Conveners
Session3
- Philip Patrick Allport (University of Birmingham (UK))
We have been developing various types of Si detectors for HEP(High Energy Physics) Experiments.
Hamamatsu SSD(Silicon Strip Detectors) has been used as a tracking detector in many collider experiments [ATLAS, CMS, BELLE, etc.] and space experiments [ FGST(GLAST), AGILE, etc.].
Hamamatsu APD(Avalanche Photo Diodes) is used as a photo detector of PWO4 scintillator in the CMS electromagnetic...
Infineon Technologies is developping single-sided AC-coupled Si-Strip-Sensors for the Phase-II-Upgrades of both ATLAS and CMS for the HL-LHC. The status and outlook of recent sensor-productions will be presented.
In this contribution, I will review the growing interest in implementing large area fast timing detectors with a time resolution of 30-50 ps based on low gain avalanche detectors. This interest is spurred as timing information is a very effective tool in pile-up rejection. Large scale high-precision timing detectors face formidable challenges in almost every aspect: sensors performance,...
Silicon-On-Insulator (SOI) technology is considered to have the most suitable structure for a monolithic pixel detector. It achieved many important performance: less than 1 micron tracking resolution, good energy resolution with 10 electron noise level, radiation hardness of more than 100 kGy(Si), small layout size with PMOS and NMOS active merge, etc.
Overview of the SOI pixel process and...
