电流回路

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电流回路电流回路
  1. 一个模型源自BUCK变换器,只有一个高频电流回路,称作单环模型。

    One is abstracted from BUCK converter named single-loop model , which has only one high frequency current loop .

  2. CNTs复合多孔水凝胶具有良好的电场敏感性,在电流回路中起到高压保护的作用。

    The CNTs composite porous hydrogel has good sensitivity to the electric field , which can protect high-voltage occuring in the current loop .

  3. 主变压器电流回路TA二次接线及其正确性测试

    Secondary Side Connection and Its Correctness Test of Main Transformer Current Circuit

  4. 另一个源自BOOST变换器,有两个高频电流回路,称作双环模型。

    The other is from BOOST converter named dual-loop model , which has two high frequency current loops .

  5. 为此,提出了新的控制策略,该控制策略通过检测并消除指令中的零序分量,以破坏无零序电流回路系统的零序电压正反馈条件,消除DVR注入零序电压的不良影响。

    So a new control strategy is proposed to detect and suppress the influence of zero sequence component injected by DVR .

  6. 阴极驱动电路作为发射电流回路的一部分,其电路结构直接影响发射电流的控制特性,分析表明电流驱动模式能对阳极束电流进行精确控制,是实现FED亮度控制的理想驱动方式。

    The structure of cathode driving circuit affected control properties of emission current , because it was a part of emission current loop . The analysis showed that current driving mode could control anode current exactly .

  7. LCD-4型差动保护电流回路接线的分析

    The Connection Analysis of the Current Circuit for Type LCD-4 Differential Protection

  8. 介绍了发电厂厂用电6kV计量回路(包括电压回路和电流回路)错误接线导致错误的有功功率和无功功率计算公式。

    Introduced the wrong calculation formula of active and reactive power , which is caused by wrong wiring of 6 kV measurement loop ( including voltage loop and current loop ) in service power in power plant .

  9. 自耦变公共绕组保护电流回路接线的改进

    The Improvement of Protection Current Loop Wiring for Autotransformer Common Winding

  10. 压敏电阻对冲击电流回路输出特性影响的仿真

    Simulation of Effect of Varistors on Output Characteristics of Impulse Current Circuit

  11. 对圆形电流回路磁场的进一步讨论

    The Further Discussion on the Magnetic Field for a Circular Current Loop

  12. 交流电流回路两点接地危害的分析及应对措施

    Analysis and solution of harm of two points grounding in AC loop

  13. 一种用软件实现的变压器差动保护电流回路断线闭锁方案

    A blocking scheme for current circuit breaking in differential protection system of transformers

  14. 高效率10/350μs冲击电流回路的设计

    Design of a High Efficiency 10 / 350 μ s Impulse Current Generator

  15. 微机变压器差动保护电流回路存在问题及解决方案

    Existing Problems and Solution to the Current Circuit of Differential Protection of Microprocessor-based Transformer

  16. 差动保护电流回路接线是否正确,可通过相量分析法和带负荷检验法进行判断。

    The wiring correctness of differential protection current loop can be verified using phasor analyzing method and on load testing method .

  17. 切换过程中易造成电流回路开路,危及运行人员及设备的安全。

    It is easy to cause the current circuit broken when switching , and this is dangerous to the operator and device .

  18. 一般说来,需要触摸到鱼身体的两个部位才能形成电流回路,受到电击。

    Generally it is necessary to touch the fish in two places , completing the circuit , in order to receive a shock .

  19. 导电加热切削时,刀-工导电回路的状态与常规的电流回路有所不同。

    The state of circuit of tool and workpiece in Electric Hot Machining ( EHM ) is different from that of conventional circuit .

  20. 飞轮控制系统是个多回路系统,内回路为电压稳定回路,外回路在不同的工作模式下分别为电流回路和转速回路。

    Flywheel control system has two closed loops , the inner is voltage stabilization loop , other is current loop or is speed loop in different mode .

  21. 针对以往舰船消磁系统采用单一消磁电流回路所带来的诸多弊端,对某型舰首次提出分区消磁的思想。

    In order to overcome some shortcomings caused by the single degaussing current loop used in the existing ship degaussing system , the section degaussing theory is first presented .

  22. 文章根据毕沙定律、电流回路元和载流线圈的费曼模型,用普通物理的方法计算出载流线圈在远处一点的磁场分布。

    Using Biot-Savart law and the Feynman 's model , the paper suggested a simple method to calculate the magnetic field generated by a current loop with arbitrary shape .

  23. 将晶体管间的电流回路等效成电流环,定性的分析了混合芯片间或者噪声源芯片与键合线间的近场耦合。

    The thesis equivalents the current return paths among the transistors to be the current ring , and qualitatively analyses the inductive coupling between mixed chips or chip and bonding wire .

  24. 应用三重矢积的数学方法,证明了任意两电流回路间的相互作用力满足牛顿第三定律。

    This paper aims to prove that the interactive forces within circuits between any two electric currents agree with Newtonian Third law by applying the method of triple - vector product in mathematics .

  25. 文章针对高压开关柜出厂试验中,电流回路检查试验方法存在的问题,分析检验要点并提出一种实用有效的检查试验方法。

    For the problems existing in current circuit inspection test for HV switchgear cubicles ex - works test , key points for inspection test are analysed and a practical and effective inspection test method is put forward .

  26. 研究伺服控制系统的去耦精度理论,建立了伺服机构电流回路和速度回路的控制模型,并对速度控制器进行设计,通过改变控制器参数提高了伺服系统的去耦精度。

    The decoupling theory of servo control system is researched , then the current loop and velocity loop of control system are established and velocity controller is designed . It is that the precision of decoupling is improved by changing control parameters .

  27. 这个开关可使接触器接通电流形成回路。

    The switch closes the contacts and complete the circuit .

  28. PLC在转辙机电流采集回路中的应用

    The Application of PLC in the Current Signal Acquisition System for Switchgears

  29. 分析和比较了瑞士ABB、瑞典ABB、TOSHIBA和SIEMENS公司的几种高压晶闸管阀过电流试验回路的工作原理及其优缺点。

    The working principles as well as advantages and defects of several high voltage thyristor valve overcurrent test circuits in ABB Swiss , ABB Sweden , Toshiba , and Siemens are analyzed and compared .

  30. 以国产300MW发电机变压器组为例介绍了大型发电机变压器组实现微机保护双重化配置的思路以及交流电流电压回路、出口回路、信号回路的设计方法。

    Taking the domestic-made 300 MW generator transformer set as an example , the concept of realizing duplicate configuration of microprocessor-based protection for large generator transformer set was introduced as well as the design methods of AC current and voltage circuit , outlet circuit and signal circuit .