1) electroregulator
电调节器
2) current regulator
电流调节器
1.
The Analysis of the Triangle Linking of the Current Regulator Controlled by Thyristor
晶闸管控制电流调节器三角形联结的分析
2.
A bi-directional DC/DC type current regulator, which is used to play the role of chopper, has been proposed by the Institute of Electrical Engineering Chinese Academy of Science.
中科院电工所提出了一个带隔离变压器的双向DC/DC形式的电流调节器,实现了斩波器的功能。
3.
This paper introduces the double-closed-loop cascade speed control system, expounds the methods for optimizing the parameters of RPM governor and current regulator by using the genetic algorithm, and carries out the simulation analysis.
介绍了双闭环串级调速系统,阐述了利用遗传算法优化转速调节器和电流调节器参数的方法,进行了仿真分析。
3) voltage regulator
电压调节器
1.
A high performance single automobile voltage regulator circuit and its chip;
一种高性能单片汽车电压调节器芯片
2.
Desigh of controller for thyristor voltage regulator;
晶闸管电压调节器控制器设计
3.
The principle of operation and improving circuit for generator voltage regulator;
发电机电压调节器工作原理及改进电路
4) electrode regulator
电极调节器
1.
This paper makes some simulations on the impact of the performance of electrode regulator of electric arc furnace on the voltage fluctuation of power grids.
针对电弧炉电极调节器的性能对电网电压波动的影响进行了仿真研究。
2.
Some key techniques for the microcomputerized electrode regulator are summarized.
回顾了炼钢电弧炉电极升降微机控制的发展历程 ,总结了微机化电极调节器实现的关键技术问题。
5) Electronic Regulator
电子调节器
1.
On the Replacement of Electronic Regulator in Vehicles;
试析车用电子调节器的更换
2.
The electronic regulator can adjust the generated energy and protect automotive electrical appliances.
电子调节器起着调节发电量和保护汽车用电器的作用。
3.
This paper analyze technology principle of automobile electronic regulator, put forward the demand of work circumstances and total architectonic make, introduce the design of automobile electronic regulator which have advance level and apply thick film integrated circuit.
电子调节器是汽车上连接发电机和蓄电池的重要部件 ,起着调节发电量和保护蓄电池的作用 。
补充资料:电动调节器
分子式:
分子量:
CAS号:
性质:间接作用调节器的一种。以电作为调节器的动力,调节器的输入信号和输出信号均为电信号(电流或电压信号)。一般为4~20毫安(或0~10毫安)或1~5伏。
分子量:
CAS号:
性质:间接作用调节器的一种。以电作为调节器的动力,调节器的输入信号和输出信号均为电信号(电流或电压信号)。一般为4~20毫安(或0~10毫安)或1~5伏。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条