differential transformer

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

差动变压器

电力



双语例句

  1. Besides, there is also some alternatives, such as an inductance conversion using differential transformer and space curve deformeter, and variable resistance pressure transmitter.
    除此之外还有利用差动变压器和扰曲线应变计的电感变换方式,以及变电阻式压力变送器。
  2. The differential transformer secondary windings are connected in subtractive series so that the output is zero at balance.
    差功变压器的次级线圈接成反向串联,以便在平衡时输出为零。
  3. Differential transformer displacement transducer
    差动变压器式位移传感
  4. Study on differential transformer's inner magnetic field testing system
    差动变压器内部磁场测试系统的研究
  5. The Design of Closed-loop Micro-displacement Measurement and Control Device Based on Differential Transformer
    差动变压器式闭环微位移测控装置的设计
  6. The Study on Vibration Measuring System Utilizing Differential Transformer Sensor
    一种利用差动变压器式传感器测量振动的检测系统研究
  7. Based on the design process of linear variable differential transformer ( LVDT), the expert design system of LVDT is put forward.
    在分析差动变压器式位移传感器整个设计流程的基础上,提出开发位移传感器专家设计系统。
  8. A linear differential transformer has three coils.
    一个直线差动变压器有三个线圈。
  9. Linear voltage differential transformer
    线性电压差动变换器
  10. Test and Analysis about the Linear Accuracy of the TWX Miniature Linear Variable Differential Transformer
    TWX小型位移差动变压器式传感器线性度的测定与分析
  11. Fig. 9 shows schematically the application of a differential transformer to measurement of liquid column height.
    应用差动变压器测定液柱高度大致如图9所示。
  12. Electromagnetic Emulation and Analysis of the Differential Transformer Displacement Sensor
    差动变压器式电磁位移传感器的电磁性能仿真与分析
  13. Strain-gauge-type pressure transducer differential transformer displacement transducer
    应变仪式压力传感器差动变压器式位移传感
  14. A Differential Transformer Type Amplification Instrument and Its Measuring System
    差动变压器型放大仪器及测量系统
  15. Design of a measuring system using differential transformer sensor
    差动变压式传感器位移测量系统设计
  16. The Characteristics Analysis and Tests of The Capacitor Transducer Using Differential Transformer Output
    用差动变压器输出的电容传感器特性分析和试验
  17. The principle, the design of magnetic circuit and the key technics of the differential transformer type pressure sensor were described.
    介绍了差动变压器式压力传感器的工作原理、磁路设计及关键工艺。
  18. Based on the theoretical analysis, designed and simulated the differential transformer self-sensing system which can output high power.
    在理论分析的基础上,对适用于较大功率输出的差动变压器测试法进行了系统设计和仿真。
  19. In order to improve the stability of the winding inductance of differential transformer, the ring ferrite core is used.
    为了改进差动式变压器绕组电感的稳定性,采用了环状铁氧体铁心。
  20. The structure and operational principle of the differential transformer type displacement sensor with wide range are described, and its component adoption, confirmation of parameter, the characteristics of magnetic field, output and so on are analyzed.
    介绍了差动变压器式大量程位移传感器的结构及工作原理,并对其组件选取、参数确定以及磁场、输出等特性进行了探讨分析。
  21. The structure and output quality of differential transformer sensor were introduced simply. The producing reason of residual voltage at zero point and its affection to the nonlinear quality and sensitivity of measurement system were analyzed extensively.
    介绍了差动变压器式传感器的结构和输出特性,详细分析了其零残电压产生的原因,以及对测量系统非线性和灵敏度的影响。
  22. Signal conditioning circuit AD698 for Linear Variable Differential Transformer ( LVDT) is introduced, and the application of this circuit can greatly simplify the circuit design.
    介绍AD698型线性位移差分变压器(LVDT)专用信号调理电路,应用AD698可简化电路的设计。
  23. Application and analysis of a differential transformer
    一种差动变压器的应用与分析
  24. Design of magnetic circuit in the differential transformer type pressure sensor
    差动变压器式压力传感器的磁路设计
  25. Structure Optimizing of Differential Transformer Type Displacement Sensor and Design of It's Numerical Interface Circuit
    差动变压器式位移传感器的结构优化及其数字接口电路设计
  26. Two methods, which are called as a small test-signal injection and the differential transformer, are studied in order to detect the rotor displacement without sensor.
    研究了转子位移无传感器检测的两种方法,即小信号注入测试法和差动变压器测试法。
  27. Influence of Power Supply Frequency on Output Characteristic of Differential Transformer
    电源频率对差动变压器输出特性的影响分析
  28. The influence of the ratio of primary coil and secondary coil, excitation voltage, excitation frequency, diameter of the magnetic core on the sensitivity of the differential transformer are mainly analyzed.
    研究了初级线圈与次级线圈间的匝数比、激励电压、激励电源频率、铁芯直径等对差动变压器灵敏度的影响。
  29. Study on differential transformer displacement sensors for active magnetic bearings
    磁轴承系统中差动变压器式位移传感器的研究
  30. Differential thrust bearing magnetic coil structure is similar to differential transformer displacement sensor coil structure. In this case, the mechanical part of the inductive sensor design provides reference and convenience.
    磁悬浮推力轴承线圈差动结构形式与差动变压器式位移传感器线圈的结构相似,为电感式传感器的机械部分设计提供了参考和便利。