Online Data Processing and Hit Time Reconstruction for Silicon Detector Readout C. Irmler, M. Friedl, M. Pernicka The KEKB factory (Tsukuba, Japan) will.

Slides:



Advertisements
Similar presentations
17 February 2010 The Silicon Vertex Detector of the Belle II Experiment VCI 2010 M.Friedl, T.Bergauer, I.Gfall, C.Irmler, M.Valentan (HEPHY Vienna)
Advertisements

The Belle Silicon Vertex Detector T. Tsuboyama (KEK) 6 Dec Workshop New Hadrons with Various Flavors 6-7 Dec Nagoya Univ.
H1 SILICON DETECTORS PRESENT STATUS By Wolfgang Lange, DESY Zeuthen.
Front-end electronics for Time Projection Chamber I.Konorov Outlook:  TPC requirements  TPC readout options  Options for TPC FE chips  Prototype TPC.
The Belle II Silicon Vertex Detector Readout Chain Markus Friedl (HEPHY Vienna) TWEPP2012, 19 September 2012.
The Origami Chip-on-Sensor Concept for Low-Mass Readout of Double-Sided Silicon Detectors M.Friedl, C.Irmler, M.Pernicka HEPHY Vienna.
The new Silicon detector at RunIIb Tevatron II: the world’s highest energy collider What’s new?  Data will be collected from 5 to 15 fb -1 at  s=1.96.
Vertex 2002 Kailua-Kona The heavy ionising particles in CMS tracker Hip effect description. The PSI beam test. Measurements of hip rate and induced dead.
Striplet option of Super Belle Silicon Vertex Detector Talk at Joint Super B factory workshop, Honolulu 20 April 2005 T.Tsuboyama.
Elektronics - Hephy Vienna M.PernickaM.FriedlC.IrmlerJ.PirkerS.SchmidSteininger C. Schwanda + Involved in BELLE and CMS ADC system with 36 inputs and.
The Belle SVD Trigger  Tom Ziegler  Vertex 2002  Kailua-Kona, Hawaii, 4-8 th nov The Belle SVD Trigger Tom Ziegler on behalf of the Belle SVD.
June 2000Status of BELLE1 Beyond e + e - Workshop The Homestead Glen Arbor, MI Daniel Marlow BELLE Princeton University June 17, 2000.
July 2000Results from BELLE1 IV th Rencontres du Vietnam Hanoi, Vietnam Daniel Marlow BELLE Princeton University July 22, 2000.
Construction and Performance of a Double-Sided Silicon Detector Module using the Origami Concept C. Irmler, M. Friedl, M. Pernicka HEPHY Vienna.
Development of Readout ASIC for FPCCD Vertex Detector 01 October 2009 Kennosuke.Itagaki Tohoku University.
Status and Physics Prospects of the SuperKEKB Project Y. Horii Tohoku Univ. (Japan) 1 5th March 2011, La Thuile 2011.
APV25 for SuperBelle SVD M.Friedl HEPHY Vienna. 2Markus Friedl (HEPHY Vienna)11 Dec 2008 APV25 Developed for CMS by IC London and RAL (70k chips installed)
Electronics/DAQ for SVD2+SVD3 KEK, 17 Nov 2004 Manfred Pernicka, HEPHY Vienna We want to investigate penguins!
Ooo Performance simulation studies of a realistic model of the CBM Silicon Tracking System Silicon Tracking for CBM Reconstructed URQMD event: central.
DAQ Scheme and Beam Test Results H. Asano, M. Friedl, H. Hyun, T. Higuchi, C. Irmler, Z. Natkaniec, W. Ostrowicz, M. Pernicka, T. Tsubuyama.
Status of SVD Readout Electronics Markus Friedl (HEPHY Vienna) on behalf of the Belle II SVD Collaboration BPAC October 2012.
University of Nova GoricaBelle Collaboration S. Stanič, STD6, Sep , 2006 Status of the Belle Silicon Vertex Detector and its Development for Operation.
Performance of the AMT-3 Based TDC System at Belle S.Y.Suzuki, T.Higuchi, Y.Arai, K.Tauchi, M.Nakao, R.Itoh (KEK) H.Nakayama (University of Tokyo)
HallA/SBS – Front Tracker PARAMETERDESIGN VALUE Microstrip Silicon Detector Number of tiles/plane and size2 Number of planes2 Size of the single
The CDF Online Silicon Vertex Tracker I. Fiori INFN & University of Padova 7th International Conference on Advanced Technologies and Particle Physics Villa.
Vertex detector for the KEK B factory upgrade Toru Tsuboyama (KEK) 1 March 2008 Instr08 Novosibirsk.
Dec.11, 2008 ECL parallel session, Super B1 Results of the run with the new electronics A.Kuzmin, Yu.Usov, V.Shebalin, B.Shwartz 1.New electronics configuration.
Vertex 2005, Nikko Manfred Pernicka, HEPHY Vienna 1.
G. Volpi - INFN Frascati ANIMMA Search for rare SM or predicted BSM processes push the colliders intensity to new frontiers Rare processes are overwhelmed.
All Experimenters MeetingDmitri Denisov Week of July 7 to July 15 Summary  Delivered luminosity and operating efficiency u Delivered: 1.4pb -1 u Recorded:
SoLiD/PVDIS DAQ Alexandre Camsonne. DAQ limitations Electronics Data transfer.
WG3 – STRIP R&D ITS - COMSATS P. Riedler, G. Contin, A. Rivetti – WG3 conveners.
January 17, MICE Tracker Firmware Dead Time and Muon Detection Studies for the MICE Tracker Tracker Data Readout Basics Progress in Increasing Fraction.
Study of Belle Silicon Vertex Detector Intrinsic Resolution Saša Fratina, Jožef Stefan Institute, Ljubljana, Slovenia for Belle SVD group.
The trigger-less TBit/s readout for the Mu3e experiment Dirk Wiedner On behalf of the Mu3e collaboration 24 Sep 20131Dirk Wiedner TWEPP2013.
RD program on hybrids & Interconnects Background & motivation At sLHC the luminosity will increase by a factor 10 The physics requirement on the tracker.
3 May 2003, LHC2003 Symposium, FermiLab Tracking Performance in LHCb, Jeroen van Tilburg 1 Tracking performance in LHCb Tracking Performance Jeroen van.
Semi-Leptonic B s Mixing at DØ Meghan Anzelc Northwestern University On Behalf of the DØ Collaboration DPF 2006.
FPGA based signal processing for the LHCb Vertex detector and Silicon Tracker Guido Haefeli EPFL, Lausanne Vertex 2005 November 7-11, 2005 Chuzenji Lake,
The BTeV Pixel Detector and Trigger System Simon Kwan Fermilab P.O. Box 500, Batavia, IL 60510, USA BEACH2002, June 29, 2002 Vancouver, Canada.
1 Characterization of Pilot Run Modules for the Belle II Pixel Detector Felix Müller Max-Planck-Institut für Physik IMPRS Young Scientist Workshop Ringberg.
Mu3e Data Acquisition Ideas Dirk Wiedner July /5/20121Dirk Wiedner Mu3e meeting Zurich.
The trigger-less readout for the Mu3e experiment Dirk Wiedner On behalf of the Mu3e collaboration 31 March 20161Dirk Wiedner.
 13 Readout Electronics A First Look 28-Jan-2004.
1 First large DEPFET pixel modules for the Belle II Pixel Detector Felix Müller Max-Planck-Institut für Physik DPG-Frühjahrstagung der Teilchenphysik,
The design of fast analog channels for the readout of strip detectors in the inner layers of the SuperB SVT 1 INFN Sezione di Pavia I Pavia, Italy.
Update on & SVT readout chip requirements
DAQ ACQUISITION FOR THE dE/dX DETECTOR
SVD Introduction Wetzlar SVD-PXD Meeting, 4 February 2013
 Silicon Vertex Detector Upgrade for the Belle II Experiment
14-BIT Custom ADC Board Rev. B
Tracker TriP-t Test Stand
IOP HEPP Conference Upgrading the CMS Tracker for SLHC Mark Pesaresi Imperial College, London.
INFN Pavia and University of Bergamo
Silicon Pixel Detector for the PHENIX experiment at the BNL RHIC
MDC Data Check Wu Linghui
The SuperB Silicon Vertex Tracker
Vertex 2005 November 7-11, 2005 Chuzenji Lake, Nikko, Japan
Muon Recording Studies and Progress for the MICE Tracker
A First Look J. Pilcher 12-Mar-2004
FPGA-based Time to Digital Converter and Data Acquisition system for High Energy Tagger of KLOE-2 experiment L. Iafolla1,4, A. Balla1, M. Beretta1, P.
Sergey Abrahamyan Yerevan Physics Institute APEX collaboration
Example of DAQ Trigger issues for the SoLID experiment
Analog Front-end electronics for the outer layers of the SuperB SVT: design and expected performances Luca Bombelli1,2 on behalf of the SVT-SuperB Group.
LHCb Trigger, Online and related Electronics
The LHCb Level 1 trigger LHC Symposium, October 27, 2001
The CMS Tracking Readout and Front End Driver Testing
The LHCb VErtex LOcator
The LHCb Front-end Electronics System Status and Future Development
C. Irmler, M. Friedl, M. Pernicka HEPHY Vienna
Presentation transcript:

Online Data Processing and Hit Time Reconstruction for Silicon Detector Readout C. Irmler, M. Friedl, M. Pernicka The KEKB factory (Tsukuba, Japan) will be upgraded until 2013 aiming at a target luminosity of 40 times the present value. Accordingly, an increase of background is expected. Replacement of the silicon vertex detector and its readout is neccessary. We present a readout system for double sided silicon detectors using the APV25 chip and online data processing in order to achieve a low occupancy. C. Irmler, M. Friedl, M. Pernicka 11th Pisa Meeting on Advanced Detectors, May 24-30, 2009

Online Data Processing and Hit Time Reconstruction for Silicon Detector Readout The core function is implemented on a 9U VME board with 16 input channels. It provides online data processing like common mode correction and zero suppression for all 16 inputs in parallel. By taking 6 consecutive samples of the APV25 signal the timing of the hit can be reconstructed with a resolution of 2 - 3 ns RMS.  Offtime-background can be rejected  Allows matching of hits across layers The data processing methods and the benefits of the hit time reconstruction are discussed. C. Irmler, M. Friedl, M. Pernicka 11th Pisa Meeting on Advanced Detectors, May 24-30, 2009

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com. Inc. All rights reserved.