synchronous switch

英 [ˈsɪŋkrənəs swɪtʃ] 美 [ˈsɪŋkrənəs swɪtʃ]

网络  同步开关

电力



双语例句

  1. Study on the Synchronous Switch of Filter of Gaoling Back to Back Converter Station All-Optical SOA-Based Microwave Filter with Passband and Stopband Interchanged
    高岭换流站滤波器组同步投切技术研究基于半导体光放大器的通带与阻带相互切换的全光微波滤波器
  2. Synchronous Discharge Characteristics of Multi Gap Multi Channel Gas Switch
    多级多通道气体火花开关的同步放电特性
  3. Study on Soft Swith Full Bridge with Current Doubler and Synchronous Rectifier Novel Interleaving Double Switch Forward Soft Switching Converter
    全桥倍流同步整流软开关变换器研究新型交错并联双管正激软开关变换器
  4. High repetition rate and synchronous multi-pulse generated by magnetic switch
    用磁开关产生重复频率多路同步高压脉冲
  5. The traditional motor on the modern automobile is mainly the direct current motor ( DCM), the alternating current motor ( ACM), the permanent magnetism synchronous motor ( PMSM) and the switch magnetic resistance motor ( SRM).
    现代汽车上的传统电机主要是直流电机、交流电机、永磁同步电机和开关磁阻电机。
  6. Synchronous Buck Switch Mode Power Supply for Driving a LED Array
    驱动LED阵列的同步降压开关电源
  7. The paper proposes a design of water supply system using Fuzzy control and synchronous switch.
    本文将模糊控制和同步切换控制应用于供水系统。
  8. Principle and realization of video and audio synchronous matrix switch
    视频音频同步切换控制电路原理及实现
  9. As one of the important electrical equipment the intelligent synchronous switch controls and protects power system. The reliability and intelligence degree of intelligent synchronous switch greatly influence the stabilization and automation degree of power system.
    智能同步开关作为电力系统中重要的电气设备之一,起着控制和保护作用,其可靠性和智能化水平对电力系统的稳定运行和自动化程度将产生深远的影响。
  10. By using the synchronous switch to substitute the Schottky diodes, the efficiency of the chip has been enhanced greatly.
    设计采用同步整流技术,避免了肖特基二极管的使用,大大提高了芯片的工作效率;
  11. The author designed the logic circuit to control the synchronous& asynchronous signal switch and other logics used by FPGA, realized the data exchange between the host computer and Smart-Communication Board used by the Dual-Ported RAM, and finally designed a high-speed Smart-Communication Board.
    设计中用FPGA来实现同异步的转换以及逻辑控制电路,并用双口RAM来实现上位机与智能通信板的数据交换,设计出一种高速的智能通信板。
  12. The Control System of Intelligent Synchronous Vacuum Switch Base on MSP430
    基于MSP430单片机的智能同步开关控制系统
  13. The paper analyzes the domestic and overseas actuality of intelligent synchronous switch, illuminates the concept of intelligence and gives the analysis of working principle of intelligent synchronous switch.
    论文中对目前智能同步开关的现状和国内外发展趋势进行了分析,提出并阐述了同步开关智能化的概念,详尽地分析了智能同步开关的工作原理。
  14. In the synchronous 'model, based on the idea of polygonal flux linkage locus, by means of constructing the switch state period table of three phrase voltage inverter is required.
    在同步方式下,基于多边形磁链轨迹法的思想,用作图法求得三相电压型逆变器的PWM波形序列;
  15. According to the market's demand, the paper researches the software and hardware realization of synchronous switch.
    论文根据市场的需求,研究了同步配电开关的软、硬件实现方案。
  16. This paper describes an experimental circuit with synchro-counterpulsation. The R wave is used as a triggering signal of synchronous switch.
    本文介绍了一种同步反搏实验电路,利用R波作为同步开关的触发信号,用QT间期作为收缩和舒张的时间间隔。
  17. Based on detailed analysis of system arithmetic and switch theory, the paper discusses the pivotal technology of intelligent synchronous switch and brings up correlative arithmetic including zero detecting of current and voltage, time compensating of switch action and system monitoring of electrical parameters.
    本论文在对智能同步开关系统算法及分合理论详细分析的基础上,讨论了智能同步开关的关键性技术,提出了电压电流过零检测差值、开关动作时间补偿以及电参数监控等算法。
  18. The experimental results indicate that this switching device can better achieve the synchronous switch mode control from the inverter power to power supply with the smooth current, simple structure in switching device and high working reliability.
    实验结果表明:该切换器较好地实现了由变频电源到工频电源的同步切换,切换电流平滑,且切换器结构简单,工作可靠。
  19. Direct thrust control for interior permanent magnet linear synchronous motor ( IPMLSM) with hysteresis causes notable thrust as well as flux and current pulses during steady-state operation or with uncertain switch frequency.
    直线永磁同步电机直接推力滞环控制,导致开关频率不定及稳态运行时会有明显的推力和磁链脉动产生。
  20. We build a synchronous rectifying switch power IC with high efficiency and good load characteristic following the requirements of the battery-powered portable equipments.
    并具有良好大信号特性,以满足CPU、DSP和闪存等模块要求。根据电池供电便携式设备的要求,本论文设计了一款高效率、良好负载特性的双模式同步降压型开关电源IC。
  21. Synchronous interruption of short circuit currents can increase the actual interrupting capacity and electrical lifetime of vacuum switch.
    短路电流的同步开断可以大大提高真空开关的实际开断能力,延长其电寿命。
  22. Application of Megahertz Synchronous Switch Battery Charger
    兆赫同步开关电池充电器的应用
  23. By analysing characteristics of synchronous rectification BUCK type can be realized by improving common PWM controller, it raises the efficiency of the switch circuit, and is applicable to high voltage system.
    通过对同步整流技术特点的分析,在普通PWM控制器基础上进行改进就可以实现BUCK型同步整流,提高开关电路的效率,并能适用于高电压系统。
  24. Open loop voltage stabilization is a new concept based on the synchronous switch power conversion.
    开环稳压是基于同步开关功率变换而提出的新概念。
  25. Intelligent synchronous high voltage switch can be utilized to minimize the switching overvoltages and high inrush currents in power systems, as well as to improve the overall power quality.
    高压智能同步开关技术是有效抑制电力系统操作过电压和涌流以及全面提高电能质量的关键技术。
  26. MCU Synchronous Switch in Teleconferencing System
    会议电视系统中MCU的同步交换
  27. Research on Current-Double-Synchronous-Rectifier in Switch Mode Power Supply
    开关电源倍流同步整流器的研究
  28. In the way of three pieces of SRAM working in harmony and cooperating with continuous adderss sequence and synchronous clock, it outputs a sequence which stimulation and response can switch at any time.
    这三片SRAM配合连续地址序列和同步时钟的方式,输出一个激励/响应可随时切换的数字激励响应序列。
  29. Firstly, based on the compares with the conventional spring or electromagnetic actuators, synchronous vacuum switch with permanent magnetic actuator ( PMA) and electronic control is proposed and some analysis of its control characteristic, control accuracy and reliability are performed.
    本文首先在比较中压系统传统的弹簧机构和电磁操动机构的基础上,对基于永磁操动机构和电子控制的真空开关的控制特性、控制精度和可靠性进行了分析。
  30. That introduction of the system can achieve synchronous optical switch protection, so as to greatly improve the availability of the transmission system.
    认为该系统的引入确实可以实现光路的同步切换保护,从而大大提高传输系统的可用性。