ATLAS Pixel Subsystem and Simulation
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1 ATLAS Pixel Subsystem and Simulation Charles Young On behalf of the SLAC ATLAS Team Annual DOE HEP Program Review (June 2007) 6/13/07 C. Young (Pixels and Simulation in ATLAS) 1
2 The Pixel Subsystem Basic unit is the module. Approximately 16 mm x 61 mm µm x 400 µm pixels. Extensive testing: noise, gain, etc. (CY) Barrel made of 13-module staves. Layer # staves Radius 51 mm 89 mm 123 mm Three 48-module endcap disks each end. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 2
3 Stave= 13 modules module 1/2 shell 6/13/07 C. Young (Pixels and Simulation in ATLAS) 3
4 Clamp Together Two Half Shells 6/13/07 C. Young (Pixels and Simulation in ATLAS) 4
5 Layer 2 End View 6/13/07 C. Young (Pixels and Simulation in ATLAS) 5
6 Layers 1 and 2 6/13/07 C. Young (Pixels and Simulation in ATLAS) 6
7 sector = 6 modules disk = 8 sectors endcap = 3 disks 6/13/07 C. Young (Pixels and Simulation in ATLAS) 7
8 From Danilo Giugni (Milano) EndPlate Disk 3 Layer 0 Disk 2 Disk 1 BeamPipe 6/13/07 C. Young (Pixels and Simulation in ATLAS) 8
9 Pixel Package 1744 modules. ~ pixels. ~15 KW. Evaporative cooling with C 3 F 8. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 9
10 Service Quarter Panels cooling PP1: external connections Power & monitoring PP0: modules connect here Optical fibers 4x10 connector block, 16 fibers per cable 6/13/07 C. Young (Pixels and Simulation in ATLAS) 10
11 Service Quarter Panels Final assembly & testing at CERN. Coordinated by J. Alonso, M. Gilchriese, R. Madaras (LBNL) and CY. Delicate rework by SLAC electronics technicians. Optoboard heaters. SQP internal wiring. Type-0 cable repair. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 11
12 From Jean-Francois Arguin (LBNL) 6/13/07 C. Young (Pixels and Simulation in ATLAS) 12
13 (Half of) Real Pixel Package Barrel Service Quarter Panel Endcaps 6/13/07 C. Young (Pixels and Simulation in ATLAS) 13
14 Close-Up of Barrel 6/13/07 C. Young (Pixels and Simulation in ATLAS) 14
15 Connectivity Test Connect pixel modules at PP0. External connections at PP1. Power, environmental monitoring, optical, cooling. Verify connections. Some mapping errors discovered and corrected. Establish optimal operating point in 3 parameters. BOC delay, threshold and Viset. Effort includes: DAQ/Connectivity Test code development. ~2.5 months of testing. Claus Horn & Ariel Schwartzman heavily involved in both phases. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 15
16 Optimal Operating Point threshold Viset=700 mv 750 mv 800 mv 850 mv 900 mv delay Find best operating point in white error free region. Constraints, e.g. One common Viset for an opto-board serving 6 or 7 modules. Pulse height instability at or below Viset = 700 mv (not obvious from these plots). Analysis by Ariel Schwartzman and others. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 16
17 Connectivity Test Progress 6/13/07 C. Young (Pixels and Simulation in ATLAS) 17
18 Pixel Status After Connectivity Test Three dead modules. Two in barrel. One in layer 2 (may be recoverable) and one in layer 1. Layer 0 OK. One in endcap (may be recoverable). Three dead chips in endcap. One chip = 1/16 of a module. Dead pixels distributed on many modules. Over 99.8% channels working. Installation starts on 6/25. Commissioning will be focus of activities from now on. Connectivity test inside ATLAS. Calibration and alignment. Monitoring. Opportunity for gaining detector experience. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 18
19 Pixel Package Fits in Dummy Support Tube With a little clearance 6/13/07 C. Young (Pixels and Simulation in ATLAS) 19
20 Cosmic Test with Endcap Realistic environment. Production electronics. Production cables and fibers. Cooling system. Asynchronous scintillator trigger. Demonstrated system operations. No surprises in performance. Write-up in preparation. SLAC people involved include Tim Barklow, Norman Graf, Ariel Schwartzman, Su Dong & CY and Heather Gray, David Lopez & Kerstin Perez (Columbia). From A. Schwartzman 6/13/07 C. Young (Pixels and Simulation in ATLAS) 20
21 Data Acquisition DSP Five DSP s in each Read Out Driver (ROD). Send commands to modules. Receive event data. Low level error monitoring. Calibration. Histogramming, e.g. occupancy. Crucial to a number of data flow and DAQ functions. Very inconvenient code development environment. Windows based cross compiler. Download to DSP to test. No operating system or debugging tools on DSP. Poor code management. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 21
22 DSP Some of these difficulties addressed by Matthias Wittgen. WINE on Linux + gmake. Small group of developers. Andreas Korn(LBNL). Matthias Wittgen, Heather Gray (Columbia) and Alex Schreiner (Iowa). 6/13/07 C. Young (Pixels and Simulation in ATLAS) 22
23 Simulation Full simulation using Geant4 is too slow! About 20 CPU minutes per event. Several efforts underway to speed up. Speed up full simulation. Parameterized EM shower & shower library. Sophisticated four-vector smearing. People involved: At SLAC are Yan Jiang, Bart Butler, CY and Zach Marshall (Columbia). DESY, Melbourne, Pittsburg, Toronto. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 23
24 Validation at Simulation Step e- energy deposit distfe Entries 1000 Mean 3700 RMS # events η 3.2 η 4.4 G4 Simulation Parameterization From Sing Cheung (Toronto) η Total deposited energy (MeV) Energy deposition by 100 GeV electrons in FCAL. Black = full simulation Red = fast shower simulation 6/13/07 C. Young (Pixels and Simulation in ATLAS) 24
25 Validation at Reconstruction Step From B. Butler Energy in layer 2 of a 3x3 tower in the barrel electromagnetic calorimeter from 100 GeV electron. Red = full simulation Blue = fast shower simulation 6/13/07 C. Young (Pixels and Simulation in ATLAS) 25
26 Validation at Analysis Stage Missing ET F. Legger (EPFL) at meeting on QCD Background (5/2/07) Gray = full simulation Red = fast shower simulation 6/13/07 C. Young (Pixels and Simulation in ATLAS) 26
27 Validation at Analysis Stage Missing ET Resolution F. Legger (EPFL) at meeting on QCD Background (5/2/07) Gray = full simulation Red = fast shower simulation 6/13/07 C. Young (Pixels and Simulation in ATLAS) 27
28 Fast Shower Simulation Timing Improvement Subsystem Full Sim Time (sec) From Z. Marshall (Columbia) Fast Sim Time (sec) Tracker EM Barrel EM Endcap Forward Cal Hadronic Barrel Hadronic Endcap Muon System Others Total 1238 ~2.5X 473 6/13/07 C. Young (Pixels and Simulation in ATLAS) 28
29 Simulation Optimization Group Mandate: Optimize the G4-based simulation in terms of physics content and technical performance, recommend baseline releases and parameters, address long-term validation and strategy issues. Milestones. Phase 1 (June 15). Define baseline (G4 release, parameters, cuts). Address urgent technical issues. Collect requirements from detectors for optimization beyond [current release]. Define validation strategy. Phase 2 (October). Members: A. Dell Acqua, T. Carli, D. Froidevaux, C. Guyot. K. Jakobs, Z. Marshall, A. Nisati, A. Rimoldi, G. Unal and C. Young. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 29
30 Summary Pixels: Overcame a series of technical difficulties. Detector package is now ready for installation. Attention turns to commissioning and related activities such as alignment, calibration & monitoring. Aligned with SLAC s other projects and physics interests. Simulation: Fostered effort in fast shower simulation. Improved program speed by ~2.5X. Actively involved in strategy going forward. Actively supporting our users. 6/13/07 C. Young (Pixels and Simulation in ATLAS) 30
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