绝缘是高压倍加器的主要技术难题之一。高电压可引发高压倍加器内部材料的等离子体击穿,形成放电通道,造成高压短路。为了提高高压倍加器主体的耐电压能力,采用了高压气体-密封钢筒式结构,即将高压倍加器主体放在一个充有0.3MPa六氟化硫的密封钢筒内,以提高其耐高压能力。高压 Insulation is one of the major technical challenges of high voltage doublers. High voltage can cause high voltage doubler internal plasma breakdown, the formation of discharge channels, resulting in high voltage short circuit. In order to improve the high voltage multiplier body voltage capability, the use of high-pressure gas - sealed steel cylinder structure, the high-pressure doubler body will be placed in a sealed steel cylinder filled with 0.3MPa sulfur hexafluoride to enhance its high pressure capacity . high pressure