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