voltage divider

1. The Design of A Bandgap Reference Applied in the RFID Chip Improving Frequency Characteristic of Resistance-based Voltage Divider
   射频识别标签芯片中基准电压源的设计静电高压标准装置电阻分压器频率特性改进方法研究
2. In the parafeed circuit, the power supply ripple forms a voltage divider across the choke, and is not coupled to the output. A Research on Push-pull Converter with Coupled Inductor
   在旁馈耦合中，电源涟波被扼流圈分压，而不再耦合进输出。采用耦合电感均流的推挽式直流变换器的研究
3. It gives the principle and method of design that coaxial capacitive voltage divider by the invar alloy.
   给出了以因瓦合金为材料的同轴电容分压器的原理和设计方法。
4. A highly insulated hand-held probe containing the voltage divider is often used and comes as an accessory from some manufacturers.
   一种高度绝缘的包括分压器的手持式探头经常被使用而且作为某些设备的附件来配备。
5. Each team builds a voltage divider with nom. 3.3 V output, and measure Vout.
   每一组建立一个输出为3。3伏特的分压器，测量输出电压。
6. Application of Multi-disk Inductive Voltage Divider in the Test of Mutual Induction
   多盘感应分压器在互感器测试中的应用
7. Research on Electronic Voltage Transformer Based on Capacitive Voltage Divider; Application of EVT in digitalized substation
   基于电容分压的数字式电压互感器的研究电子式电压互感器在数字化变电站中的应用
8. A Rogowski coil and a capacitive voltage divider are used as current sensor and voltage sensor respectively in the transducer and optic fibers are used to transmit signal.
   该互感器以罗柯夫斯基线圈作为电流传感元件，以电容分压器作为电压传感元件，以光纤作为信号传输通道，借助有源电子调制和信号处理技术实现电流、电压的测量。
9. The power contains the DC power supply, high voltage divider and spark gap switching.
   该电源包括直流电源、高压分压器、和火花间隙开关。
10. Analysis and Treatment of Impulse Voltage Divider Failure
    一起冲击电压分压器故障缺陷的分析和处理
11. High-voltage DC measurements usually involve a high-resistance voltage divider, which usually forms a high resistance to the circuit being measured and thus draws infinitesimal current.
    高压直流测量通常需要一个高阻抗的分压器，它对被测量的电路通常形成一个高电阻以便只有极小的电流被分流。
12. Development of Precise Capacitive Voltage Divider for Optical Voltage Transformer
    光学电压互感器精密电容分压器的研制
13. HVDC voltage transducer; Voltage divider; Transient behavior; Step response; Response time; Non-uniformity of voltage distribution.
    直流电压传感器；分压器；暂态特性；阶跃响应；响应时间；电位分布不均度。
14. The electromagnetic device which is the base of voltage divider is made up of intermediate transformer, compensation reactor and damper.
    电磁装置由中间变压器、偿电抗器和阻尼器组成，作为分压器底座。
15. The developed piezoelectric pump can be driven directly by the utility electric power supply system and its flow rate can be adjusted by a resistor voltage divider.
    所设计的压电泵可直接利用日常照明电驱动，可通过电阻分压的方法实现压电泵的流量调节。
16. Capacitor voltage divider is the voltage sensor. The influence of stray capacitor to measurement is discussed, and the influence of transient element to the divider is analyzed.
    电容分压器是所采用的电压传感元件，本文讨论了杂散电容对测量误差的影响，分析了电网暂态现象对分压器的影响。
17. The technical index and calibration level of the DC resistance voltage divider are analyzed, the uniform calibration method is proposed, the uncertainty is analyzed and the checking method is given.
    分析了直流电阻分压箱的技术指标和校准水平，提出了等分测量的校准方法，进行了不确定度分析，给出了验证方法。
18. Application of Capacitive Resistor Voltage Divider in the Research on Pulse Capacitor Discharge Characteristics
    阻容型分压器在脉冲电容器放电特性研究中的应用
19. Mathematical model of capacitor voltage divider underthe high voltage insulation condition is derived;
    推导出在高压绝缘条件下，建立电容分压器的数学模型；
20. The measurement error is mostly dependent on the uncertainties of current sensor, voltage divider and transient waveform recorder.
    测量误差取决于所用电流、电压传感器和瞬态记录仪的不确定度。
21. The divider consists of a pulsed resistor voltage divider and a high voltage mica capacitor.
    在脉冲电容器充电过程中，高压云母电容器承受高电压；
22. A design of capacitive resistor voltage divider is provided for the experimental research of pulse capacitor discharge characteristics.
    该文设计了一种包括脉冲电阻分压器和高压云母电容器的阻容型分压器，用于脉冲电容器放电特性的实验研究。
23. This paper introduces a 220 kV inductive voltage divider with digital outputs using optoelectronic modules.
    笔者研制了一台220kV数字式串联感应分压器。
24. Through the analyses of high voltage potential transformer, a mathematic model based on high voltage insulation theory of capacitor voltage divider varied with temperature are built.
    通过对高压电压互感器分析，建立了基于高压绝缘理论的电容分压器随温度变化的数学模型；
25. The traditional equivalent circuit of CVT ( Capacitor Voltage Transformer) neglects the influence of initial capacitor voltage value of capacitor voltage divider, but it is not neglectable in CVT transient process.
    电容式电压互感器（CVT）的传统等效电路模型中忽略了电容分压器电容电压初值对等效电路模型的影响，然而在CVT暂态时这一因素的影响不能简单地看成是一个误差问题。
26. The necessary condition of differential type and self integrate type of capacitive voltage divider under nanosecond pulse is analyzed.
    分析了纳秒脉冲条件下微分型、自积分型电容分压器的必要条件。
27. The effect of pulse forming circuit on rising time is investigated and a coaxial pulse forming circuit composed of pulse capacitors, gaps switch, capacitive voltage divider and matched load is presented in this paper.
    分析了脉冲形成电路参数对脉冲上升时间的影响，设计了一种集脉冲电容器、脉冲整形器、电容分压器和匹配负载为一体的ns级脉冲形成电路。
28. Study and Design of High Voltage Potential Transformer Using Precise Capacitive Voltage Divider
    高压电压互感器精密电容分压器的研究与设计
29. The data collecting unit collects the electric voltage signal by use of a resistive voltage divider.
    数据采集单元采用电阻分压器采集电压信号。
30. Feedback loop consists of a voltage divider, an effective value demodulation circuit and an AD converting circuit.
    反馈回路主要由分压电路，有效值检波电路和AD转换电路三部分组成。

noun

1. resistors connected in series across a voltage source

   Synonym:    potential divider