coupling transformer

英 [ˈkʌplɪŋ trænsˈfɔːmə(r)] 美 [ˈkʌplɪŋ trænsˈfɔːrmər]

把…耦联起来

电力



双语例句

  1. Power Distribution Grid; Coupling Transformer; Line Loss; Power Supply Reliability.
    配网;低压互联;线损;供电可靠性。
  2. Analysis of Electromagnetic-circuit Coupling Field of Voltage Transformer with ANSYS
    基于ANSYS的电压互感器磁路耦合分析
  3. Research on Coupling performance of Detachable Transformer in Contactless Electrical Energy Transmission System
    无接触电能传输系统可分离变压器耦合性能研究
  4. Phase Conversion Analysis of Three-Phase Bridge Rectifier Circuit Based on Electromagnetic Coupling Transient Transformer Model
    基于变压器电磁耦合瞬态模型的三相桥式整流电路的换相分析
  5. Therefore, a configuration principle on the backup protection of system coupling transformer is presented in this paper which can shorten its operating time, enlarge its operating range and improve the operating reliability of the power network.
    因此,就此问题,介绍了有关系统联络变压器后备保护的配置设想,可缩短保护动作的时间,增加了保护的动作范围,大大提高了电网安全运行的可靠性。
  6. When electric power coupling transformer at input current is less than rated value, public winding can be also overload.
    电力自耦变压器在其输入电流均小于额定值时,其公共绕组也可能过负荷。
  7. The influence of the value of DC capacitor and reactance and turn ratio of coupling transformer on the characteristics of SSSC is preliminarily analyzed.
    同时对直流电容取值及耦合变压器电抗和变比对SSSC特性的影响进行了初步分析。
  8. Symmetry Temperature Compensation Applied in Photoelectric Coupling Current Transformer
    对称温度补偿在光电混合式电流互感器中的应用
  9. The coupling coefficient of transformer relates the transforming efficiency.
    变压器的耦合系数决定着变压器传递效率。
  10. The method is simple and effective; it can be used to constructed the wide frequency models for the transfer function of the coupling capacitor voltage transformer ( CCVT) as well.
    该方法简单有效,同时,它还可以用来建立电容式电压互感器(CCVT)的宽频传输模型。
  11. Analysis of Electromagnetic Coupling Field of Large Current Transformer under Testing Condition
    大电流互感器试验时的电磁耦合场分析
  12. In this case, the coupling coefficient of the transformer with magnetic core is up to 0.88.Compared with air-core transformer of the same size, its coupling coefficient increases 10%.
    设计的高功率带绕式脉冲变压器耦合系数可达0.88,与相同结构尺寸的带绕式空芯脉冲变压器相比,耦合系数提高10%。
  13. A measuring method of equivalent disturbing current by means of an R-C network or coupling coils with a current transformer was worked out and the principles of main parameter selection and the results were also given.
    还提出了用R-C网络或互感线圈及电流互感器来测量等效干扰电流的方法。给出了主要参数的选择原则及选择结果。
  14. The Application of the Dendritic Structure in the Coupling Transformer
    耦合变压器在树状网络结构中的应用
  15. The function of boost voltage phase angle of coupling transformer, a potential control variable in power system, is analyzed.
    本文着重分析电力系统中联络变压器附加电势相位角这一尚未引起人们注意的控制变量在电压&无功功率优化中的控制作用;
  16. Based on it, several parameters which influence the system quality are studied, especially for the APF and the coupling transformer.
    在此基础上,分析了影响有源电力滤波器补偿性能的几个系统参数,特别对有源电力滤波器与系统联结时所用耦合变压器的特点进行了分析。
  17. This paper introduces the single-winding coupling transformer serving as an insulating element between the preamplifier and the main amplifier.
    本文介绍单匝耦合变压器作为前置放大器和主放大器之间的隔离元件。
  18. Then, the effects of imperfect coupling and parasitics between transformer windings have been presented, according to the lumped-element model.
    从片上螺旋变压器的集总元件等效模型入手,阐述了片上螺旋变压器不理想的耦合和线圈间存在的寄生效应对器件性能造成的影响。
  19. On basis of study the characteristics of connection in impendence-matched balancing transformer ( IBT) and inner impendence-matching, the electromagnetic transient simulation model for IBT is designed with referencing electromagnetic coupling multi-winding transformer by means of mathematic reasoning;
    在研究阻抗匹配平衡变压器的接线特点和内部阻抗匹配特性的基础上,结合多绕组变压器的电磁耦合关系,利用数学推理建立其变压器电磁暂态仿真模型。
  20. The smaller the ratio of DC inductance and the system tie-impedance is, the slighter the starting transient impact is, and the lower the coupling transformer leakage reactance, the smaller the influence on the steady state operation.
    耦合变压器漏抗越低,对系统稳态运行影响越小。
  21. Design of time grating sensor based on variable coupling coefficient transformer
    基于变耦合系数变压器原理的时栅位移传感器设计
  22. The coupling between coils in power transformer causes the complexity of external characteristics of internal short circuit faults.
    电力变压器线圈之间的耦合特性使其内部短路故障的外部特性具有复杂性。
  23. The flux transformer and DC-SQUID were fabricated on same thin film substrate, avoiding the difficulty of single chip coupling alignment between flux transformer and DC-SQUID.
    磁通变换器与DC&SQUID制备在同一片薄膜衬底上,避免了分立单片耦合对准的困难。
  24. Coupling of mixed capacitor in high-voltage transformer may produce disturbance signal in beam current sampling resistance, and it will effect the welding machine.
    电子束焊机加速电源中由于高压变压器杂散电容的耦合作用,在束流采样电阻上产生较大的干扰信号,从而给焊机运行带来不利影响。
  25. Low voltage side is a very important part in photoelectric hybrid coupling current transformer implementation. It has direct impact on system precision and reliability.
    低压侧是光电混合式电流互感器的重要组成部分,它将直接影响到系统的可靠性与精确度,是本文研究的重点。
  26. A photoelectric hybrid coupling current transformer has a lot of obvious advantages over a traditional electromagnetic current transformer. It will definitely find more and more applications.
    光电式电流互感器和传统的电磁式电流互感器相比有很多突出的优点,必将得到广泛的应用。
  27. By reference value transformation and parasitic parameters referred to the high voltage side, the coupling problem of the transformer turns ratio and the parasitic parameters on integration design issues are solved, so that integrated design method can be implemented.
    通过基准值变换和寄生参数折算到变压器高压侧等方法,成功解决了变压器匝比和寄生参数对一体化设计的相关性问题,使一体化设计方法具有实际可操作性。
  28. We put the parallel fundamental series resonant circuit in the coupling transformer secondary side, it can make the current not inject into the active filter and coupling transformer.
    在耦合变压器的二次侧并联基波串联谐振电路,使得电流不会注入有源滤波器与耦合变压器。
  29. By the reason of the loose coupling characteristics of contactless transformer, and a large leakage inductance, series compensation capacitor which can offset the reactive power and the voltage drop impact produced by leakage inductance is adopted.
    在分析得到无接触变压器的松耦合特性,有较大的漏感存在,采用电容串联补偿的方式抵消了漏感产生的无功及压降影响。
  30. Finally, the design of the intergrated three-phase coupling inductors and high frequency transformer was proposed, also the simulation results and experiments results was provided to verify the theoretical analysis.
    最后,介绍了三相耦合电感的设计和高频变压器的设计,并给出了仿真波形和实验结果以验证理论分析。