LHCb VELO Upgrade Medipix/Timepix PR01 Testbeam

Slides:

Advertisements

Similar presentations

10/09/2002IWoRID; Niels van Bakel1 A collaboration between the ASIC-lab Heidelberg, NIKHEF Amsterdam and the University of Oxford Beetle; a front-end chip.

Advertisements

Actividades de I+D en IGFAE/USC Pablo Vázquez (IGFAE-USC) IV JORNADAS SOBRE LA PARTICIPACIÓN ESPAÑOLA EN FUTUROS ACELERADORES LINEALES Madrid, 2-3 Diciembre.

Collection Of Plots for A Testbeam Paper. List of Possible Plots R/Phi resolution, charge sharing, noise etc. Noise performance and few Landau distributions.

Medipix and Timepix chip developments

November 7th 2002Jim Libby (CERN/SLAC)1 Opposite Polarity Signals in Wide Pitch Sensors Jim Libby (CERN/SLAC) Introduction to the R&D in LHCb The test-beam.

ET CMS detector resolution zCMS Silicon Strip Tracker zCMS Silicon Strip Detector Resolution zHIP Silicon Beam Telescope.

May 14, 2015Pavel Řezníček, IPNP Charles University, Prague1 Tests of ATLAS strip detector modules: beam, source, G4 simulations.

Simulation Studies of a (DEPFET) Vertex Detector for SuperBelle Ariane Frey, Max-Planck-Institut für Physik München Contents: Software framework Simulation.

Using the EUDET pixel telescope for resolution studies on silicon strip sensors with fine pitch Thomas Bergauer for the SiLC R&D collaboration 21. May.

Timepix Test beam(09 August) Study Resolution Zhou Xing

Standalone VeloPix Simulation Jianchun Wang 4/30/10.

Testbeam 2010 with CAPTAN System Jianchun Wang Syracuse University.

Status on Testbeam Analysis Jianchun Wang Syracuse University VELO meeting, August 28, 2007.

Magnet rotated by 5.9 degree Distance from entrance point to magnet right bottom corner m.

Abraham Gallas (USC-IGFAE) Strips and Pixels for the VELO upgrade.

The LHCb Inner Tracker LHCb: is a single-arm forward spectrometer dedicated to B-physics acceptance: (250)mrad: The Outer Tracker: covers the large.

Bump Bonding and Thinning of Hybrid Pixel Detectors Kiyoshi Tanida (RIKEN) Johann M. Heuser (RIKEN) PHENIX upgrade workshop, Aug 2002 Contents Bump bonding.

Calibration, simulation and test-beam characterisation of Timepix hybrid-pixel readout assemblies with ultra-thin sensors International Workshop on Future.

Recent RD50 studies have shown that silicon irradiated at these levels still delivers a signal of ~ 8ke - / MIP LHCb upgrade rationale. After collecting.

Tobias Haas DESY 7 November 2006 A Pixel Telescope for Detector R&D for an ILC Introduction: EUDET Introduction: EUDET Pixel Telescope Pixel Telescope.

Martin van Beuzekom, STD6 14 th September Outline: Introduction to LHCb and VErtex LOcator (VELO) Status of VELO Beamtests Upgrades Summary LHCb.

Experimental Setup of the H8-RD22 Experiment Massimiliano Fiorini (on behalf of the H8-RD22 Collaboration) University of Ferrara – INFN Ferrara CARE HHH.

Installation and operation of the LHCb Silicon Tracker detector Daniel Esperante (Universidade de Santiago de Compostela) on behalf of the Silicon Tracker.

3D-FBK pixel sensors with CMS readout: first tests results M. Obertino, A. Solano, A. Vilela Pereira, E. Alagoz, J. Andresen, K. Arndt, G. Bolla, D. Bortoletto,

Richard Plackett University of Glasgow Testbeam Plans Working towards an LHCb Infrastructure VELO Upgrade Electronics Meeting – Oxford Richard Plackett,

11 Wish list for July May testbeam Keep It (Stupidly) Simple..

Testbeam Studies of the LHCb Vertex Locator Modules Lisa Dwyer.

Diamond detectors for the LHCb upgrade M. Artuso, A. Borgia, J. Garofoli, R.Mountain, P.Urquijo, J. Wang, Z. Xing 5/5/20101Marina Artuso Velo Upgrade Meeting.

LHCb VErtex LOcator & Displaced Vertex Trigger

Silicon Detectors for the VELO Upgrade G. Casse University of Liverpool 1 VELO Upgrade Nikhef Nov

R+D for future accelerators at Santiago Pablo Vázquez IGFAE-USC Instituto Galego de Gísica de Altas Enerxías Universidade de Santiago de Compostela.

- Performance Studies & Production of the LHCb Silicon Tracker Stefan Koestner (University Zurich) on behalf of the Silicon Tracker Collaboration IT -

IEEE October 16-22, 2004 First Look at the Beam Test Results of the FPIX2 Readout Chip for the BTeV Silicon Pixel Detector First Look at the Beam Test.

Test of Single Crystal Diamond Pixel Detector at Fermilab MTEST Simon Kwan Fermilab April 28, 2010.

Testbeam Post Mortem Immediate reflections on successes and failures Richard Plackett – University of Glasgow VELO Upgrade.

INSTR L.Shekhtman 1 Triple-GEM detectors for KEDR tagging system V.M.Aulchenko, A.V.Bobrov,A.E.Bondar, L.I.Shekhtman, E.V.Usov, V.N.Zhilich,

Chris Parkes, Silvia Borghi, Christoph Hombach WP2 Alignment Task: Status Report Introduction Alignment Monitoring – LHCb VELO Weak Modes – LHCb VELO AIDA.

31/08/09 LHCb Upgrade – Paula Collins 7 th International Hiroshima Symposium 1 1 Paula Collins (CERN) On behalf of the LHCb and Medipix/Timepix collaborations.

Status of 2009 Testbeam Paper and testbeam analyses Testbeam paper (2009) Some news from

Tracking at the Fermilab Test Beam Facility Matthew Jones, Lorenzo Uplegger April 29 th Infieri Workshop.

News – 22 September 2010 Still more refinements on the understanding of the timepix calibration  We are now at the ~20 electron level of precision  Propose.

Irradiated 3D sensor testbeam results Alex Krzywda On behalf of CMS 3D collaboration Purdue University March 15, 2012.

Timepix test-beam results and Sensor Production Status Mathieu Benoit, PH-LCD.

Giulio Pellegrini Actividades 3D G. Pellegrini, C. Fleta, D. Quirion, JP Balbuena, D. Bassignana.

Schematic design of the upgraded ADAMO (right picture). We can see the magnetic system, the five planes of silicon detectors, the Time Of Flight apparatus,

1/20 LHCb upgrade, Jeroen van Tilburg Nikhef Jamboree, 14 Dec 2015 Preparing for the LHCb upgrade.

Pixel Sensors for the Mu3e Detector Dirk Wiedner on behalf of Mu3e February Dirk Wiedner PSI 2/15.

Aras Papadelis. NIKHEF 1 Aras Papadelis B-physics meeting 15/ Results from the Nov2004 VELO test beam (and what followed…)

Page 1 Liverpool January 11th, 2012 LHCb Upgrade Meeting Planar Silicon Detectors I. Tsurin Generic sensor R&D ATLAS-oriented commitments LHCb-oriented.

12 th LECC, Valencia Sep 2006Aldo F. Saavedra 1 The Vertex Detector of LHCb - VeLo Aldo F. Saavedra Glasgow University On behalf of the VeLo group.

Developing Radiation Hard Silicon for the Vertex Locator

Tracking detectors/2 F.Riggi.

Available detectors in Liverpool

Work progress in Turin x the MVD

WP1 - Pixel detectors for HEP tracking and Imaging

Simulated vertex precision

DESY Test Beam Facilities - Status and Plan

Strawman module design

Integration and alignment of ATLAS SCT

TIMEPIX TESTBEAM TELESCOPE FOR AIDA

Timepix for the AIDA Telescope

AIDA Alignment Package

Angela Gligorova on behalf of the AEgIS and Medipix collaborations

Test Beam Measurements october – november, 2016

TPC chamber for Medipix2/TimePix

The LHCb vertex detector

The LHCb VErtex LOcator

Aras Papadelis NIKHEF Vertex 2005, Nikko, Japan

The LHCb Front-end Electronics System Status and Future Development

A Beam telescope for the EMC testbeam

Presentation transcript:

LHCb VELO Upgrade Medipix/Timepix PR01 Testbeam 6 pixel telescope planes angled in 2 dimensions to optimise resolution PR01 Fine pitch strip detector with fast electronics readout (Beetle) Device Under Test moved and rotated via remote controlled stepper motor

150 um thin sensor Clustersizes as a function of angle bending plane non bending plane angle (degrees)

Cluster TOT values thin sensor telescope planes

Resolution – thin sensor perpendicular Telescope planes ~ 4 um as expected Thin sensor ~15 um

Resolution: 20 degree angle Thin sensor ~7.5 um (possibility of small improvement with alignment) This number was ~5.2 um for thick sensor, at optimum angle of 9 degrees Note that there is a contribution of about 2.2 um from the telescope