Using the high voltage between the two electrodes to breakdown of gas layer, thus generating an electric arc ignition devices.
利用高电压来击穿其两电极之间的气体绝缘层，从而产生电弧的一种电火花点火设备。
Theory analysis, numerical simulation and experimental result indicated that the surface electric field of the device was more uniform and the breakdown voltage was increased effectively.
理论分析、数值模拟和实验结果表明，该结构可以使表面电场变得更加均匀，有效提高器件击穿电压。
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。
High-voltage electric field combined with high temperature may lead to thermal breakdown and ageing of insulator for ESP.
当这些淤积和堵塞发生，可能会因为过热和绝缘老化导致电机严重损坏。
High-voltage electric field combined with high temperature may lead to thermal breakdown and ageing of insulator for ESP.
当这些淤积和堵塞发生，可能会因为过热和绝缘老化导致电机严重损坏。
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