Self-breakdown characteristics of high-power repetitive frequency three-electrode gas switch: Using the \"CHP01\" accelerator as an experimental platform, the self-breakdown characteristics of the self-developed repetitive frequency three-electrode gas switch were experimentally studied. The relationship between the self-breakdown characteristics of the switch and factors such as gas pressure, gas flow velocity, and electrode shape was studied, and the experimental results were analyzed. The results show that: with the increase of gas pressure, the dispersion of the switch self-breakdown voltage becomes larger; the appropriate flow rate of gas helps to reduce the self-breakdown dispersion of the switch, but too large a gas flow rate will increase the self-breakdown dispersion; when the inter-electrode field enhancement factor is increased by changing the electrode shape, the field enhancement factor between the switch electrodes becomes larger, the switch dispersion decreases, but the average self-breakdown voltage decreases.
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