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A square pulse voltage is useful for studying electrical discharge physics and/or very fast transient overvoltage issues. This paper describes sparkover voltages and time lag (V-t) characteristics of SF6-N2 gas mixtures in a very short time range below a microsecond, which are measured by using a steep-front square voltage with a rise time of 16 nanoseconds and a peak value of 200 kilovolts. SF6-N2 gas mixture, which contains nitrogen gas at a ratio of 60 % or less, has equivalent dielectric strength to pure SF6 gas even in the short time range around 10 nanoseconds. Sparkover voltage and time lag characteristics are evaluated by using the equal area criterion even in the short time range below a microsecond.

Measurement of Sparkover Voltage and Time Lag Characteristics in SF6-N2 Gas Mixtures by using Steep-front Square Voltage

Measurement of Sparkover Voltage and Time Lag Characteristics in SF₆-N₂ Gas Mixtures by using Steep-front Square Voltage