Abstract
Measurements have been made on certain glow-discharge stabilizer tubes to determine the influence of varying the argon content on the running-voltage/current curves, the running-voltage/temperature curves, the initial drifts, and the impedance/frequency and noise characteristics. Neon-filled tubes, with argon contents varying over the relatively wide range of 0.001–10%, having molybdenum anodes and cathodes, and employing high-stability reference-tube manufacturing techniques, have been specially constructed for the investigations. The results of the studies are presented and discussed.
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