该晶闸管触发器采用集成运数放大器，移相触发脉冲的形成是根据三相交流电的各相与移相控制电压直接比较原理实现的。
The shift trigger pulse of the thyristor trigger circuit with integration amplifier is generated by comparing directly principle of three-phase AC and shift-phase control voltage.
介绍一种高精度数学晶闸管触发器，它基于锁相环同步，适用于双反星形整流电路，并已成功地应用于晶闸管弧焊电流微机控制系统。
Digital thyristor Trigger of High Accuracy is introduced, which is based on phase locked loop synchronization and suitable for dual antistar rectification circuit.
提出了一种由集成电路组成的双向晶闸管移相触发器的设计方案，给出了适合于感性负载的交流调压电源的触发电路。
A scheme of bidirectional thyristor phasing trigger composed by ICs is presented, and the trigger circuit fit for AC voltage regulator of inductive load is given.
介绍了数字式直流调速器的结构、功能及晶闸管数字触发器的实现。
The structure and functions of a digital DC motor speed governor and the realization of thyristor digital trigger are described.
分析和仿真实验结果表明：该数字触发器通用性能好，可用于计算机控制的各种晶闸管系统。
Analysis and experiment results show that the properties of this digital trigger are very good and digital trigger can be used in various thyristor systems controlled by computer.
控制算法的运算，正反组晶闸管切换逻辑及高性能的数字触发器均由单片机实现。
The calculation of control algorithm, logic control of positive and reverse group thyristor and advanced digital trigger are accomplished by the single chip computer.
一般的晶闸管数字触发器算法存在着响应时间长、触发角不可大幅变化和可靠性差等不足。
The common algorithm of SCR digital trigger, however, was not satisfying on response time, change rate of firing Angle and stability.
采用复杂可编程逻辑芯片CPLD和先进的EDA设计软件，实现了高性能的三相全控桥晶闸管的数字触发器。
A high performance 3-phases full controlled thyristor trigger is achieved by the complex programmable logic devices (CPLD) and the advanced EDA software.
采用复杂可编程逻辑芯片CPLD和先进的EDA设计软件，实现了高性能的三相全控桥晶闸管的数字触发器。
A high performance 3-phases full controlled thyristor trigger is achieved by the complex programmable logic devices (CPLD) and the advanced EDA software.
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