分压电阻

本文介绍的高精度高压电压表，是以标准电压通过电容系统比较分压电阻的电压降，避免分压电阻表面漏电流对测量精度的影响。

In this paper the voltmeter described is based on comparing the voltage drop across divider resistors with the reference voltage by a system of capacitors that allows one to avoid leakage currents over the divider resistor surface .

通过分压电阻的选择及结构设计研制成10kV电阻式电压互感器，型式试验验证达到0.2级准确度。

Sample transformer of 10 kV was made and passed all tests . The precision is rank 0.2 .

本文介绍通过对一台串列静电加速器高压端两次出现的电荷丢失现象的实验研究，找出了丢电荷的原因及丢失渠道&电荷通过分压电阻串的纵向过量泄漏和对钢筒的径向泄漏。

This paper introduces the experimental study about the charge loss appeared twice on the high voltage terminal of the tandem accelerator .

在本文中，主要针对DC/DC转换器中的升压和降压转换器中电压环控制和电流环控制进行分析，其特点是内置补偿，并且都是输出可调型，前馈电阻并联与分压电阻之上。

In this article , the analysis is focused on the voltage loop control and current loop control for the step-down and step-up converters and the common feature are internal compensation , adjustable output voltage .

根据加速器的运行特点，设计了一套相应的测量系统，并利用测量负载电压的分压器电阻解决了预脉冲问题。

According to the operation law of the apparatus , the relevant measure system is setup and the pre-pulse problem is effectively solved by the resistance voltage divider of the load measurement .

同时，根据氢分压对极化电阻、交换电流密度以及极限电流密度的影响估算了氢气氧化反应的表观反应级数。

The empirical reaction order was estimated from the dependence of electrode polarization resistance , exchange current density , and limiting current density on the hydrogen partial pressure ( PH2 ) .