hydrogen thyratron
英
美
网络 氢闸流管; 闸流管; 充氢闸流管
双语例句
- 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。 - Double-grid hydrogen thyratron high-voltage fast pulse generator study
双栅极氢闸流管高压快脉冲源研究 - A 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。 - The new high voltage pulse generator is mainly composed of condense capacitors, hydrogen thyratron, high voltage transformer and voltage adapter.
介绍了一种可调的高压脉冲发生器，该发生器主要由储能电容器组、氢闸流管、电压调节器、保护电路、高压变压器等部件组成。 - Experimental phenomena of the quenching of hydrogen thyratron discharges
氢闸流管放电猝熄实验现象 - UV nitrogen laser using hydrogen thyratron as switch
氢闸流管触发的紫外氮分子激光器 - 100 KV Hydrogen Thyratron Without Gradient Grids
没有分压栅的100千伏氢闸流管 - Works in this paper adopts hydrogen thyratron as the switch of mainly discharging circuit. Comparing with semiconductor switch, it can be with higher tolerance voltage and bear large rate of change of electric current of voltage and work reliable.
本文所设计的电快速瞬变脉冲群发生器是通过采用充氢闸流管作为主回路放电开关，与其它半导体开关器件相比它能够耐受更高的电压，可以承受大的电压电流变化率，工作可靠。 - This paper introduces a kind of cold cathode pulse a hydrogen thyratron, based on which the method to research multiplex high-voltage fast pulse generator is provided.
介绍了一种冷阴极脉冲氢闸管，并为基于这种脉冲氢闸管的多路输出高压快脉冲源的研制提供了方法。 - By rational configuration of the low voltage solid circuits and hydrogen thyratron circuits, long precise delay and low jitter of high voltage output can be obtained.
采取低压固体电路与大小氢闸管电路的合理配置，较好地解决了精密长延迟和高压脉冲输出时低延迟时间晃动的难点。 - An UV nitrogen laser, which uses domestic hydrogen thyratron as switch and isotope as preionizer, is reported.
报道一种紫外氮分子激光器，采用国产氢闸流管作触发器，同位素作预电离源。 - Charging hydrogen thyratron used in the Fast Transient Generators, not only can improve the generator stability, and can significantly reduce costs.
充氢闸流管在快速瞬变脉冲群发生器中的应用不仅可以提高发生器的稳定性，而且能够大幅度降低成本。