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Development of a detector control system for the serially powered ATLAS pixel detector at the HL-LHC / Lukas Püllen. 2015
Content
Contents
Introduction
The Standard Model of Particle Physics
Matter
Force
Electromagnetic Interaction
Weak Interaction
Strong Interaction
Mass
The Experimental Setup at the HL-LHC
The Large Hadron Collider
Accellerator
Experiments
The ATLAS Experiment
Inner Detector
Calorimetry in ATLAS
The Muon System
Magnets
Trigger System
The ATLAS Inner Tracker
Baseline Layout
Alternative Layouts
Pixel Modules
Pixel Sensors
Pixel Staves and Discs
Powering
Optical link
Controlling a detector
DCS Requirements
Three Paths
Controlling a serially powered stave
A Control Path for serial powering
Modifications for parallel powering
Designing an ASIC for a Detector Control System
The MOSFET
Body Effect
Sub-threshold Conduction
Cadence Analog Design-flow
CERN Digital Design-flow
Impact of Ionizing Radiation onto Integrated Circuits
TID effects
Single Event Effects
Principles for Radiation Hard Electronics
Thin Gates of the 130nm Process
Enclosed Layout Transistor
DICE Latches
Triple Modular Redundancy
Hardness By Design Techniques for DCS Electronics in the ITK
The Pixel Serial Powering & Protection Chip
Inspired by the SPP
SPP Functionality
Functionality-tests with the SPP
PSPP, a prototype for the DCS chip
AC coupled I2C-HC
PSPP Logic core
Shunting with the PSPP
Measuring with the PSPP
PSPP Layout
Testing the PSPP
Test environment
Master-board
Slave-board
Testing of the voltage regulator functionality
Quantitative tests
Testing of the Comparator
Testing of the I2C-HC communication
Malfunction of the Shunting logic
Testing of the power-on reset
Testing of the shunt transistors
Testing the ADC functionality
Testing of a five-chip-chain
Issues with a voltage source
Supplying with a current source
Results and outlook
Conclusion and Outlook
Bibliography