| Literature DB >> 33399562 |
Alessandro Marras1, Jonathan Correa1, Sabine Lange1, Vahagn Vardanyan1, Tim Gerhardt1, Manuela Kuhn1, Frantisek Krivan1, Igor Shevyakov1, Manfred Zimmer1, Moritz Hoesch1, Kai Bagschik1, Frank Scholz1, Nicola Guerrini2, Ben Marsh2, Iain Sedgwick2, Giuseppe Cautero3, Dario Giuressi3, Gregori Iztok3, Ralf H Menk3, Martin Scarcia3, Luigi Stebel3, Tim Nicholls2, William Nichols4, Ulrik K Pedersen4, Polad Shikhaliev4, Nicola Tartoni4, HyoJung Hyun5, SeongHan Kim5, KyungSook Kim5, SeungYu Rah5, Arkadiusz Dawiec6, Fabienne Orsini6, Giovanni Pinaroli7, Alan Greer8, Steve Aplin9, April D Jewell10, Todd J Jones10, Shouleh Nikzad10, Michael E Hoenk10, Frank Okrent11, Heinz Graafsma1, Cornelia B Wunderer1.
Abstract
In this paper the back-side-illuminated Percival 2-Megapixel (P2M) detector is presented, along with its characterization by means of optical and X-ray photons. For the first time, the response of the system to soft X-rays (250 eV to 1 keV) is presented. The main performance parameters of the first detector are measured, assessing the capabilities in terms of noise, dynamic range and single-photon discrimination capability. Present limitations and coming improvements are discussed. open access.Entities:
Keywords: CMOS Imager; Percival; detector; photon science; soft X-rays
Year: 2021 PMID： 33399562 DOI： 10.1107/S1600577520013958
Source DB: PubMed Journal: J Synchrotron Radiat ISSN： 0909-0495 Impact factor: 2.616