| Electronic Components and Systems for the Control of the LHC Machine (p. 9) |
| by Rausch, R |
| ATLAS electronics system overview (p. 17) |
| by Farthouat, P |
| CMS Electronics (p. 27) |
| by Ball, A H |
| LHCb and its electronics (p. 33) |
| by Christiansen, J |
| Packaging of silicon particle detectors : how to adapt microelectronic processes to large dies(p. 42) |
| by De Lambilly, H |
| COTS for the LHC radiation environmentain : the rules of the game(p. 50) |
| by Faccio, F |
| High-density low-mass hybrid and associated technology (p. 66) |
| by Unno, Y |
| Timing and synchronization in the LHC experiments (p. 77) |
| by Varela, J |
| Controls for the LHC experiments (p. 88) |
| by von Rüden, Wolfgang |
| Readout of the CMS pixel detector (p. 95) |
| by Kotlinski, Danek |
| Front-end electronics for ATLAS pixel detector (p. 100) |
| by Blanquart, L |
| The ALICE silicon pixel detector readout system (p. 105) |
| by Burns, M |
| An analog front-end in standard $0.25\mu m$ CMOS for silicon pixel detectors in ALICE and LHCb (p. 110) |
| by Dinapoli, R |
| Progress in development of the readout chip for the ATLAS semiconductor tracker (p. 115) |
| by Dabrowski, W |
| Analogue read-out chip for Si strip detector modules for LHC experiments (p. 120) |
| by Kaplon, J |
| Production database for the ATLAS-SCT front-end ASICs (p. 125) |
| by Lacasta, C |
| The CMS tracker APV25 $0.25 \mu m$ CMOS readout chip (p. 130) |
| by Raymond, M |
| The CMS tracker front-end and control electronics in an LHC like beam test (p. 135) |
| by Beaumont, W |
| The APVD readout circuit for DC-coupled silicon detectors (p. 141) |
| by Berst, J D |
| A mixed-signal ASIC for the silicon drift detectors of the ALICE experiment in a $0.25\mu m$ CMOS (p. 142) |
| by Rivetti, A |
| Test Results of the ALICE SDD Electronic Readout Prototypes (p. 147) |
| by Mazza, G |
| Production test of microstrip detector and electronic frontend modules for the STAR and ALICE trackers (p. 152) |
| by Lutz, Jean Robert |
| Design of a readout chip for LHCb (p. 157) |
| by Van Bakel, N |
| Implementation of the ASDBLR and DTMROC ASICS for the ATLAS TRT in DMILL technology (p. 161) |
| by Dressnandt, N |
| Digital implementation of a tail cancellation filter for the time projection chamber of the ALICE experiment (p. 164) |
| by Mota, B |
| A data driven high performance time to digital converter (p. 169) |
| by Christiansen, J |
| A Simplified and Accurate Front-End Electronics Chain for Timing RPCs (p. 174) |
| by Blanco, A |
| Dilogic-2 : A Sparse Data Scan Readout Processor for the HMPID Detector of ALICE(p. 179) |
| by Witters, H |
| Performance and Radiation Testing of a Low-Noise Switched Capacitor Array for the CMS Endcap Muon System. (p. 187) |
| by Breedon, R E |
| CARIOCA : a fast binary front-end implemented in $0.25\mu$ CMOS using a Novel current-mode technique for the LHCb muon detector(p. 192) |
| by Moraes, D |
| Performance and radiation tolerance of the ATLAS CSC on-chamber electronics (p. 196) |
| by Dailing, J |
| HAMAC, a rad-hard high dynamic range analog memory for ATLAS calorimetry (p. 203) |
| by Breton, D |
| Calibration of the ATLAS hadronic end-cap calorimeter (p. 208) |
| by Brettel, H |
| Calibration chain developed at LAPP for the ECAL of CMS (p. 213) |
| by Baek, Y W |
| CMS ECAL APD quality assurance facility (p. 221) |
| by Deiters, K |
| Measurements of radiation effects on the timing, trigger and control receiver (TTCrx) ASIC (p. 226) |
| by Toifl, Thomas H |
| Results of radiation test of the cathode front-end board for CMS endcap muon chambers (p. 231) |
| by Bylsma, B |
| Radiation tolerance evaluation of the ATLAS RPC coincidence matrix submicron technology (p. 236) |
| by Gennari, E |
| First evaluation of neutron induced single event effects on the CMS barrel muon electronics (p. 240) |
| by Agosteo, S |
| Single event upset tests of an 80Mbit/s optical receiver (p. 245) |
| by Faccio, F |
| Redundancy or GaAs? Two different approaches to solve the problem of SEU (Single Event Upset) in a digital optical link (p. 250) |
| by Dinkespiler, B |
| Single event effect measurements on the resistive plate chambers front-end chips for the CMS experiment (p. 255) |
| by Abbrescia, M |
| Single event upset studies on the APV25 front end readout chip (p. 260) |
| by Fulcher, J R |
| Overview of ATLAS LAr radiation tolerance (p. 265) |
| by de La Taille, C |
| Overview of the ATLAS policy on radiation tolerant electronics (p. 270) |
| by Dentan, M |
| Instrumentation amplifiers and voltage controlled current sources for LHC cryogenic instrumentation (p. 275) |
| by Agapito, J A |
| Developments for Radiation Hard Silicon Detectors by Defect Engineering : Results by the CERN RD48 (ROSE) Collaboration(p. 280) |
| by Lindström, G |
| Project status of the CMS tracker optical links (p. 289) |
| by Vasey, F |
| Radiation hard optical links for the ATLAS SCT and Pixel detectors (p. 294) |
| by Charlton, D G |
| Status of the 80Mbit/s Receiver for the CMS digital optical link (p. 299) |
| by Faccio, F |
| Recent progress in field programmable logic (p. 307) |
| by Alfke, P |
| LHC machine timing distribution for the experiments (p. 312) |
| by Taylor, B G |
| The ALICE central trigger processor (p. 318) |
| by Bloodworth, Ian J |
| An ASIC dedicated to the RPCs' front-end of the dimuon arm trigger in the ALICE experiment (p. 323) |
| by Royer, L |
| First-level endcap muon trigger system for ATLAS (p. 328) |
| by Hasuko, K |
| Study of LVDS serial links for the ATLAS level-1 calorimeter trigger (p. 333) |
| by Anagnostou, G |
| CMS regional calorimeter trigger high speed ASICs (p. 338) |
| by Smith, W H |
| A Demonstrator for the ATLAS Level-1 Muon to Central Trigger Processor Interface (MUCTPI) (p. 343) |
| by Corre, A |
| The Trigger Menu Handler of the ATLAS Level-1 Central Trigger Processor (p. 348) |
| by Ellis, Nick |
| The performance of a pre-processor multi-chip module for the ATLAS level-1 trigger (p. 353) |
| by Krause, J |
| Readout system for the CMS RPC muon trigger (p. 358) |
| by Banzuzi, K |
| An FPGA-based implementation of the CMS global calorimeter trigger (p. 363) |
| by Brooke, J J |
| Performance of a high voltage power supply incorporating a ceramic transformer (p. 371) |
| by Shikaze, Y |
| Multichannel system of fully isolated HV power supplies for silicon strip detectors (p. 376) |
| by Górnicki, E |
| Switching power supply technology for ATLAS Lar calorimeter (p. 380) |
| by Kierstead, J A |
| Grounding and shielding of the ATLAS TRT : an overall strategy(p. 383) |
| by Hajduk, Z |
| Design considerations of low voltage DC power distribution for CMS sub-detectors (p. 388) |
| by Allongue, B |
| Electronic design automation tools for high-speed electronic systems (p. 393) |
| by Evans, B J |
| Development of fluorocarbon evaporative cooling recirculators and controls for the ATLAS pixel and semiconductor tracking detectors (p. 398) |
| by Bayer, C |
| Trigger throttling system for CMS DAQ (p. 405) |
| by Rácz, A |
| The CMS DT muon DDU : a PMC based interface between frontend and data-acquisition(p. 410) |
| by Benotto, F |
| Timing, trigger and control distribution and dead-time control in ATLAS (p. 415) |
| by Gällnö, P |
| Specification and Simulation of the ALICE DAQ System (p. 419) |
| by Di Marzo-Serugendo, G |
| The ATLAS liquid Argon calorimeters read out drivers (ROD) (p. 424) |
| by Prast, J |
| ATLANTIS : a modular, hybrid FPGA/CPU processor for the ATLAS readout systems(p. 429) |
| by Kugel, A |
| The new ATLAS TRT read-out system (p. 434) |
| by Lichard, P |
| Off-detector electronics for a high-rate CSC detector (p. 439) |
| by Dailing, J |
| Design of the front-end driver card for CMS silicon microstrip tracker readout (p. 444) |
| by Baird, S A |
| Software developments for the readout unit prototypes for CMS DAQ system (p. 449) |
| by Bellato, M A |
| Implementation of a serial protocol for the liquid argon calorimeters of ATLAS (p. 454) |
| by Hubaut, F |
| The detector control system for the HMPID in the ALICE experiment at LHC (p. 459) |
| by De Cataldo, G |
| HDMC : an object-oriented approach to hardware diagnostics(p. 464) |
| by Pfeiffer, U |
| Development of a 24 ch TDC LSI for the ATLAS muon detector (p. 471) |
| by Arai, Y |
| Implementation of the sorting schemes in a programmable logic (p. 476) |
| by Matveev, M |
| Silicon DAQ based on FPDP and RACEway (p. 479) |
| by Kulinich, P A |
| Optical data transmission from the CMS cathode strip chamber peripheral trigger electronics to sector processor crate (p. 483) |
| by Adams, N |
| Custom chips developed for the trigger/readout system of the ATLAS end-cap muon chambers (p. 486) |
| by Kano, H |
| Low noise amplifier for capacitive detectors (p. 491) |
| by Schipper, J D |
| Use of external resistor to prevent radiation induced latch-up in commercial CMOS IC's (p. 496) |
| by Skorobogatov, P K |
| The nonlinear behavior of P-I-N diode in high intense radiation fields (p. 499) |
| by Skorobogatov, P K |
| Fiber optic based readout for BTeV's pixel detector (p. 502) |
| by Cancelo, G I E |
| High-speed comparator with low time dispersion (p. 507) |
| by Atkin, E V |
| A BICMOS discriminator interface for the SPD (p. 512) |
| by Diéguez, A |
| The muon pretrigger system of the HERA-B experiment (p. 517) |
| by Adams, M |
| First Level Trigger for H1, using the latest FPGA generation (p. 522) |
| by Urban, M |
| Design of a comparator in a 0.25 $\mu m$ CMOS technology (p. 525) |
| by Van Bakel, N |
| Comparative accuracy study of current-mode versus voltage mode analog memory in 0.25 $\mu m$ technology (p. 530) |
| by Michel, J |
| Monolithic active pixel sensors for high resolution vertex detectors (p. 535) |
| by Berst, J D |
| Results of gamma photon and neutron irradiations of Hamamatsu R5600-03/NG photomultiplier tubes (p. 540) |
| by Dajkó, G |
| Compact frontend-electronics and bidirectional 3.3 Gbps optical datalink for the H1-experiment (p. 545) |
| by Lüders, S |
| A mono-phase cooling system for detector front-end electronics : the example of the ATLAS TRT detector(p. 550) |
| by Andersson, M |
| Total dose irradiation of a $0.25\mu m$ process bidirectional 3.3 Gbps optical datalink for the H1-experiment (p. 555) |
| by Noah, E |
| Design and characterization of a DAC for the slow control of the pixel chip (p. 560) |
| by Corsi, F |
| Readout unit prototypes for the CMS DAQ system (p. 565) |
| by Antchev, G H |
| CMS front-end / DAQ interfacing (p. 569) |
| by Antchev, G H |
| Minimizing crosstalk in a high-speed cable-connector assembly (p. 572) |
| by Evans, B J |
| Single event upset studies for the ATLAS SCT and pixel optical links (p. 577) |
| by Dowell, John D |
| CARIOCA - A Fast Binary Front-End Implemented in 0.25m CMOS using a Novel Current-Mode Technique for the LHCb Muon Detector |
| by Moraes, D |
| A Fast Binary Front - End using a Novel Current-Mode Technique for the LHCb Muon Detector |
| by Moraes, D |
| LHCb and its electronics |
| by Christiansen, J |
| A Front-End ASIC for the Dimuon Arm Trigger of the ALICE Experiment |
| by Royer, L |
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