05/10/2004 1 MASTERMUX / USAMUX LAYOUT C.Guyot (Saclay)

Slides:

Advertisements

Similar presentations

16/11/2004 z Image sensor Lens LED-Mask BIS sector 14 BIM-BIR sector 15 Side A Projective (outer layer) BIR6 BIR5 BIR4 BIR3 Ref system BIR-BIS connection.

Advertisements

17/03/01 PDR ATLAS Alignment, Olivier Cloué1 ATLAS ALIGNMENT (BARREL) : CORE COST ESTIMATES zIntroduction zIn plane system zPraxial system zProjective.

Alignment systems for GlueX GlueX Collaboration Meeting Bloomington, Indiana May 20-22, 2004 Courtesy of Dimos Sampsonidis, Aristotle University of Thessaloniki.

1. Convergence research. Convergence (convection between multilayers of BIL and BOL)

1 Alignment using high Pt tracks 1.Small w.r.t. large barrel chambers 2.BEE w.r.t. EC chambers 3.Endcap – Barrel 4.BIS8 w.r.t. BIS7 5.Inner tracker – Muon.

Projective platforms gluing for ATLAS chambers J.-Ch. Barrière, V. Gautard, P. Ponsot, Y. Reinert, Ph. Schune for the Saclay muon hardware group CEA Saclay.

1 Part II Proposition of locations of cable trays.

ACAT05 - DESY Zeuthen125/05/2005 Detector Description of the ATLAS Muon Spectrometer and H8 Muon Testbeam D. Pomarède CEA/DAPNIA/SEDI/LILAS - Saclay.

Muon Spectrometer Nomenclature Kevin Black/Vivek Jain/Stephane Willocq went through various documents and produced what we think are the correct names.

I see you… INTELLIGENT TRANSPORTATION SYSTEMS AS A MEANS OF AUTOMATIC ROAD ENFORCEMENT BY: KEVIN NICOLI.

UoA, NTUA, AUThATLAS Overview week 1-7 Oct 2004 BIS Integration and Commissioning Status All 112 bare BIS chambers are at CERN All but 5 are equipped with.

ATLAS muon chambers heat transfer efficient description RFNC – VNIITF SUE «Strela» Snezhinsk, 2003

RPC system cable routing Yang Changgen, Guan Mengyun IHEP, Beijing.

1 Program Frank Linde (45’) Marcel Vreeswijk (45’) Jan Spelt (45’) Robert Hart (15’) Tours: 14:00-15:00 CAVE (60’) 15:00-16:30 BOL-room (60’) Site Review.

SLHC - WP7 Barrel UPDATE on LAYOUT OF SERVICES AT THE BARREL ENDS OPTO PCBS: Sketches describe options after discussion with Tony Weidberg ( ) Preference.

Platform positioning during MDT construction Tool for the platform positioning Ph. Schune J.-Ch. Barrière P RAXIAL A LIGNMENT S YSTEM (barrel) positioning.

The barrel reference system1 THE BARREL REFERENCE SYSTEM C.Guyot (Saclay) Goal: Provide a geometrical survey of the whole barrel muon spectrometer.

The RASNIK Alignment System. Particle Physics CERN, Geneva, Swiss.

L. Pontecorvo MDT Status: Installation and Commissioning 5 Missing 9 stations.

Gas Studies with H8 Water Contamination and Series Effect Flow rate effects Changes in CO2 percentage Air Contamination (2001 measurements)

E.Guschin (INR,Moscow) 14 February 2007Calorimeter commissioning meeting, CERN Digital camera with LED monitoring Status: Photographs of SPD are completed.

The ATLAS-Barrel RASNIK DataAquisition system. 8 pcs USA 15ATLAS cavern 16 pcs Ethernet Master PC Image Analysis PCs (4 pcs) USA 15 Mux MasterMux (48.

Projective Praxial =Proximity+Axial In-plane bil bml bol Muon Chamber Alignment (Saclay) goal: absolute 30um on sagitta sofar: relative movements (better.

BARREL ALIGNMENT PLATFORM POSITIONING Goal: Positioning of the platforms at their nominal position on the MDT chambers (No position measurement in a database).

26/10/20051 BARREL ALIGNMENT: LIST OF PARAMETERS REQUIRED FOR THE POSITIONING AND THE CALIBRATION OF THE VARIOUS ELEMENTS Praxial system: - Platforms -

ATLAS Pixel Detector September 2003 Services E. Anderssen LBNL Service Connectivity from Module to PP1b Eric Anderssen LBNL Pixel Services Meeting, CERN.

14/11/2007CERN - Muon Week1 Detector Description status and plans Laurent Chevalier Dapnia – Saclay Stefania Spagnolo Univ. del Salento and INFN Lecce.

Givi Sekhniaidze1 CERN, 25 March Givi Sekhniaidze2 The angles for the chambers are: LM1 – ° LM2 – 7.224° SM1 – ° SM2 – ° Do we.

1 MuonGeoModel status report focus on issues relevant to , 20 Access to Condition DB with M. Verducci, R. Harrington MDT deformations with I. Logashenco.

E.Guschin (INR) 21 November 2003Integration EDR PRS/SPD static envelop, assembly and installation Detector layout Static envelop along the beam Detector.

Proposal for the assembly of the PHOBOS ring counters (H.P. 3/20/98) I would like to propose and discuss with you an alternative layout and assembly procedure.

STUDY OF THE AIR TEMPERATURE AND VELOCITY AROUND THE ATLAS MUON CHAMBERS Emma Vigo Castellvi ST/CV Design.

2/4/2001Ludovico Pontecorvo INFN Roma1 Plans for the H8 system test: 2001/2002 Goals for the 2001/2002 Test beam Beam layout Chamber Supports 2001 Schedule.

Analyzing Praxial Platform Positions on MDT Barrel Chambers Using X-Ray Tomograph Measurements Chris Hayward Advisor: Silvia Schuh August 14, 2003 UM CERN.

Atlas Muon Spectrometer: installation and commissioning L. Pontecorvo INFN Roma.

Visualization of the Optical Alignment System of the Muon Endcap Spectrometer in the H8-testbeam set-up Maaike Limper Making pretty pictures!

Calibration and production of PRAXIAL (*) sensors for the ATLAS muon spectrometer Optical Metrology - SPIE Optical Measurement Systems for Industrial Inspection.

V. Bobillier1 Cable installation status.

17/03/01 PDR ATLAS Alignment, Olivier Cloué1 ATLAS ALIGNMENT (BARREL) : Installation at CERN (1) zEstimated dates : (Web planning) y11/2004 -> Start of.

Additional muon stations for the Upgrade of the Elevator Regions in the ATLAS Muon Spectrometer. Installation scenario, status on the installation tools.

Muon barrel cooling G. Aielli and J. Godlewski LS1 TC planning.

MUON Project Overview Action Items from September meeting New Action Items Update to the List of Worries Update of plans for the next 6 months.

Project Office Activities R. Vuillermet 08/09/2015R. Vuillermet PH-ADO-PO1.

1 ATLAS Muon Spectrometer Alignment LHC Days in Split, 5-9 Oct J.Krstic, M.Milosavljevic Institute of Physics, Belgrade D.Fassouliotis,C.Kourkoumelis,

1 Antonio Romanazzi 3D CFD study of the ATLAS (UX15) ventilation system.

Real data in the Muon Spectrometer Bernardo RESENDE and a lot of other people not named here NIKHEF Jamboree, December 2008.

Pierre-François Giraud, Muon Alignment Meeting1 Status of the barrel alignment system Pierre-François Giraud CERN.

MDT Status Report MDT Status Report G.J. Bobbink NIKHEF30-may-2005.

The Barrel Level-1 Muon Trigger: Status and perspective for run-2

LABELING OF BARREL ALIGNMENT CABLES

- STT LAYOUT - SECTOR F SECTOR A SECTOR B SECTOR E SECTOR D SECTOR C

Abridged to only those lines which are still POSSIBLE (2007)

“Separation of Muons and Doubly Charged Particles using MDT”

Additional muon stations for the Upgrade of the Elevator Regions in the ATLAS Muon Spectrometer. Integration issues Denis Diyakov, Alexander Seletskiy,

ATLAS ITk CO₂ Cooling pipe routing CO₂ Meeting, 28 June 2016

Commissioning of the MUON Spectrometers in ATLAS and CMS

First of all we will remind some numbers:

ATLAS ITk CO₂ Cooling pipe routing Common Mechanics meeting

To do list production organization and commitments

Initial BIS installation

Installation plans from mid 2005

Update primary numbers active part

ВОМР Подмярка 19.2 Възможности за финансиране

Изразеното в настоящата презентация мнение обвързва единствено автора и не представлява официално становище на Комисията за финансов надзор Данил Джоргов.

Споразумение за партньорство

Muon Installation Status

The ATLAS Barrel Alignment Readout System

Presentation transcript:

05/10/ MASTERMUX / USAMUX LAYOUT C.Guyot (Saclay)

05/10/ MasterMux BO_A03-04: 6 BOL  7 RasMux 6 BOS  6 RasMux MasterMux BM-Ref_A03-04: 6 BML  6 RasMux 6 BMS  6 RasMux 2 Ref-plate  2 RasMux MasterMux BI_A03-04: 6 BIL  6 RasMux 7 BIS  7 RasMux MasterMux BO_A05-06 MasterMux BM-Ref_A05-06 MasterMux BI_A05-06 Projective Praxial Reference CCC RasMux Sector 3A Sector 5A USAMux 1A zone USAMux 2A zone USAMux 3A zone Multiplexing scheme(1)

05/10/ MasterMux BO_A11b-12: 3 BOL  4 RasMux 9 BOF/G  12 RasMux MasterMux BM-Ref_A11-12: 6 BML  6 RasMux 6 BMS  6 RasMux 2 Ref-plate  2 RasMux MasterMux BO_A13-14b: 6 BOL  7 RasMux 7 BOF/G  9 RasMux MasterMux BM-Ref_A13-14 Sector 11A Sector 13A USAMux 3A zone MasterMux BI_A a: 6 BIL  6 RasMux 7 BIS  7 RasMux 3 BIM  3 RasMux MasterMux BI_A a: 7 BIS  7 RasMux 6 BIL  6 RasMux 3 BIR  3 RasMux RasMux USAMux 2A zone USAMux 1A zone Projective Praxial Reference CCC BIR-BIM MasterMux BI_A15b-16 7 BIS  7 RasMux 5 BIM  5 RasMux 3 BIR  3 RasMux MasterMux BI_A11b-12: 2 BIM  2 RasMux 6 BIR  6 RasMux 7 BIS  7 RasMux Multiplexing scheme(2)

05/10/ BOL1BOL2BOL3 BOL4 BOL5BOL6 BOS1BOS2BOS3BOS4BOS5BOS6 RasMux Example of RasMux-MasterMux connections MasterMux

05/10/ MasterMux Locations and cable routing (standard sectors) MasterMux BO MasterMux BM-ref MasterMux BI RasMux

05/10/ Sector 1 MasterMux Locations MasterMux BO MasterMux BM-ref MasterMux BI

05/10/ USAMux 1A zone USAMux 3A zone USAMux 2A zone Spectrometer zones covered by each USAMux

05/10/ USAMux 1 side A: 8 MasterMux: BO_A03-04 BO_A01-02 BO_A14b BO_A13-14a BI_A03-04 BI_A01-02 BI_A15b-16 BI_A a MasterMux BI_A15b-16: BIS-16A-1/7  7 RasMux BIM-15A-1/5  5 RasMux BIR-15A-4/6  3 RasMux MasterMux BI_A a BIR-15A-1/3  3 RasMux BIS-14A-1/7  7 RasMux BIL-13A-1/6  6 RasMux MasterMux BO_A13-14b: BOL-13A-1/6  7 RasMux BOF/G-14A-2/8*  9 RasMux *: BOG0 is equipped with 2 RasMux, for the A and C side sensors BOG2-4-6 are equipped with 2 RasMux (4 in-plane rascam) MasterMux BO_A14a-15-16: BOF/G-14A-0/2*  3 RasMux BOL-15A-1/6  7 RasMux BOS-16A-1/6  6 RasMux

05/10/ USAMux 2 side A: 8 MasterMux: BO_A05-06 BO_A07-08 BO_A a BO_A11b-12 BI_A05-06 BI_A07-08 BI_A a BI_A11b-12 MasterMux BI_A11b-12: BIM-11A-4/5  2 RasMux BIR-11A-1/6  6 RasMux BIS-12A-1/7  7 RasMux MasterMux BI_A a: BIL-09A-1/6  6 RasMux BIS-10A-1/7  7 RasMux BIM-11A-1/3  3 RasMux MasterMux BO_A11b-12: BOL-11A-4/6  4 RasMux BOF/G-12A-0/8*  12 RasMux USAMux 3 side A: 8 MasterMux: BM-REF_A01-02 BM-REF_A03-04 BM-REF_A05-06 BM-REF_A07-08 BM-REF_A09-10 BM-REF_A11-12 BM-REF_A13-14 BM-REF_A idem Side C MasterMux BO_A a: BOL-09A-1/6  7 RasMux BOS-10A-1-6  6 RasMux BOL-11A-1/3  3 RasMux *: BOG0 is equipped with 2 RasMux, for the A and C side sensors BOG2-4-6 are equipped with 2 RasMux (4 in-plane rascam)

05/10/ Special connections: RASNIKs spanning over 2 different USAMux Praxials: BIS-nA-1  BIS-nC-1 2 praxials * 8 sectors BMS-nA-1  BMS-nC-1 2 praxials * 6 sectors BOS-nA-1  BOS-nC-1 2 praxials * 6 sectors Reference systems: Ref plates A  BIL-nA-4/6 – BIR-11/15A-3/6 2 refs*8 sectors Ref plates C  BIL-nC-4/6 – BIR-11/15C-3/6 2 refs*8 sectors CCCs: BIS-04A-1/4/7  BIL-05A-1/3/6 3 CCC BIS-12A-1/4/7  BIL-13A-1/3/6 3 CCC BOS-04A-2/5  BOL-05A-1/5 2 CCC BOF-12A-1/7  BOL-13A-1/5 2 CCC Nb: camera  led + idem side C =>20 CCC 40 praxials = 80 rasniks 32 Refs Total: 132 special camera-led connections

05/10/ Number of elements: BIS (one per chamber, BIS8 inplane on BIS7 rasmux) : 112 BIL (one per chamber, 6 sectors) : 72 BIM : 20 BIR : 24 BML (no BML4 in sector 13) : 94 BML4-sector 13 (fake frame done at Saclay) : 2 BMS (one per chamber, 6 sectors) : 72 BMF (2 sectors) : 12 BOL (one per chamber except BOL4 with 2) : 96+16= 112 BOS (one per chamber) : 72 BOF-BOG (BOG with 2) : 32+16=48 BOL fake frame in sector 13 (Saclay) : 2 Reference plates on toroid ribs (Saclay) : 32 BEE (one for 2 adjacent, not decided yet) : 16(?) Total RASMUX : 690 RASMUX 48 MasterMux 6 USAMux + 1 MasterMux per EC toroid (?) (16 BEE=>8RasMux) 1 additionnal USAMux (?) ATLAS total: 50 MasterMux, 7 USAMux