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Characterization of an Electron Gun Test Setup Based on Multipacting
A multipacting electron gun (MEG) is a micro-pulse electron source, based on secondary electron emission in a resonant microwave cavity structure, for the generation of low emittance electron bunches in continuous wave operation. Based on numerical simulations, an experimental test setup for low-energy electron beams at 3 GHz has been established. In this contribution we show a detailed description and characterization of the RF test stand, supported by first results on charge collectiondoi:10.18429/jacow-ipac2019-tupts013 fatcat:m6er7bfkazdozjd7qmcckr3baq