Microelectronics has become a key enabling technology in the development of tracking detectors for High Energy Physics. Deep submicron CMOS is likely to be extensively used in all future tracking systems. Radiation tolerance in the Mrad region has been achieved and complete readout chips comprising many millions of transistors now exist. The choice of technology is dictated by market forces but the adoption of deep submicron CMOS for tracking applications still poses some challenges. The techniques used are reviewed and some of the future challenges are discussed
International audienceFor the years to come, Silicon strips detectors will be read using the smalles...
In the design of the Silicon Vertex Tracker for the high luminosity SuperB collider, very challengin...
The up-to-date pixel detectors applied to high-energy physics experiments implement bidimensional ma...
CMOS pixel sensors (CPS) represent a novel technological approach to building charged particle detec...
High energy particle physics experiments investigate the nature of matter through the identification...
Several challenges for tracking with semiconductor detectors in the high rate environment of future ...
CMOS pixel sensors are a very attractive solution for future vertex detectors needing very high gran...
Most modern HEP experiments use pixel detectors for vertex finding because these detectors provide c...
High Energy Physics continues to push the technical boundaries for electronics. There is no area whe...
The latest advances in the design and characterization of several pixel sensors developed to satisfy...
The radiation environment present in some of today's High-Energy Physics (HEP) experiments and in sp...
The latest advances in the design and characterization of several pixel sensors developed to satisfy...
po the LHC experiments. For example, deep sub micron CMOS technology has enabled the challenging des...
International audienceFor the years to come, Silicon strips detectors will be read using the smalles...
In the design of the Silicon Vertex Tracker for the high luminosity SuperB collider, very challengin...
The up-to-date pixel detectors applied to high-energy physics experiments implement bidimensional ma...
CMOS pixel sensors (CPS) represent a novel technological approach to building charged particle detec...
High energy particle physics experiments investigate the nature of matter through the identification...
Several challenges for tracking with semiconductor detectors in the high rate environment of future ...
CMOS pixel sensors are a very attractive solution for future vertex detectors needing very high gran...
Most modern HEP experiments use pixel detectors for vertex finding because these detectors provide c...
High Energy Physics continues to push the technical boundaries for electronics. There is no area whe...
The latest advances in the design and characterization of several pixel sensors developed to satisfy...
The radiation environment present in some of today's High-Energy Physics (HEP) experiments and in sp...
The latest advances in the design and characterization of several pixel sensors developed to satisfy...
po the LHC experiments. For example, deep sub micron CMOS technology has enabled the challenging des...
International audienceFor the years to come, Silicon strips detectors will be read using the smalles...
In the design of the Silicon Vertex Tracker for the high luminosity SuperB collider, very challengin...
The up-to-date pixel detectors applied to high-energy physics experiments implement bidimensional ma...