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A revisit to impulse breakdown voltage of standard air gaps

机译:重新探究标准气隙的击穿电压

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The negative and positive polarity of standard impulse breakdown voltage had been taken to study for Ø5 cm and Ø10 cm sphere-gap by taking into account the influence of irradiation and humidity. Gap spacing of 0.5, 1.0, 1.5, 2.0 and 2.4 cm was selected for this investigation. In order to control the atmospheric conditions around the sphere-gap, it was enclosed in a test chamber which was designed to have a negligible effect on electric field distribution across the air gaps. Two different measuring devices were chosen according to the breakdown voltage level to ensure the measurement uncertainty. The results showed that the difference U50 of this present experiment from the value given in the standard generally decrease as the gap spacing increase. And the value of U50 for Ø5 cm and Ø10 cm in this experiment tend to be close to each other.
机译:考虑到辐射和湿度的影响,对Ø5cm和Ø10cm球形间隙采用了标准脉冲击穿电压的负极和正极性进行了研究。选择0.5、1.0、1.5、2.0和2.4厘米的间隙间距进行此研究。为了控制球形间隙周围的大气条件,将其封闭在一个测试室中,该测试室的设计对跨气隙的电场分布影响可忽略不计。根据击穿电压水平选择了两种不同的测量设备,以确保测量的不确定性。结果表明,差异U 50 从本标准中给出的值得出的本实验的数值通常随着间隙间距的增加而减小。和U的值 50 在本实验中,Ø5cm和Ø10cm的距离趋于彼此靠近。

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