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:

Slides:

Advertisements

Similar presentations

Technical Board, 12 July 2005Børge Svane Nielsen, NBI1 Status of the FMD Børge Svane Nielsen Niels Bohr Institute.

Advertisements

Status of the Clermont-Ferrand R&D works Tilecal upgrade meeting at CERN (11 February 2015) François Vazeille on behalf of Clermont-Fd team ● Active Dividers:

The New Congo jr Console from ETC Compact Modular All the power of Congo Same Channel Count Same Output Count.

Observations and next works from the recent tests of the insertion tools of Mini-Drawers at CERN Roméo Bonnefoy and François Vazeille Tilecal Operation.

1 WP 10- High Voltage ’06 March 23 rd HV Trip studies  See previous meetings for the foreseen tests on LBC44  Started late by Clermont people when Clermont.

David Emschermann DCS Workshop – PI Heidelberg – 22/01/2007 How to power up the TRD David Emschermann Physikalisches Institut Universität Heidelberg updated.

CMS WeekDec 2002E. Hazen HF Electronics Status Report E. Hazen, J. Rohlf, E. Machado Boston University.

Cabling and connectors for future LAV stations Mauro Raggi LAV working group CERN 26/10/2009.

Upgrade developments in Clermont-Ferrand Romeo Bonnefoy and François Vazeille Tilecal upgrade meeting (CERN, 13 June 2014) ● Handling tools ● Deported.

DESIGN OF THE HATCH OF THE INSTRUMENT BOOTH OF EUSO-BALLOON version v1.2 Writer : SYLVIE DAGORET- CAMPAGNE Final tests and Health tests1

Low Voltage Power Requirement of TOF FEEs. Maximum tray. Low Noise:  Periodic and Random Distortion (PARD) < few mV RMS Floating.

Tuesday September Cambridge1 GDCC “next replacement of the LDA” Franck GASTALDI.

Main Board Status MB2 v1 for FATALIC & QIE 10/06/2015Roméo BONNEFOY - LPC Clermont1 Roméo BONNEFOY François Vazeille LPC Clermont-Ferrand.

Saverio Minutoli INFN Genova 1 1 T1 Electronic status Electronics Cards involved: Anode Front End Card Cathode Front End Card Read-Out Control card VFAT.

V. Bobillier1 Long distance cable installation status Calorimeter commissioning meeting.

15/12/10FV 1 Common DCS hardware. General ideas Centralized system: o Common computers. Detector dedicated computers (with detector participation) only.

S. Zelepoukine CMS Electronics Status Report: ECAL Detector Control System S. Zelepoukine IHEP Protvino/ETHZ

Goals: - To get experience in assembling MWPC on the Wall and prevent possible problems; - To check functionality and stability of different chambers at.

High Voltage System outside Drawers Tilecal upgrade meeting at Stockholm (3-5 June 2013) François Vazeille on behalf of Roméo Bonnefoy, Christian Fayard,

1 PreFPIX2 Inner board and test beam triggering Gabriele Chiodini Fermilab - Jan 07, 02.

André Augustinus 10 March 2003 DCS Workshop Detector Controls Layout Introduction.

CMS ECAL End Cap Meeting CERN 18 Oct to 22 Oct ECAL End Cap High Voltage and Fibre Optic Monitoring Systems Progress. Progress on High Voltage and.

Status of the Remote HV System 10 June 2015 TileCal week, upgrade session Roméo Bonnefoy, Romain Madar and François Vazeille ● Summary of performances.

Adders in drawer Test of TileCal Level 1 Interface drawer patch panel trigger cable ca 70 m receiver pre-processor TileCal patch panel RP patch panel TileCal.

CERN Single Phase Prototype Initial Discussion on Power/Space Requirements Terri Shaw Neutrino Platform July 30, 2015.

Low Voltage Workshop, CMS Electronics Week CERN, 8 June 2010 W. Lustermann, ETH Zurich EB + EE LV systemOPFC MonitoringEB HV systemEE HV system.

Alice MTR DCS F.Jouve 15 th DCS workshop CERN 13/03/2006 UX-A,B,D Detector PVSS II Detector Ethernet Database(s) OPC client DIM client 1672 Detector ?

DCS meeting27.Sep.2002 Serguei Zelepoukine (IHEP, Protvino) Contents: 1. Front-end electronics: problems & solutions. 2. DCS cabling outside the ECAL detector.

Alice DCS workshop S.Popescu ISEG Crate controller + HV modules ISEG HV modules 12 Can bus PVSS OPC Client 1 Generic OPC Client Iseg OPC.

Fifth CMS Electronics Week EASY: a new SY1527-based Embedded Assembly SYstem May 7th, 2003 CAEN SpA.

Single Module Tests (electrical) Inspect connectors and cables for visible damage C-measurement: make sure all pads are correctly connected HV test (1.5.

NA62 straw tracker DCS Straw tracker overview Bulk power supply Power supply distribution and monitoring LV + monitoring HV Temperature monitoring Gas.

1 Calorimeters LED control LHCb CALO meeting Anatoli Konoplyannikov /ITEP/ Status of the calorimeters LV power supply and ECS control Status of.

Status of the PSD upgrade - Problems with PSD in Be runs - Modification of cooling system - New temperature control - Upgrade of HV control system - MAPD.

PHENIX Safety Review Overview of the PHENIX Hadron Blind Detector Craig Woody BNL September 15, 2005.

Preparation for production phase Web – New web with HV pigtail qualified (?) – Installed on 2 views in Technical run Very little effect on noise; detector.

AFP Trigger DAQ and DCS Krzysztof Korcyl Institute of Nuclear Physics - Cracow on behalf of TDAQ and DCS subsystems.

H. Katajisto RE EDR 10/10/02 Enclosures for the RPC Link Boards Outline Introduction Periphery General Services Components, materials Manufacture, Assembly.

SPD VFE installation and commissioning (status and plans) I.Summary of VFE installation II.Stand alone VFE test: noise & offset III.Stand alone test: LED.

Status of the PSD upgrade - Status of the PSD cooling and temperature stabilization system - MAPD gain monitoring system - PSD readout upgrade F.Guber,

Status of the NA62 network R. Fantechi 23/5/2012.

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

14 February 2007 G. Bohner, R. Bonnefoy, M. Crouau, P. Jacquet, C. Lacan, J. Lecoq, S. Monteil, P. Perret, G. Reinmuth, K. Suchorski LPC Clermont PS Very-Front-End.

E Ethernet C CAN bus P Profibus HV HV cables LV LV cables (+busbar) S Serial (RS232) Signal cable Other/Unknown Liquid or Gas Cable and/or Bus PCI-XYZ.

New digital readout of HFRAMDON neutron counters Proposal Version 2.

R&D status of the very front end ASIC Tilecal week (7 October 2011) François Vazeille Jacques Lecoq, Nicolas Pillet, Laurent Royer and Irakli Minashvili.

Performances of the HV system out of Drawers Roméo Bonnefoy, Robert Chadelas, Christian Fayard, Marie-Lise Mercier, Eric Sahuc and François Vazeille (LPC.

Short news on the FATALIC project Wednesday Tile Upgrade meeting 2016 May 4 Roméo Bonnefoy and François Vazeille  Communication Main Board-Daughter Board.

V.Duk, INFN Perugia1 CHOD/NHOD status Viacheslav Duk, INFN Perugia Ferrara,

Information about Multi-conductor cables of the Remote HV option Wednesday Tile upgrade meeting 10 February 2016 François Vazeille (LPC Clermont-Ferrand)

MobiDick4 progress report Carlos Solans. Introduction MobiDICK is a complete test bench for super-drawers Will be used during the maintenance in the long.

Status of Clermont-Ferrand R&D works Tiles session in AUW François Vazeille LPC Clermont-Ferrand ● Mechanics ● External High Voltage Power Supply ● Active.

The Data Handling Hybrid Igor Konorov TUM Physics Department E18.

ATLAS TRT Duke University CERN, Feb Fuse Box Status Duke University.

On detector electronics: High voltage part Tilecal session in ATLAS upgrade week (Tuesday 10 November 2009) François Vazeille  What are the constraints.

Clermont-Ferrand requests for the Test Beam Vidyo meeting, 29 July 2015 François Vazeille -Remote HV System -Front End electronics Hypothesis: Some Mini-Drawers.

HF ROBOX PRR3 Apr 2003E. Hazen HF Front-End Electronics ● System Description – Overview – PMT Board, ROBOX, Patch Panel – Signal Cable, Front-end boards.

Status of the Remote HV Tile Upgrade session during the AUW Wednesday, 20 April 2016 François Vazeille on behalf of the Clermont-Ferrand team  Same set-up.

Computer Bunker Training Most classrooms contain a bunker equipped with a computer with an integrated DVD player and an ELMO for your use.

Novosibirsk, September, 2017

"Drawer Mechanics - MiniDrawer"

LKr status R. Fantechi.

Upgrade activities at Clermont-Ferrand

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

Tile Upgrade Workshop (CERN- February and 9)

TileCal upgrade EVO meeting Demonstrator tesks

Mini-drawers, FE-ASIC , Integrator

Integration – preliminary ideas on routing and tests

Electronics for RPC Upscope

Pierluigi Paolucci - I.N.F.N. Naples

Presentation transcript:

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: in these slides, the material provided by Collaboration is in red, this one provided by LPC in blue. Comment: the planning of the installation has to be discussed. 1

-Check of the routing of the 125 m long HV cables that can be connected either to the Demonstrator on the EB module at the A side or to the LB module at the C side. -Check of the working of the 125 m long HV cables. -Check of the installation of the 2 HV bus cards in the Demonstrator and of the 2 short internal HV cables, with in particular the connections with the flat connectors on the boards, and of the grounding cables. -Installation of the 2 other HV Bus boards on the pulse and FATALIC drawers, plus the 2 correspondent short internal HV cables and grounding cables. - Put the loads on the free channels. -Installation of the HV remote crate in the counting room, with its connections to the HV Prague source and to the DCS via CANbus. -Installation (without connections) of the 50 m long HV cable that will be used for specific tests to lengthen one 125 m long HV cable. -Working tests of the Remote system: ▪ Measurements with a multimeter of the individual applied HVs (That requests the access to the Drawers. ▪ Working of the system via the DCS. Comments: spare elements will be stored somewhere (HV Bus cards, HV Opto cards, HV Micro cards). HV Remote system 2

-Mini-Drawer close to the Patch Panel in LB Module 0 side C. -2 PMT Blocks with All-in-One boards equipped with FATALIC4b + Proto Main Board. -2 flat cables 3 m long driving the pulses to the scope(s) and going through the Patch Panel. -Laboratory LV Power Supplies: see the radiation problems. -Scope(s) on the Table. Either Clermont-Ferrand scopes  Simultaneous records of 6 or 4 pulses with a common beam trigger. or records in several steps. or CERN scope if it is compatible with the pulses: see the CERN scope.  Records in several steps depending from the scope possibilities. -Connections of the scope to a laptop in the counting room, provided by LPC team or CERN depending from the scope, using an Ethernet cable. -Cooling. Particle pulse library 3

FATALIC tests -Installation of FATALIC/All-in-one sets inside PMT Blocks (10 maximum). -Installation of PMT Blocks in the FATALIC Drawer. -Installation of the Main Board (LPC Version) and of the Daughter Board. -Installation of the Laboratory LV Power Supplies common with pulses. -All connections + cooling. In fact, 3 strategies can be considered, depending from the LPC work status: Option A: Main Board + Daughter board set up ▪ The requested connections are the standard Demonstrator connections, but for the LVs. Option B: Main Board + USB connection ▪ The DB is replaced by the 2 USB links via a small card close to the MB. ▪ The 2 USB links must be routed across the Patch Panel. ▪ A dedicated PC records the data, plus an Ethernet cable and a laptop outside. Option C: Main Board Prototype (1/4 MB) + USB connection ▪ The DB is replaced by 1 USB link via a small card close to the MB. ▪ The USB link must be routed across the Patch Panel. ▪ A dedicated PC records the data, plus an Ethernet cable and a laptop outside. 4