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Performance of the insertable b-layer for the ATLAS pixel detector during quality assurance and a novel pixel detector readout concept based on PCIe / vorgelegt von Timon Heim. Wuppertal, July 2, 2015
Inhalt
Introduction
Particle Physics
The Standard Model
Matter Particles
Fundamental forces
Broute-Englert-Higgs Mechanism
Physics Beyond the Standard Model
The ATLAS Experiment
ATLAS Detector
Inner Detector
Calorimeter System
Muon Chambers
The ATLAS Detector Performance during Run 1 and Long Shutdown 1
Towards the High Luminosity LHC
The Insertable B-Layer
Overview
Motivation
Sensor Technologies
Planar Pixel Sensors
3D sensors
Front-End Technology
The IBL Readout System
Powering and Detector Control System
Construction and Integration
The IBL Stave Testing and Performance
Timeline
Stave Test Stand
Stave Test Procedure
Optical inspection
Electrical functionality
Reception Test
Calibration
Source Scan
Database and Analysis Framework
Stave Performance
Tuning Analysis
Source Scan Analysis
Bad Pixel Analysis
Stave Selection
Other Measurements and Lessons Learned
ToT Calibration
Comparison of Pixel Defects during Module and Stave QA
Increased Noise on 3D FBK Modules
Double Chip Module with one dead Chip
Conclusion and Thoughts for Future Pixel Detectors
Development of a Novel Readout System for Pixel Detectors
Overview
Motivation
Architecture
Front-End
Developments for Future Detectors
Project YARR
Hardware
Firmware
Software
FE-I4 Scans
Performance
Combined Performance
Discussion of Results
Processing Performance
FE-I4 Implementation
Comparison to Existing Systems
Outlook
Conclusion
IBL - the new innermost tracking layer of the ATLAS detector
Yet Another Rapid Readout
Appendix
Stave Naming Scheme
FE-I4 Configuration Statistics
List of Tables
List of Figures
Bibliography