Pixel Status Mar 12nd 2012 Maki KUROSAWA RBRC.

Slides:

Advertisements

Similar presentations

1 Pixel Bus Development Atsushi Taketani RIKEN/RBRC 1.Who is working 2.Over view of pixel bus 3. Manufacture process 4. Issues 5. Development / Production.

Advertisements

Z x 725 Sensor Mark 140 x Sensor Coordinates Bump Bond Pad Ø = 12/ FE PAD#2 110 x 210 LM Structure FE Chip Coordinates Bump.

CDF Run II Silicon John Zhou Rutgers University Z ee.

Slide 1 Anthony Affolder US Module LT meeting June 17, 2004 UCSB Module LT Testing.

PHENIX Vertex Tracker Atsushi Taketani for PHENIX collaboration RIKEN Nishina Center RIKEN Brookhaven Research Center 1.Over view of Vertex detector 2.Physics.

4/25/2006 Puneeth Kalavase, UC, Santa Barbara On behalf of US Tracker Outer Barrel group Construction and Testing of CMS “Rods”

Bad Fibers LIU Qian. Today we put the bundle 2 (West bundle) into the protecting tube. Common end 9 m barrel 5.6 m 9.4 m Put into coiled tube Put into.

1.ATLAS and ID 2.SCT 3.Commissioning 4.Integration 5.Latest Runs 6.Conclusions Commissioning the ATLAS Silicon Microstrip Tracker IPRD08 - Siena Jose E.

Recently Report LIU Qian. Putting the common end into the moon box We removed this surface of rack when we were installing the common end. We didn’t move.

Ladder QA Status. Ladder QA Summary Ladder Remarks 1XXXXXXXXOOOOOXOO left : short (via-GND) right chip3 : cannot mask 2OOOOOOOOOOOOOOO.

Yu. Guz 18/12/20061 HCAL commissioning: status and plans Yu. Guz, IHEP, Protvino Outline 1. current status of HCAL a)CW+PM b)signal cables c)LED monitoring.

1 States report for readout system 1.PHENIX readout system overview 2.High speed data link 3.Digital pilot ASIC 4.Schedule Hiroyuki

Time Meeting 3/17/2015 PHENIX Run-15 Status Douglas Fields PHENIX Run-15 Run Coordinator University of New Mexico.

Ladder QA manual. Check items 1 Interlock - Temperature of NOVEC. ✓ Check the difference from the value where the QA in RIKEN was performed is less than.

PHENIX Silicon Pixel Detector Construction, Operation, and the first Results Atsushi Taketani RIKEN Nishina center RIKEN Brookhaven Research Center Outline.

Time Meeting 2/3/2015 PHENIX Run-15 Status Douglas Fields PHENIX Run-15 Run Coordinator University of New Mexico.

Frontend of PHENIX Si pixel K. Tanida (RIKEN) FEM/DAQ meeting for PHENIX upgrade (10/24/02) Outline Overview of PHENIX Si pixel detector ALICE1 chip readout.

Ladder QA manual. Check items 1 Interlock - Temperature of NOVEC. ✓ Check the difference from the value where the QA in RIKEN was performed is less than.

11 SSD Power and Cooling on the Cone STAR Integration Workshop Howard Matis May 16, 2008 STAR Integration Workshop Howard Matis May 16, 2008.

Ronald Lipton PMG June Layer 0 Status 48 modules, 96 SVX4 readout chips 6-fold symmetry 8 module types different in sensor and analog cable length.

12/29/20121 PHENIX WEEKLY PLANNING 12/29/2011 Don Lynch.

MuTr Shutdown Work Rusty Towell for And JUNE 22, 2004 at the Muon Physics and Forward Upgrades Workshop.

PHENIX WEEKLY PLANNING 2/14/2008 Don Lynch. 1/31/2008 Weekly Planning Meeting2 Run 8 Task Schedule ItemStartFinish RPC supportOn GoingOn Going CM Crane.

Swadhin Taneja Stony Brook University On behalf of Vertex detector team at PHENIX Collaboration 112/2/2015S. Taneja -- DNP Conference, Santa Fe Nov 1-6.

L0 DAQ S.Brisbane. ECS DAQ Basics The ECS is the top level under which sits the DCS and DAQ DCS must be in READY state before trying to use the DAQ system.

PHENIX Run8 Summary d+Au was fantastic! - x30 over Run3 baseline for future A+A new level of precision on intrinsic Cold Nuclear Matter physics now p+p.

1 Silicon Vertex Detector at PHENIX Atsushi Taketani RIKEN / RBRC 1.Physics Goal 2.Detector Concept 3.Structure 4.Pixel detector 5.Strip detector 6.Summary.

Tsukuba-hall webcam 1 Beam Pipe and Vertex Detector extraction: on Nov. 10, 2010 Belle Detector Roll-out: Dec. 9, 2010 End-caps, CDC, B-ACC, TOF extraction:

Time Meeting 3/10/2015 PHENIX Run-15 Status Douglas Fields PHENIX Run-15 Run Coordinator University of New Mexico.

1 EMC Trigger Summery from RunII and discussion for RunIII H.Torii, Kyoto Univ. ERT Lvl-1 meeting.

PHENIX BNL 6/3/2005 Walter Sondheim, Jan Boissevain, Dave Lee PHENIX UPGRADES: SVTX + SI ENDCAPS.

Pixel Atsushi Taketani RIKEN RIKEN Brookhaven Research Center 1.Overview of Pixel subsystem 2.Test beam 3.Each Components 4.Schedule 5.Summary.

D0 PMG February 15, 2001 PMG Agenda February 15, 2001  Overview (Weerts) u Detector status u Reportable milestones u Summary  Operations Organization.

HBD Report Craig Woody BNL DC Meeting January 7, 2009.

CERN, CT Workshop, ID Week, July 2 nd, 2007 Connectivity Workshop Conclusions: Lessons learned C12 Test Next future Claudia Gemme, CERN - INFN Genova Connectivity.

Saverio MINUTOLITOTEM Electronics W.G., 9 December T1 electronics status.

Atsushi Taketani 2005/06/03 VTX meeting 1 PIXEL BUS status 1.Circuit design 2.Design rule and design 3.Schedule.

VTX Half LAYER 4 LAYER 3 LAYER 1 LAYER 2 EACH LAYER’S BARRELL MOUNT NEEDS TO BE REFERENCED TO KINEMATIC MOUNTS AND IT’S MOUNTED LADDERS.

Columbia University IN THE CITY OF NEW YORK VTX Electronics Integration E.J. Mannel Columbia University DOE Review June 2-3, 2009.

1 Installation Status Remaining Issues RIKEN/RBRC Itaru Nakagawa.

Upgrade with Silicon Vertex Tracker Rachid Nouicer Brookhaven National Laboratory (BNL) For the PHENIX Collaboration Stripixel VTX Review October 1, 2008.

Recent Gain Changes C.Woody HBD Meeting March 23, 2010.

PHENIX WEEKLY PLANNING 2/14/2008 Don Lynch. 2/14/2008 Weekly Planning Meeting2 Run 8 Task Schedule ItemStartFinish RPC supportOn GoingOn Going CM Crane.

Time Meeting 2/10/2015 PHENIX Run-15 Status Douglas Fields PHENIX Run-15 Run Coordinator University of New Mexico.

System Test Assembly 20th Oct 2009 M. Kurosawa. Current Status Performed system test with new FEM and software. Visit VICRISE on 13th Oct. 2-L and 8-R.

Run 14 RHIC Machine/Experiments Meeting 24 June 2014 Agenda: Run 14 Schedule (Pile) Machine Status (Robert-Demolaize) STAR and PHENIX Status (Experiments)

Stability Hidemitsu Asano. pixel unstable point seg#

09/02/2006 Muon week HV and LV systems status for Magnet Test S. Braibant, P. Giacomelli, M. Giunta.

RICH Status from last RICH meeting

Preparations for test of

Radiation Laboratory Meeting

Maki KUROSAWA VTX Group 2014 Feb 20

ScECAL+AHCAL+TCMT Combined Beam FNAL

Silicon tracker and sensor R&D for sPHENIX

UCSB Module Assembly Week of 11/28 – 12/2/05 Week of 11/28 – 12/2/2005.

Current status of run14 VTX alignment

Module Testing in Florence Carlo Civinini INFN-Florence

EUDET Extended SC meeting 31 August 2009

US Module Testing Progress Report

Production Status 39 modules produced

RPC Front End Electronics

VTX readiness for RUN15 Y. Akiba.

Hybrid & Module Testing Status

The CMS Tracking Readout and Front End Driver Testing

Hybrid & Module Testing Status

RPC FEE The discriminator boards TDC boards Cost schedule.

Schedule after Shutdown

Pierluigi Paolucci & Giovanni Polese

VTX stability study Hidemitsu Asano.

Primary Vertex with Pixel and Stripixel

Presentation transcript:

Pixel Status Mar 12nd 2012 Maki KUROSAWA RBRC

IR (Injected Pulse (1/19)) Pixel Layers West Pixel Status ( Feb 29th 2012) IR (Injected Pulse (1/19)) SPIRO WEST South North 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 49 Barrel 0 B0-L4 58 51 B0-L3 59 71 B0-L2 27 48 B0-L1 50 28 47 B0-L0 29 37 Barrel 1 B1-L9 30 31 B1-L8 16 38 B1-L7 78 46 B1-L6 17 39 B1-L5 79 53 B1-L4 18 40 B1-L3 56 55 B1-L2 50 20 41 B1-L1 57 60 B1-L0 67 EAST B0-L5 72 B0-L6 73 B0-L7 74 69 B0-L8 76 68 B0-L9 77 32 21 54 B1-L11 62 33 B1-L12 22 52 B1-L13 63 34 B1-L14 24 B1-L15 64 35 B1-L16 25 43 B1-L17 65 36 26 42 66 Data from B0-L5-N, B0-L9 and chip8-11 of B1-L11-N are unstable. Considerable cause of additional bad chips of those ladders will be unstable FEM or optical fiber connection at SPIRO side. Pixel Layers East FEM ID 1 FEM ID 5 FEM ID 10 Good chip Bad chip Unstable chip 50 No response for half of chip

Run-12 13.5 weeks of physics running 4 weeks of p+p 200GeV (mid of Feb ~ mid of Mar) 5 weeks of p+p 500GeV (mid of Mar ~ end of Apr) 2 ¼ week of Cu+ Au 200 GeV (under assumption) 2 ¼ week of U+U 193 GeV (under assumption) Our goal for 4-week 200GeV pp run |z| < 30cm : 10.5 pb-1 |z| < 10cm: 3.8 pb-1 We got 88% We got 76%

Back Up Slides

LV current for all pixel ladders are always normal during run. Data taking with PHENIX-DAQ and OPS software Occasionally, failed to get hit data from B0-L5-N, B0-L9 and sensor 2 of B1-L11-N. Few noise pixels could be seen. Test (with DAQ in standalone mode and OPS) had been done during APEX on Mar 7th. B0-L5-N B0-L9-N B0-L9-S B1-L11-N Sensor 3 Sensor 2 Sensor 1 Sensor 0 with DAQ big partition (Mar7th) X with DAQ standalone (Mar 7th) O with OPS Optical Intensity of Data Line (Mar 7th) (dBm) -12.28 -10.92 -10.58 -12.37 -12.47 -10.50 -13.37 LV current (A) 3.39 A 3.99A 3.83A 3.48A Final physics run on Mar 7th LV current for all pixel ladders are always normal during run. It means broken of bonding wire should not be happened and sending DAC values had been done successfully.

Physics Run on Mar 8th Plan B0-L5-N B0-L9-N B0-L9-S B1-L11-N Sensor 3 Sensor 2 Sensor 1 Sensor 0 with DAQ big partition (Mar8th) O LV current (A) 3.42 A 4.01A 3.85A 3.50A First physics run on Mar 8th Hit data was back again. The reasons that bad ladders were recovered are unclear. Plan Replace FEM boards to which bad ladders connected with spare FEM boards. Check optical modules (blow with air blower) at access day (next Wed).

Pixel Status (Mar 8th 2012) Pixel Layers West Pixel Layers East IR (Physics run (3/8)) SPIRO WEST South North 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 49 Barrel 0 B0-L4 58 51 B0-L3 59 71 B0-L2 27 48 B0-L1 50 28 47 B0-L0 29 37 Barrel 1 B1-L9 30 31 B1-L8 16 38 B1-L7 78 46 B1-L6 17 39 B1-L5 79 53 B1-L4 18 40 B1-L3 56 55 B1-L2 50 20 41 B1-L1 57 60 B1-L0 67 EAST B0-L5 72 B0-L6 73 B0-L7 74 69 B0-L8 76 68 B0-L9 50 77 32 21 54 B1-L11 62 33 B1-L12 22 52 B1-L13 63 34 B1-L14 24 B1-L15 64 35 B1-L16 25 43 B1-L17 65 36 26 42 66 Pixel Layers East Good chip Bad chip Additional bad chip 50 No response for half of chip