Hardware Needs (Near Term)

Slides:



Advertisements
Similar presentations
Detectors and HV Channels in combined TB. HEC front modules (1-4) 32 HV channels HEC front modules (5-8) 32 HV channels HEC rear modules (1-8) 32 HV.
Advertisements

Slide 1L3 Testing Meeting March 7, 2003UCSB Status-Anthony Affolder UCSB Testing Status Anthony Affolder (for the UCSB module testing group) Current testing.
Status of UCSB LT Testing All 10 slots are equipped with UTRI, PAACB and adapter boards. All 10 UTRI connected to multiplexer. All 10 slots have HV connections.
Slide 1 Anthony Affolder US Module LT meeting June 17, 2004 UCSB Module LT Testing.
1 Long Term Module Testing-Anthony AffolderTPO, December 11, 2003 Current Module LT Testing Capability Only Vienna Boxes Available  10 slots at each site.
Juan Valls 1 TOB System Test Status Report  DS ROD System Test Setup  DAQ Software  DS ROD Characterization PLL, FED Timing Scans OPTO Scans  Noise.
6/22/04 Slide 1 Hybrid Testing Status Lance Simms 6/22/04.
US Module Production Status Joe Incandela University of California Santa Barbara for the US CMS Silicon Tracker Group CERN Tracker Week July 2004.
Slide 1UCSB Rod Production presented by Jim LambDOE review, January 20, 2004 UCSB Rod Production UCSB Rod Production, Jan , presented by Jim Lamb.
CMS Tracker Week – Module Test Meeting – July 2003 – Patrick Gartung 1 Long term rod testing software Patrick Gartung University of California, Riverside.
Slide 1 Anthony Affolder US Silicon Meeting, March 9, 2004 Equipment Status ARCS equipment status à Single module and 4 hybrid DAQ equipment status à Vienna.
Slide 1Rod Production presented by Jim Lamb (UCSB)April 9, 2004 Rod Production Rod Production, April , presented by Jim Lamb (UCSB)
US CMS Silicon Electronics Testing – CMS Lehman Review - May 21, Affolder1 US CMS Silicon Electronics Testing US CMS Lehman Review BNL 5/21/03 A.
1 US Testing Update-Anthony AffolderTracker Meeting, Feb 10, 2004 US Module Testing Update Anthony Affolder (On behalf of the US testing group) Update.
CMS Tracker Week – Module Test Meeting – April 2003 – Patrick Gartung 1 Status of US long term module testing Patrick Gartung University of California,
Anthony AffolderUS CMS Meeting 12/3/02DAQ Based Systems LV/HV Needs DAQ Power Supply Needs HV à 600 V/~1mA range –0.1-1  A Current Sensing –Over Voltage/Current.
Update on FMS Repair Stephen Trentalange STAR Management Meeting October 31,
15/12/10FV 1 Common DCS hardware. General ideas Centralized system: o Common computers. Detector dedicated computers (with detector participation) only.
DAQ MICO Report Online Monitoring: –Status All histograms are now implemented Still not fully online –Only monitoring from data file (slightly offline,
FNAL testbeam planning Jan 27, 2014 Alain Bellerive.
Goals: - To get experience in assembling MWPC on the Wall and prevent possible problems; - To check functionality and stability of different chambers at.
John Coughlan Tracker Week Feb FED Status FED Production Status Transition Card.
Tracker Summary Alan Bross MICE CM October 10, 2007.
Fermilab PMG - Results from module testing - April 9, 2004 – E.Chabalina (UIC) 1 Results from module testing E.Chabalina University of Illinois (Chicago)
CERN Single Phase Prototype Initial Discussion on Power/Space Requirements Terri Shaw Neutrino Platform July 30, 2015.
21-Jan-2009CSC - ESSC Jan'091 Report on CSC for ESSC Prepared for CSC by Fred Borcherding FNAL.
Juan Valls - LECC03 Amsterdam 1 Recent System Test Results from the CMS TOB Detector  Introduction  ROD System Test Setup  ROD Electrical and Optical.
J. Valls, CMS L2-L3 Meeting, Sept ROD Production at CERN  ROD Flow During Production  ROD Flow at CERN  ROD Testing Areas  Infrastructure  Equipment.
Requested hardware for Clermont-Ferrand in the test beam 2015 September 23 Roméo Bonnefoy and François Vazeille This material is provided by LPC and Collaboration:
TRT HV System status and plans for LS1 LPI Moscow, K. Zhukov.
09/02/2006 Muon week HV and LV systems status for Magnet Test S. Braibant, P. Giacomelli, M. Giunta.
Misc. Topics Markus Friedl (HEPHY Vienna) 22 January 2015.
EMU Slice Test Run Plan a working document.
Electronics for RPC Upscope
HF Test station at P5 A.Mestvirishvili.
CMS Module Testing & Quality Assurance
'. \s\s I. '.. '... · \ \ \,, I.
ROD assembly and test in US
DAQ Equipment Status 2 fully equipped Vienna boxes at UCSB and FNAL
UCSB Testing Status Anthony Affolder
UCSB Testing Status Anthony Affolder
Results from module testing
Unexpected Failures of Modules on Rods
UCSB Testing Status Anthony Affolder
On behalf of the US TOB testing group
First Assembled Rod in US
US Testing Update Anthony Affolder (On behalf of the US testing group)
UCSB Short-term Testing Plan
Operations/Failure Analysis
CSC Hot Spares LV Modules (24 units needed) HV Modules Custom Modules
' '· \ ·' ,,,,
Electrical Testing at UCSB: Hybrids & Modules
US Module Testing Progress Report
Fred’s Input to Rice Workshop
Current Module LT Testing Capability
Operations/Failure Analysis
Current Module LT Capability
Operations/Failure Analysis
Hybrid & Module Testing Status
Module Failures on Rods
US Module Testing Progress Report
Operations/Failure Analysis
US Rod Burn-in Readiness DAQ Hardware/Power Supplies
Equipment Status ARCS equipment status DAQ equipment status
Equipment Management DB Rack Wizard USC55 Underground Counting Room
DAQ for SBS GEM SBS collaboration meeting August 6th 2019
Hardware needs (ARCS) Current ARCS capabilities at both sites should be able to keep up with production assuming software changes Automatic I-V curves,
Prepared for CSC by Fred Borcherding FNAL
CSC Electronics Installation and Commissioning Oct ‘06
CSC Hot Spares LV Modules (24 units needed) HV Modules Custom Modules
Presentation transcript:

Hardware Needs (Near Term) ARCS hardware fully supplied Need a few DEPP boards Much more DAQ hardware needed to meet near term needs 4 Vienna slots equipped for module cold testing at both UCSB/FNAL 1 Stand-alone testing/debugging stand at FNAL 1 SS4 rod assembly test stand at both UCSB/FNAL Maybe a few spares To meet these goals we need: 2 TSC 3 FED 3 MUX crates with 3 boards each Or 30 FED-VUTRI data cables 2 Rod LV power supply 4 Electrometers Or no HV measurement on rods during assembly This list does not include any spares We need one extra board of each type in the US in case of failure during production