Torino 01-06-2011 Exploiting commercial CMOS technologies for:  detection of Minimum Ionizing Particles for High Energy Physics experiments  direct detection.

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Presentation transcript:

Torino Exploiting commercial CMOS technologies for:  detection of Minimum Ionizing Particles for High Energy Physics experiments  direct detection of X-rays for medical applications People: PG- GROUP Research Staff Research Staff: D. Passeri (2,1), P. Placidi (2,1), L. Servoli (1), M. Menichelli (1), G.M. Bilei (1) Felloship Felloship: L. Bissi (2,1)Students (1)Istituto Nazionale di Fisica Nucleare Sezione di Perugia (2) Dipartimento di Ingegneria Elettronica e dell’Informazione Università degli Studi di Perugia

Torino Activity (1) 2 Visible Light  particle  V = 360 mV Radiation Active Pixel Sensors Synopsys Advanced TCAD ->Cadence Geant 4  Synopsys Advanced TCAD ->Cadence

Torino Activity (2) 3 radiation damage 13 years of experience in radiation damage due to the collaboration with the AMS experiment and private companies

Torino Projects (custom design) – 2004: Radiation Active Pixel Sensors (RAPS) Partners: Univ. of Perugia, Univ. of Parma e INFN di Perugia 2005 – 2008: Self-resetting High-gain Active Radiation Pixel Sensor (SHARPS) Partners: Univ. of Perugia, Univ. of Parma e INFN di Perugia 2009 – 2011: VERTICAL SCALE INTEGRATION – PIXEL CMOS (VIPIX) Partners: SLIM5 – PI, PV, BG, BO, TO / DIGIMAPS – RM3 / SHARPS PG-PR 2009 – 2011: To_ASIC Partners: (INFN-Sez. di Catania, INFN-Sez. di Cagliari, INFN- Sez. di Perugia, Univ. of Perugia, Univ. of Parma)

Torino RAPS02 −UMC 0.18m 1P6M CMOS −3T architecture 4x4μm 2, 10x10μm 2 pixel size −sparse read-out prone −in-pixel high-gain −self-reset mode (event- triggered). RAPS02 RAPS03 APS WIPS SHARPS RAPS03 −256x256 pixels −10x10μm 2 pixel size ~5mm Background ….. 5

Torino …. we’re working on UMC 180nm UMC 90nm ~15mm 1) What we have …. …… and what we would like to have! Chartered 130nm ~ 15mm Outp uts Global signals 2) looking forward deep submicron technology UMC 180nm Chartered 130nm

Torino Facilities (1) Software Equipment Cadence Combined IC and Systems Package, Calibre, MultiSim, Synopsys Advanced TCAD, ISE- Foundation (Xilinx) Technological Facilities Optical bench – different laser heads – laser spot characterization: photon rate, intensity, focusing capability (~ 1-2μm, single pixel hit) – advanced movement and DAQ capabilities: micropositioning – GUI: calibration, remote data acquisition, analysis (single pixel response, surface mapping, cross-talk OPTICAL FIBER COLLIMATOR OBJECTIVE 3D TRANSLATORS CHIP X Z Y

Torino Facilities (2) Test Board Design (Servizio Elettronica INFN Perugia) PCB design and assembly Firmware design capabilities (FPGA and Programmable device)

Torino Facilities (3) Total dose tests Total dose tests Co60 gamma rays ENEA Casaccia (Rome-Italy) Taek SANAEM (Ankara-Turkey) GIF UCL (Louvain-la neuve- Belgium) X-rays X-ray tube in SERMS (Terni-Italy) SEE test with ions and protons SEE test with ions and protons Ions and protons INFN LNS Catania (Italy) (ions and protons) GSI (Darmstadt- Germany) (ions) HIF UCL (Louvain-la neuve- Belgium) (ions) Laser MAPRAD (Perugia) Italy Displacement Damage Displacement Damage INFN LNS Catania (Italy) (protons)

Torino Facilities (4) Laser for SEE testing at MAPRad SEE testing flux measurement setup at LNS Cobalt source in Casaccia Rome