Single photoelectron identification with Incom LAPPD 38
S.P. Malace, S. Wood
TL;DR
This paper evaluates the Incom LAPPD 38 photodetector's ability to identify single-photoelectron signals, demonstrating clear detection with precise photon collimation, highlighting its potential for Cherenkov light detection.
Contribution
It presents the first assessment of Incom LAPPD 38's single-photoelectron detection capabilities, emphasizing the importance of photon collimation for signal clarity.
Findings
Single-photoelectron signals were clearly detected.
Tight photon collimation improves detection accuracy.
Potential for Cherenkov light detection applications.
Abstract
Incom Inc. Large Area Picosecond Photodetector (LAPPD) 38 has been tested at Jefferson Lab to identify single-photoelectron signals to assess the potential of this type of device for future applications in Cherenkov light detection. Single-photoelectron signals were clearly detected if a tight collimation of photons impinging on the photocathode was used compared to the pixelation of the charge collection signal board.
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