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Revision 1.6 by carlo, Wed May 20 15:56:13 2009 UTC vs.
Revision 1.7 by carlo, Thu May 21 10:26:25 2009 UTC

# Line 85 | Line 85 | September 2001, pp. 174-178
85   %Nucl. Instr. and Methods A 518 (2004) 515.
86  
87   \bibitem{ref:laserdriver}
88 < G. Cervelli, et al., A radiation tolerant laser driver array for
88 > G. Cervelli, {\it et al.}, A radiation tolerant laser driver array for
89   optical transmission in the LHC experiments, CERN-2001-
90 < 005, September 2001, pp. 155?159
91 <
92 < \bibitem{ref:gantry}
93 < A. Homna {\it et al.}, An Automated Silicon Module Assembly System for the CMS Silicon Tracker,
94 < CMS NOTE-2002/005
95 <
96 <
97 < \bibitem{ref:ptdr}
98 < CMS Collaboration, \textit{CMS Physics TDR}, Volume 1, CERN-LHCC-2006-001, 2 February 2006
99 <
90 > 005, September 2001, pp. 155-159
91  
92   \bibitem{ref:opto}
93   J. Troska {\it et al.}, Optical readout and control systems for the CMS Tracker,
94   IEEE Trans. Nucl. Sci., Vol 50, No. 4, pp.1067-1072. (2003)
95  
96   \bibitem{ref:fed}
97 < S.A. Baird {\it et al.}, The Front-End Driver card for the CMS Silicon Strip Tracker Readout,
98 < Eighth Workshop on Electronics for LHC Experiments, CERN/LHCC/2002-034.
97 > %S.A. Baird {\it et al.}, The Front-End Driver card for the CMS Silicon Strip Tracker Readout,
98 > %Eighth Workshop on Electronics for LHC Experiments, CERN/LHCC/2002-034.
99 > Coughlan, J. {\it et al.}, The CMS Tracker Front-End Driver, Proc. of the 9th Workshop on Electronics for LHC
100 > Experiments, Amsterdam, Netherlands, September 2003
101  
102 < \bibitem{ref:mc}, R.D'Alessandro {\it et al.}, Signals and Power Distribution in the CMS Inner Tracker,
103 < CMS NOTE-2009/xxx.
102 > \bibitem{ref:dohm} F.Benotto {\it et al.}, Design and test of the Digital Opto Hybrid Module for the CMS Inner Barrel and Disks,
103 > CMS NOTE-2008/013.
104  
105 < \bibitem{ref:lvds}
106 < “Electrical Characteristics of Low Voltage Differential Signaling
107 < (LVDS) Interface Circuits,”, ANSI/TIA/EIA-644-A-2001, 2001.
105 > \bibitem{ref:ccu} C. Ljuslin, A. Marchioro and C. Paillard,
106 > The CCU25: a network oriented Communication and Control
107 > Unit integrated circuit in a 0.25 ?m CMOS technology,
108 > Proceedings of the 8$^{th}$ Workshop on Electronics for
109 > LHC experiments, Colmar, France (2002)
110 >
111 >
112 > \bibitem{ref:doh} E. Noah {\it et al.},
113 > Qualification of the CMS Tracker Control Link Digital Optohybrid,
114 > Proceedings of the 10$^{th}$
115 > Workshop on Electronics for LHC Experiments, Boston, USA (2004)
116 >
117 > %\bibitem{ref:gantry}
118 > %A. Homna {\it et al.}, An Automated Silicon Module Assembly System for the CMS Silicon Tracker,
119 > %CMS NOTE-2002/005
120 > %\bibitem{ref:ptdr}
121 > %CMS Collaboration, \textit{CMS Physics TDR}, Volume 1, CERN-LHCC-2006-001, 2 February 2006
122  
116 – \bibitem{ref:dohm}, F.Benotto {\it et al.}, Design and test of the Digital Opto Hybrid Module for the CMS Inner Barrel and Disks,
117 – CMS NOTE-2008/013.
123  
124 + \bibitem{ref:mc}, R.D'Alessandro {\it et al.}, Signals and Power Distribution in the CMS Inner Tracker,
125 + CMS NOTE-2009/xxx in preparation.
126  
127 < \bibitem{ref:hlt}
128 < The CMS Collaboration, The CMS High Level Trigger,  
129 < Eur.Phys.J. C46 (2006) 605-667
123 <
124 < \bibitem{ref:arc}
125 < M. Axer {\it et al.}, Test of CMS tracker silicon detector modules with the ARC readout system
126 < Nucl. Instr. and Meth. A 518 (2004) 321
127 > \bibitem{ref:grounding} J. Bernardini{\it et al.},
128 > The Grounding and Shielding of the
129 > Tracker Inner Barrel and Disks (TIB/TID), CMS NOTE-2009/xxx in preparation
130  
131 < \bibitem{ref:database}
132 < xxxxxxx Tracker Construction Database xxxxxxxxxx
131 > \bibitem{ref:database} http://cmsdoc.cern.ch/~cmstrkdb/
132 > %xxxxxxx Tracker Construction Database xxxxxxxxxx
133   %??????da cercare
131 – \bibitem{bib:fedpci}
132 – Referenza al fed pci
134  
135 < \bibitem{bib:specs:tsc}
136 < Referenza alla tsc
135 > \bibitem{ref:pt1000} PT1000 reference (to be found)
136 >
137 > \bibitem{ref:hmx}  PhyMetrics, Medford, NY, USA, http://www.hygrometrics.com
138 >
139 > \bibitem{ref:burnin} M. D'Alfonso {\it et al.},
140 > Validation tests of the CMS TIB/TID structures,
141 > CMS NOTE-2009/xxx in preparation
142 >
143 > \bibitem{ref:tsc} Institut de Physique Nucleaire de Lyon,
144 > CMS Trigger Sequencer Card User Manual Version 4.0,\\
145 > http://lyoinfo.in2p3.fr/cms/cmstraces/tscweb/tsc.html
146 > and TSC/TPO manual at\\
147 > http://lyoinfo.in2p3.fr/cms/cmstraces/tscweb/doc/tsc04.pdf
148 >
149 > \bibitem{ref:xdaq} J. Gutleber, L. Orsini,
150 > Software Architecture for Processing Clusters Based on I$_2$O,
151 > Cluster Computing 5, 55-64 (2002)
152 >
153 > \bibitem{ref:gain} Da trovare una ref dove si afferma che il gain ottimale
154 > della catena ottica analogica del tracciatore e' 0.8
155 >
156 > %\bibitem{ref:lvds}
157 > %Electrical Characteristics of Low Voltage Differential Signaling
158 > %(LVDS) Interface Circuits,”, ANSI/TIA/EIA-644-A-2001, 2001.
159 >
160 > %\bibitem{ref:hlt}
161 > %The CMS Collaboration, The CMS High Level Trigger,  
162 > %Eur.Phys.J. C46 (2006) 605-667
163 >
164 > %\bibitem{ref:arc}
165 > %M. Axer {\it et al.}, Test of CMS tracker silicon detector modules with the ARC readout system
166 > %Nucl. Instr. and Meth. A 518 (2004) 321
167 >
168 > %\bibitem{bib:fedpci}
169 > %Referenza al fed pci
170 >
171  
172   \bibitem{ref:modtest}
173   S. Albergo {\it et al.}, Test of the Inner Tracker Silicon Mirostrip Modules,
174   CMS NOTE - 2009/001
175  
176 < \bibitem{ref:grounding}
177 < The TIB grounding scheme, CMS Note in preparation
176 > \bibitem{ref:lasertemp} CMS Tracker Optical Readout Link Specification
177 > Part 2.2: Laser Transmitter
178 > Version 3.7, 30 Oct 2003
179 > CERN EP/CME EDMS \\
180 > https://edms.cern.ch/document/312575/3.7
181 >
182  
183   \bibitem{fluencemaps}
184   Reference on the fluence maps (TDR?).

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