Determined the electrical parameters of the charge IC, booster transformers, rectifiers, capacitance, trigger coil, excitation capacitor and IGBT, I completed the final printed circuit boards.
在确定了充电IC、升压变压器、整流器、大电容、触发线圈、激发电容、IGBT等元器件的电学参数之后，最终完成电路板印制。
The input trigger without regard to the capacitor voltage.
CD4538BC的另外一个特征是输出锁存器是通过输入出发信号设置的，与电容电压无关。
The high-power system including main circuit, the charging and discharging circuit of synthetic circuit test system, and the principle of charging and discharging for current supply using electrolytic capacitor is presented. At the aspect of circuit breaker control, the advanced permanent magnetic actuator is used and analyzed in this paper, including the precision computation and using in synthetic circuit. The trigger circuit of voltage supply is designed, and the intelligent control is used to trigger the igniting gap. And the integraph based Rogowski coil is designed and employed the intelligent detection of breaking current.
强电系统介绍了合成回路试验系统的主电路及其充放电电路，讲述了电流源采用电解电容器的充放电原理；断路器控制方面，采用当前比较先进的永磁操动机构，并对永磁机构的原理、精度计算和在合成回路中的应用做了详细地分析；设计并制作了电压源点火回路，对球隙点火进行智能控制；在智能检测开断电流方面，设计并制作了与Rogowski线圈相配合的积分器。
The working principle of TSC (Thyristor Switched Capacitor) system is introduced. The causes of thyristor incomplete phase continuity are analyzed, in which the harmonic interference, electromagnetic interference and unreasonable design of trigger system are involved.
分析了晶闸管投切电容器TSC（ThyristorSwitchedCapacitor）系统的工作原理及产生晶闸管非全相导通故障的原因，主要有谐波干扰、电磁干扰、触发系统自身设计不合理三方面。
The role of MOV, trigger gap, and by-pass circuit breaker was analyzed, and the measures for restricting over-voltage on capacitor bank and capacitor bank protection, as well as the operation sequence and control method for series compensation installation were put forward.
分析了金属氧化物变阻器（MOV）、触发间隙、旁路断路器的作用，提出了限制电容器组上的过电压，保护电容器组的措施，以及对串联补偿装置操作的顺序与控制方法。
The interface circuit, which is based on the Schmitt trigger, works as a capacitor-frequency converter.
重点分析了它的接口电路，基于施密特触发器构建，实现电容值与频率值的转换。
This paper presents a synthesis of synchronous dynamic sequential circuits (SDSC) in which capacitor is used as memory element instead of flip flop for double edge trigger.
本文提出用电容代替触发器作为记忆元件的双边沿同步动态时序电路（SDSC）的综合方法.基于电路三要素（信号、网络和负载）理论，首先推导出边沿取样定理；
On the other hand, random changes of trigger signal transmission delay time and stray capacitor in the circuit worsen the modulator's output pulse quality and efficiency.
电路中器件离散性与系统分布参数会造成调制器输出波形质量下降，效率降低。
A digital high-performance integrated thyristor trigger is introduced. It can output two phase difference 180 ° modulated pulse sequence directly with better protection function and without external jagged wave synchronous capacitor.
本文介绍了一种高性能晶闸管数字触发器，它可以输出两路相位互差180°的调制脉冲列，保护功能完善，且不需要外接锯齿波电容。
The TCSC zero-crossing point characteristics of the capacitor voltage have a significant influence on its work process. The transient characteristics, transition of working area, adoption special trigger strategy and selection of synchronous signals are the main representation.
TCSC电容电压的过零点特性对其工作过程有着显著的影响，这主要体现在TCSC的暂稳态特性、工作区域转换、特殊触发策略的采用以及同步信号选择等几个方面。
Analysis on trigger pulse characteristics of TCSC taking zero-cross point of capacitor voltage as synchronous signal
以电容电压过零点为同步信号的可控串补装置触发脉冲特性的分析
Through a certain trigger rule, TCSC has the capability to control the energy exchange between the series capacitor and the turbine-generator shaft, restrain the subsynchronous heft, and thus, avoid the risk of potential subsynchronous resonance problems.
通过一定的触发规律，TCSC能够控制串联电容器和汽轮发电机轴系之间的能量交换，抑制系统中的次同步分量，从而避免发生次同步谐振的风险。