A GEM Detector System for an Upgrade of the CMS Muon Endcaps

[22] F. M. Penning, The starting potential of the glow discharge in neon argon mixtures between large parallel
plates: II. Discussion of the ionisation and excitation by electrons and metastable atoms, Physica 1, 1028-
1044, 1934, 10.1016/S0031-8914(34)80298-4. 38
[23] K. Bunkowski, Optimization, Synchronization, Calibration and Diagnostic of the RPC PAC Muon Trigger
System for the CMS detector, CMS TS-2010/009. 43
[24] CMS Collaboration, Physics TDR Vol I. Detector Performance and Software, CERN/LHCC 2006-001. 45
[25] CMS Software, http://cmssw.cvs.cern.ch/cgi-bin/cmssw.cgi/CMSSW/ 44
[26] T. Früboes, The RPC based trigger for the CMS experiment - emulation of an algorithm and patterns optimalization,
http://hep.fuw.edu.pl/cms/docs/theses/MSc_fru.pdf. 44
[27] CMS Collaboration, The Muon Project, CMS Technical Design Report, CERN/LHCC 97-32; CMS-TDR-
003. 44
[28] P. Moreira et al., The GBT SerDes ASIC prototype. Published in J. Instrum. 5 (2010) C11016, presented at:
Topical Workshop on Electronics for Particle Physics 2010. Aachen, Germany September 2010. 56
[29] J. Troska et al., Versatile Transceiver developments, published in J. Instrum. 6 (2011) C01089. 56
[30] F. Faccio et al., Development of custom radiation-tolerant DCDC converter ASICs. Published in J. Instrum.
5 (2010) C11016, presented at :Topical Workshop on Electronics for Particle Physics 2010 Aachen, Germany
September 2010. 56
[31] P. Vichoudis et al., The Gigabit Link Interface Board (GLIB), a flexible system for the evaluation and use
of GBT-based optical links. Published in J. Instrum. 5 (2010) C110167 presented at :Topical Workshop on
Electronics for Particle Physics 2010. Aachen, Germany September 2010. 56
[32] TOTEM Experiment at the CERN Large Hadron Collider. The TOTEM Collaboration. JINST 3 S08007,
2008, Published as part of The CERN Large Hadron Collider Accelerator and Experiments. 57
[33] P. Aspell et al., VFAT2: A front-end system on chip providing fast trigger information and digitized data
storage for charge sensitive readout of multi-channel silicon and gas particle detectors. Proceedings: 2008
IEEE Nuclear Science Symposium, Dresden, Germany, October 2008. 57
[34] CMS TDR: the Trigger System, CMS Collaboration, CERN-LHCC-2000-038 TDR. 60
[35] K. Bukowski, Optimisation Synchronization, Calibration and Diagnostic of the RPC PAC Muon Trigger
System for the CMS detector, CMS TS-2010/009. 60
[36] GOL Project, http://proj-gol.web.cern.ch/proj-gol. 60
[37] K. Banzuzi, Link System and Crate Layout of the RPC Pattern Comparator Trigger for the CMS detector,
CMS IN 2002/065. 61
[38] M. Gorski, I. M. Kudla, K. T. Pozniak, Resistive Plate Chamber (RPC) based Muon Trigger System for CMS
experiment - Data Compression/Decompression System, NIM A 419 (1998) 701-706. 61
[39] P. Aspell et al., PACE3: a large dynamic range analog memory front-end ASIC assembly for charge readout
of silicon sensors. Proceedings: 52nd IEEE Nuclear Science Symposium, San Juan, Puerto Rico, October
2005. 60, 64
83