Conveners
Th - 4: Joint Session
- Session Chair: Malte Hildebrandt (Paul Scherrer Institut)
Description
together with CHIPP Detector R&D Workshop
Tilman Rohe
(Paul Scherrer Institut)
12/09/2013, 16:31
Advanced detector technologies
Oral
Silicon trackers are included to every major HEP experiment since the LEP era in the early 1990s. In the meanwhile several hundred square meters of silicon detectors have been commissioned.
The requirements to these devices in terms of costs, radiation hardness and rate capability became more and more demanding.
This talk gives an overview on the sensors used in past and present HEP...
Dr
Ivan Peric
(University of Heidelberg)
12/09/2013, 17:01
Oral
High-voltage CMOS detector technology relies on the use of HVCMOS processes for the design of monolithic pixel sensors.
The HVCMOS detectors have several good properties: a fast charge collection by drift, a high radiation tolerance, CMOS in-pixel electronics, the compatibility with commercial processes and the possibility to produce thin detectors. The sensor element is a deep-n-well diode...
Dr
Yuri Musienko
(FNAL (Batavia) & Institute for Nuclear Research (Moscow))
12/09/2013, 17:31
Advanced detector technologies
Oral
Silicon photomultipliers (also known as G-APDs, SSPMs, MRS APDs, MAPDs, MPPCs, etc.) have been developed during recent years and promise to be an alternative to photomultiplier tubes. During the last decade, a variety of new SiPMs appeared on the market and interest in these devices increased regarding their application in high energy physics experiments and positron emission tomography. This...
Dr
Stefan Ritt
(Paul Scherrer Institut)
12/09/2013, 18:01
Advanced detector technologies
Oral
Switched Capacitor Arrays (SCA) are an attractive alternative to flash ADCs, being able to sample signals up to 10 GSPS and 12 bits with minimal power requirements. The talk gives an overview of the principle of SCAs and summarizes the features of various available chips and their applications in particle physics, including time measurements down to 3 pico seconds.
