Commissioning of the ATLAS pixel detector optical data transmission and studies for readout of the ATLAS IBL and future trackers / vorgelegt von Jens Dopke. 2011
Content
1 Introduction
2 Physics at the LHC
3 Experimental Setup and Boundaries
4 ATLAS Pixel Detector
4.1 System Overview
4.2 The Pixel Detector Module
4.2.1 The Pixel Sensor
4.2.2 Pixel frontend cell electronics
4.2.3 Frontend
4.2.4 Module Controller Chip
4.3 Optical Semiconductor Devices
4.4 Optical Readout Links
4.5 Readout System Backend
4.6 Control
5 Optolink Calibration and Performance
5.1 Calibration Mechanisms
5.2 Tuning of the Optical Data Links
5.3 Commissioning and Performance
5.3.1 Connectivity Test 2007
5.3.2 Installation and Early Testing
5.3.3 System Tuning
5.3.4 Performance
5.4 Conclusion
6 Insertable B-Layer
7 Future Readout
7.1 Speed Requirements in Transmission Systems
7.1.1 Pileup contribution
7.1.2 Geometry Dependence
7.1.3 Parasitics within data transmission/Reducing data
7.1.4 Higher Level Transmission
7.1.5 Stability requirements
7.2 Gigabit Transceiver
7.3 Advanced Trigger Systems
7.4 Advanced Readout Systems
7.5 Conclusion
8 Concluding Remarks
9 Acknowledgements
A Recent Developments
B Technical Issues and Solutions
B.1 TOT calibration
B.2 Crosstalk Scans
B.3 Slow Turn-On Scans
B.4 VME readout bandwidth
B.5 Optolink Tuning Problems
List of Tables
List of Figures
Bibliography