PPT-TCAD Simulations of Silicon Strip and Pixel Sensor Optimization

Y Unno S Mitsui S Terada Y Ikegami Y Takubo KEK K Hara Y Takahashi U Tsukuba O Jinnouchi T Kishida R Nagai Tokyo IT S Kamada K Yamamura Hamamatsu Photonics KK. Preshower. for the CMS: BARC Participation . Anita . Topkar. BARC. CMS Preshower Detector. End caps of . CMS detector has ~4300 . silicon . strip detectors covering . area . of~17 . m. 2 . . BARC . safiul_el@rediffmail AbstractPorous silicon based sensors were tested in the presence of various linear aliphatic alcohols (methanol to nhexanol) and water in the range of 10 HIGHLY SENSITIVE POROUS S at. . Christmas. . 2014. LHC . Analysis and Physics. R+D and Upgrade. Max Klein - for the dauntless ATLAS Group - Liverpool 12.12.2014. new. Leading Roles. Liverpool ATLAS in 2014. A . Affolder. Meeting on . D. Bortoletto, Purdue University & University of Oxford. D. Bortoletto, May 20, 2014. CMS Tracker Meeting. 1. Bump bonding for hybrid pixels remain a dominant cost for hybrid detector. The cost for. Silicon Pixel Tracker – Chris Damerell. 1. The Silicon Pixel Tracker – beginning of a revolution?. Chris Damerell (RAL). SPT concept was first presented by Konstantin Stefanov in March 2008. He was made redundant by STFC shortly afterwards, but internationally, interest in the SPT has grown steadily, not only for the linear collider.. AGH University of Science and Technology. . Faculty of Physics and Applied Computer Science, . Kraków. , Poland. Jagiellonian. . Symposium. 2015 7-12/06/2015. Silicon Pixel Tracker – Chris Damerell. 1. The Silicon Pixel Tracker – beginning of a revolution?. Chris Damerell (RAL). SPT concept was first presented by Konstantin Stefanov in March 2008. He was made redundant by STFC shortly afterwards, but internationally, interest in the SPT has grown steadily, not only for the linear collider.. Phil Allport,. . Matt . B. aca, James Broughton, Andy Chisholm, Laura Gonella, Kostas Nikolopoulos, Simon Pyatt, Juergen Thomas, John Wilson. . 30/09/15. 1. Introduction. ATLAS UK Tracker Upgrade. H. . Pernegger. . ~2 cm. ~2 . c. m. FE-I4 R/O Chip. 27 k Pixels. 87 M transistors. The LHC upgrade program. From now to HL-LHC:. 4/27/12. 2. IBL + . nSQP. if confirmed. New pixel and strip. The ATLAS Tracker upgrade. A novel pixel and image sensor for automotive applications is present. By combining process advancements from consumer application with automotive technology and design, the optimal high dynamic range Jan . Kaplon. CERN, . Geneva . Outline. S. ilicon strip detectors for the High Luminosity LHC upgrade . Requirements and constraints. Basic architectures of the input stages. Examples of the channel architecture for ATLAS and CMS . Serena Mattiazzo. INFN & University of Padova (Italy). M. . Battaglia. ,. UC Santa Cruz (USA). P. . Denes. , D. . Contarato. Lawrence Berkeley National Laboratory, LBNL (USA). D. . Bisello. , P. . Fraunhofer. IMS. Dr. Sascha Weyers. Fraunhofer IMS. Infrastructure – CMOS . Fab. Total . a. rea: 1300 m. 2. Clean room . c. lass: 10. Wafer size: 200 mm (8 inch; 0.35 µm). Staff: working in 4 shifts / 7 days a week . high resolution imaging of. the Jovian system. Matthew . Soman. , Andrew . D. . Holland, . Konstantin D. . Stefanov. , . Jason P. . Gow. , . Mark . Leese. Centre . for Electronic Imaging, The Open University, MK7 6AA, .