The principle of a new kind of gas-gap switch is presented in this paper.
本文介绍了一种新型低温热开关的工作原理。
And the waveform of the output pulse looks like rectangular. The pivotal component of the power supply is Frisbee Mechanism Spark Gap Switch, which is never seen in other power supply before.
本文电源的核心部件是飞盘式机械火花开关，利用该部件的开通与关断，就可以实现电源输出脉冲为矩形方波。
It indicates that the rotary-arc gap switch employing a sharp knife-edge electrode as a third trigger electrode can distinctly reduce the electrode erosion and prolong the lifetime of the switch.
在不同开关结构、不同电极材料和不同电流波形情况下对开关进行了单次触发放电实验，验证了旋转电弧、场畸变间隙开关能够有效地减轻开关电极的烧蚀程度；
Press the horn switch, if the speaker sometimes ring, sometimes not ring, more than the inner contact of the switch is not good, the use of too long, the contact gap increases.
按下喇叭开关，如果喇叭有时响，有时不响，多是喇叭开关内部的触点接触不好，使用时间过长，触点间隙增大。
Without opening mould, it can provide accurate buffer, high speed gap filling and high strength of supporting and positioning for different volume, switch and weight products.
无需开模，即可为不同体积、开关和重量的产品，提供精确的缓冲、高速空隙填充或者高强度的支撑定位。
Applying the opposite voltage bias to widen the tunneling gap and raise the electrical resistance would reopen the switch.
施加反向电压以增大穿隧间隙，提高电阻，可以重新将开关断开。
This paper represents the principle, structure and characteristics of the gas gap heat switch. The influences of structure dimension on the performance parameters of heat switch have been discussed.
论述了气隙式热开关的原理、结构形式及参数特性，讨论了它的结构尺寸对性能参数的影响。
The feasibility of using a rotating spark gap as the high power high voltage switch is verified at twelve-kilowatt average output power level.
证实了在万瓦级高平均输出功率水平下采用旋转火花隙作为大功率高压开关的可行性。
And the static self-breakdown of the switch indicates that after electrode optimization the static self-breakdown voltage is stable and the distribution of electric field in the gap is mostly uniform.
开关进行了静态自击穿实验，实验结果表明开关静态自击穿电压是比较稳定的，同时也说明所研制的开关间隙内部电场分布比较均匀。
The parameters which affect the hold off voltage of the one stage pseudo spark switch such as the working gas, the pressure, the gap distance and the hole diameter of the electrodes have been studied.
对影响单级赝火花开关耐受电压的主要因素，如工作气体、气压、极间隙和孔径等进行了系统的研究。
The numerical results indicate that the contact stress and strain, and the residual stress and strain increase as either of the switch gap, switch contact force, or electric current loads increase.
分析结果显示，在本文分析之范围内，微继电器开关之接触弯曲应力、应变以及残留应力、应变均会随著开关间隙、接触力以及电流负载之增加而增加。
The numerical results indicate that the contact stress and strain, and the residual stress and strain increase as either of the switch gap, switch contact force, or electric current loads increase.
分析结果显示，在本文分析之范围内，微继电器开关之接触弯曲应力、应变以及残留应力、应变均会随著开关间隙、接触力以及电流负载之增加而增加。
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