Fast Time Response Full Absorption Faraday Cup and Its Application in the Measurement of Intensive Electron Beam Diodes

A magnetically insulated transmission line (MITL) is an inevitable choice for ultra-high power density energy transmissions. Its working process complex, with obvious influence on the of electron beam diodes and other load devices. The coupling diode driven by MITL a difficult problem in pulse applications. No research available characteristics its anode. In this paper, fast time response full absorption Faraday cup was developed. An intense measurement waveform showing multi-stage obtained through measurements using absorber as anode diode. stage were good agreement vacuum transmission, magnetic insulation formation, stable insulation. intensity corresponded conduction current cathode. It obviously smaller than results reflected different processes waveforms area provided reference device system design.