F. Attmann, M. Sack, Georg Müller
Abstract
For synchronizing Marx generators a low jitter is important. A main source of temporal uncertainty is the generation of seed electrons for the breakdown of the spark gap. Therefore, experiments have been performed with a single spark gap to investigate its jitter and switching behavior.
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For synchronizing Marx generators a low jitter is important. A main source of temporal uncertainty is the generation of seed electrons for the breakdown of the spark gap. Therefore, experiments have been performed with a single spark gap to investigate its jitter and switching behavior.
Key concepts: Jitter, Synchronizing, Spark gap, SPARK (programming language), Voltage, Electrical engineering, Spark discharge, Computer science