Dirich 2017

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+\documentclass{scdpg}\r
+\begin{document}\r
+\scBookLanguage{de}\r
+\begin{scAbstract}\r
+\scLanguage{en}\r
+\scTitle{DiRich - Readout Electronics for DIRC and RICH detectors at FAIR}\r
+\scAuthor{*}{Jan}{Michel}{1}\r
+\scAuthor{}{Vivek}{Patel}{2}\r
+\scAuthor{}{Christian}{Pauly}{2}\r
+\scAuthor{}{Peter}{Skott}{3}\r
+\scAuthor{}{Michael}{Traxler}{3}\r
+\scAffiliation{1}{Goethe-Universit\"at Frankfurt}\r
+\scAffiliation{2}{Universit\"at Wuppertal}\r
+\scAffiliation{3}{GSI Darmstadt}\r
+\scCollaborationName{HADES}\r
+\scBeginText\r
+Several experiments at FAIR will make use of Cherenkov detectors, namely the DIRC of the PANDA experiment and the RICH of HADES and CBM.\r
+All will be equipped with 64 channel PMTs. The DiRich module is a compact set of read-out electronics that includes all features required\r
+for these detectors: The front-end board houses discrete, low-power amplifiers and FPGA-based TDC. Auxiliary boards include a power supply\r
+and a data concentrator that provides the connection to the data acquisition system of the detectors using an optical link for data transport. \r
+All boards are connected via a 10 by 15 cm sized backplane that doubles as mechanical support for the PMTs and light-tight shielding. We present the electronics along with selected performance test results. \r
+\r
+This work has been supported by BMBF grants 05P15PXFCA and 05P15RGFCA and contributions from the TRB3 collaboration.\r
+\scEndText\r
+\scConference{M\"unster 2017}\r
+\scPart{HK}\r
+\scContributionType{Vortrag;Talk}\r
+\scTopic{Instrumentierung}\r
+\scEmail{j.michel@gsi.de}\r
+\scCountry{Germany}\r
+\end{scAbstract}\r
+\end{document}\r