Welding primary windings adopts two-way water-cooled silicon-controlled rectifier control, ensure that current output balance, and reliable.
焊接初级回路采用双向水冷可控硅控制，保证电流输出平衡，可靠。
The system discussed in this paper is to control the triggering of silicon controlled rectifier, based on chip microprocessor 8031 of series MCS51, together with some exterior devices.
本系统采用MCS-51系列8031单片机为基础结合外围器来实现对可控硅变流器的触发控制。
The paper describes briefly the composition and function of the silicon rectifier control system as well as the program for achieving control functions and design of man-machine interface.
简要介绍了硅整流控制系统的组成、功能，实现控制功能的程序和人机界面的设计。
A digital pulse generator for a silicon controlled rectifier and digital PID algorithm for some industrial process control are realized by the microcontroller.
实现了数字化可控硅变流器的脉冲控制及一般工业控制过程的PID数字算法。
These three parts use the silicon-controlled rectifier to carry on the control, the trigger of silicon-controlled rectifier adopt phase-shifting trigger of KC05 integrated circuit.
这三个部分均采用可控硅进行控制，可控硅的触发采用KC05集成电路移相触发。
Simultaneously the micro controller outputs suitable control quantity to drive system implementing agency - digitization silicon-controlled rectifier control circuit.
同时微控制器输出的适当控制量驱动系统的执行机构——数字化可控硅控制电路。
Simultaneously the micro controller outputs suitable control quantity to drive system implementing agency - digitization silicon-controlled rectifier control circuit.
同时微控制器输出的适当控制量驱动系统的执行机构——数字化可控硅控制电路。
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