exciting circuit

英 [ɪkˈsaɪtɪŋ ˈsɜːkɪt] 美 [ɪkˈsaɪtɪŋ ˈsɜːrkɪt]

网络  励磁电路; 激磁电路; 激励电路

电力



双语例句

  1. Not only AC exciting circuit and impulse exciting circuit are designed and analyzed, but also flexible exciting circuit is built, iv.
    进行了交流励磁电路与脉冲励磁电路的设计与分析,搭建了可以灵活调整的励磁电路。
  2. The University of Sydney, University of NSW and Perceptia Devices Australia will offer an exciting opportunity in advanced, high speed circuit design to only two of the most qualified PhD candidates.
    悉尼大学,新南威尔士大学和澳大利亚Percpetia设备公司,将为两个最优秀博士生提供一次在高速电路设计领域的绝佳学习机会。
  3. Analysis of the mixing characteristic in static mixers with different axial-arrangements of twisted-leaves POSITION SENSOR PRINCIPLE AND AXIAL EXCITING COIL EMF OF AXIAL AND RACIAL AIR GAP HYBRID MAGNET CIRCUIT MULTI-COUPLING MOTOR
    旋流叶片轴向排列对静态混合器混合特性的影响轴径向气隙混合磁路多边耦合电机轴向励磁绕组的反电势及其位置传感器机理
  4. Its structure, the working mechanism and their applications are introduced. POSITION SENSOR PRINCIPLE AND AXIAL EXCITING COIL EMF OF AXIAL AND RACIAL AIR GAP HYBRID MAGNET CIRCUIT MULTI-COUPLING MOTOR
    本文介绍了此类传感器结构和混合电势传感器的工作原理和应用。轴径向气隙混合磁路多边耦合电机轴向励磁绕组的反电势及其位置传感器机理
  5. The External Bridge Exciting Circuit of Parallel Inverter Source
    并联逆变电源的外桥自激启动电路
  6. Analysis of exciting circuit of direct current motor drive for cor-lung resuscitator outside the body
    体外心肺复苏器拖动系统直流激磁电路分析
  7. According to the fault of charge indicating lamp always being on or flashing, it systematically analyses its induction output circuit and exciting circuit and affords the fault testing procedures.
    针对标致汽车行驶中充电指示灯常亮或微微闪动的故障,从感应输出电路、激磁电路进行系统分析,并提出检查故障的步骤。
  8. According to peculiarity of rare earth permanent magnet synchronous generator with radial exciting structure, the thesis analyzes and researches its computation method of magnetic circuit and armature reaction. It designs and calculates characteristic of the machine by use of vector diagram.
    从径向激磁结构的稀土永磁同步发电机的特点出发,分析研究了其磁路和电枢反应计算方法,并运用矢量图进行设计求解。
  9. The system uses a configuration of a single light source, dual light-paths to process the measured signals and reference signals simultaneously, applying a cylindrical optical fiber probe designed for exciting and probing fluorescence, and the corresponding signal processing circuit, and realizing the digital management.
    该系统采用单光源、双光路结构,能够对测量信号和参考信号同时进行处理。采用所设计的筒式光纤探头激发并探测荧光,设计了相应的信号处理电路,实现了计算机管理。
  10. The merits and demerits of exciting circuit of direct current motor drive suppled by semiwave rectifiers for ocr-lung resuscitator have been analysed proceeding on the basis of its ripple and operation and a fullwave rectifier supply circuit is proposed to meet the requirement.
    从脉动和运行性能方面分析了体外心肺复苏器拖动系统半波供电的直流激磁电路的优缺点,指出应改为全波整流供电的必要性。
  11. This paper provides a new exciting circuit one or two points earth fault protection based on switchable sampling principle.
    提出一种新的切换采样原理的励磁回路一点接地和两点接地微机保护。
  12. Optimization single electrode current exciting mode of ERT system is brought forward, including the simulation of the influence of external resistance on sensing field, the analysis of soft field feature and the optimization of hardware circuit design.
    基于单电极电流激励模式的ERT系统设计提出了优化措施,主要包括:外接电阻对敏感场影响的仿真研究、软场特性分析、硬件电路设计的优化。
  13. Exciting circuit retrofitting of Jingmen thermal power plant unit 4
    荆门热电厂4号机励磁回路技术改造
  14. Magnetizing technology in magnetic nondestructive testing is discussed including the magnetizing of the part tested, choice of field intensity, exciting circuit analysis and optimized design of magnetizer.
    论述了磁性无损检测技术中磁化被测构件的方法、磁化场强度的选择、励磁磁路分析以及磁化器的优化设计等问题。
  15. In the method the mechanical movement, eddy currents, exciting electric circuit and nonlinear problem of the magnetic material are taken into account.
    在这方法中,对机械运动、涡流、激磁电路和磁性材料的非线性问题进行了综合考虑。
  16. Imperfections of fail-safe exciting circuit of DF_4 locomotive and its improvement
    DF4型机车故障励磁电路存在的问题及改进措施
  17. The eddy current sensor used in this system is designed according to the measuring distance principle of the eddy current and it is composed of inductive probe and exciting circuit.
    系统使用的电涡流传感器是依据电涡流测距原理设计的。
  18. The whole processes that the control module coordinately controls the exciting circuit, and accomplishes excitation are elucidated concisely.
    简要地对控制模块协调控制励磁电路,完成励磁全过程进行说明。
  19. In order to realize this purpose, we must regulate the exciting circuit of generator any time according to the magnitude and property of the load.
    要实现这个目的,就必须根据负载的大小和性质随时调节发电机的励磁电流。
  20. Mri: its value in diagnosing EMF position sensor principle and axial exciting coil EMF of axial and racial air gap hybrid magnet circuit multi-coupling motor
    磁共振成像对心内膜心肌纤维化症的诊断价值轴径向气隙混合磁路多边耦合电机轴向励磁绕组的反电势及其位置传感器机理
  21. Exciting magnetism, multi-band, band-pass amplifier, phase-sensitive detector, the part of integral and feedback and compensation of temperature and so on comprise the design of circuit.
    电路设计则由激磁和倍频、选频放大、相敏检波和积分环节、反馈环节及温度补偿等电路组成。
  22. The fluxgate signal processing circuit is formed by fluxgate exciting circuit, band-pass amplifier, phase-sensitive detector, integrals tache, feedback tache. And the circuit realizes conversion of the environment magnetic field strength signal to the voltage signal.
    电路系统采用闭环控制,磁通门信号处理电路由磁通门激磁电源电路、选频放大器、相敏检波器、积分环节、反馈环节组成,实现了将环境磁场强度信号与电压信号转换。
  23. The principles, performance and characteristics of the exciting conductive plate, made of magnetic or non-magnetic materials, are illustrated in this paper. Analysis of the magnetic circuit and design of the structure are described.
    文中介绍了对导电(磁性或非磁性)试件激振的工作原理和性能特点,叙述了该激振器的结构设计和磁路分析。
  24. The action correctness of the instantaneous over-current relay of exciting transformer and the generator-transformer differential protection ( 287GMT) was verified by the short circuit current calculation.
    通过计算短路电流,证明了励磁变压器过流速断保护和发变组大差保护(287GMT)动作的正确性。
  25. The electromagnetic relation and exciting parameters of transformer are analysed. An another form of transformer equivalent circuit is proposed and is compared with present equivalent circuit.
    分析了变压器的电磁关系及励磁参数,提出了变压器的等效电路另一形式,并且与现用的等效电路进行比较。
  26. By coupled with the external circuit, the voltage source is series connected in the exciting winding to realize the abrupt change of current at the moment of sudden short circuit.
    在短路的瞬间,通过与外电路耦合,在励磁绕组中串入恒定电压源来实现绕组电流的突变。
  27. Second, design a square waveform exciting circuit with high accuracy and low power consumption, and the environment has low influence on the result of the A/ D conversion. So the stability of measure system is improved.
    其次,设计了频率可控、低功耗、抗干扰能力强、外界环境对A/D转换结果影响小的高精度激磁电路,提高了流量测量的稳定性。
  28. The ionization impedance of the exciting channel of plasma-column antenna was calculated based on the VSWR calculation for different applied RF power. Then an impedance matching electro circuit of this channel was designed, which made the VSWR always less than 2 for different applied power. 4.
    采用驻波比推算法测量了不同激励功率条件下等离子体激励通道电离阻抗,设计完成的激励通道匹配电路满足不同激励功率条件下驻波比小于2。