The term "thyristor" came from its gas tube equivalent, thyratron.
晶闸管一词源于其气体管等价物——闸流管。
The trigger is used for generating excitation pulse for the thyratron to ignite.
触发器用来产生激励脉冲，供闸流管点火。
The on-off character of the thyratron is advantageous to the arc-starting and arc-stabling of the welder.
晶闸管的通断特性，有利于焊机起弧、稳弧。
The influence of ZQM1 - 1000/10 thyratron reservoir voltage on CuBr laser output power was measured and analysed.
分析和测量了ZQM1—1000／10氢闸流管的氢发生器电压对溴化亚铜激光器激光平均功率的影响。
HV EFT generator is developed, which adopts switching mode power supply as HV DC power supply and hydrogen thyratron as switch.
在此基础上研制了一台以开关电源作为高压直流电源、以氢闸流管作为主控开关的脉冲群电源。
Magnetic pulse compressor (MPC) with thyratron as discharge switch used in ti: Sapphire laser was put forward for the first time.
首次提出了将磁脉冲压缩开关应用于钛宝石激光器中，由磁脉冲压缩开关和闸流管组合作为放电开关。
Using a double-grid hydrogen thyratron, a fast pulse generator with four outputs, high-voltage, low jitter, was made to use at special occasion.
采用双栅极氢闸流管作为主开关，研制成功一种四路输出高压低晃动快脉冲源应用于某种特殊场合。
This power supply can reduce the impenetrate probability of thyratron, at the same time it can ensure the high steadiness of the charge for the laser.
该电源在有效降低闸流管连通概率的同时保证了激光器充电的高稳定性。
It was shown that appropriate selection of sharpening capacitor and circuit inductance would decrease the current-pulse length without any harm to the thyratron.
适当选择锐化电容和回路电感量，可以使放电电流脉冲变窄而又不加重闸流管的负担。
The switch rate of thyratron is related to the triggering signal. The fast thyristor is usually used in the trigger circuit, but the triggering signal is not ideal.
氢闸流管的导通速度与触发信号有关，常用触发电路中使用快速晶闸管，触发信号并不是很理想。
The trigger system can trigger two thyratron at the same time, achieved the compact of the trigger system, and it can avoid the grid spike come into the inner circuit of trigger system.
研制的触发系统可以同时触发两路开关，实现了触发系统的紧凑化，同时并能抑制栅极尖峰电压防止其返回触发器内部电路。
The trigger system can trigger two thyratron at the same time, achieved the compact of the trigger system, and it can avoid the grid spike come into the inner circuit of trigger system.
研制的触发系统可以同时触发两路开关，实现了触发系统的紧凑化，同时并能抑制栅极尖峰电压防止其返回触发器内部电路。
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