1 / 16

Preliminary Engineering Drawings for ME0 Muon System Upgrade - March 2014

This document contains preliminary engineering drawings related to the ME0 muon system upgrade, compiled by Sasha Surkhov on February 22, 2014, and updated on March 3, 2014. It outlines critical specifications for the ME0 chamber, including dimensions and weights, and discusses the readout electronics configuration, power requirements, and layout details. The design ensures efficient operation with proper shielding and integration of various components. It also highlights the need for simulations to evaluate the geometry and performance of the proposed design.

ayanna
Télécharger la présentation

Preliminary Engineering Drawings for ME0 Muon System Upgrade - March 2014

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. MUON UPGRADE: ME0 All engineering drawings from Sasha Surkhov 22.2.2014 PRELIMINARY !! GMM 3-3-2014

  2. INTERFACE HE: ME0 • Extension up to 3.0 ; 3.5 ; 4 ? • Calorimeters are working • out various scenarios

  3. ME0 CHAMBER LOCATION R_inis 400mm  R_out 1400mm Z_min200mm Z_max300mm

  4. SHIELDING

  5. Possible ME0 Stack Layout Back flange Mechanical Supports Guiding Rail & Services Pocket For package of 6 • 20-degrees/chamber in phi, 2-chamber units offset in phi degrees in successive layers • Assures 4 or more hits at all f , given the dead space between abutting chambers • Absorbers removed from previous version • Need simulations to evaluate geometry • Weight of each 20 x 18 degree 6 layer wedge 60x6 = 360 kg • Weight of ME0 per endcap 360x12= 4320 kg 6 1 3 5 2 4 Thicknesses cm: 2.5 Borated Poly 1.2 Pb 3.2 Single Chamber 1 3.2 Single Chamber 2 3.2 Single Chamber 3 3.2 Single Chamber 4 3.2 Single Chamber 5 3.2 Single Chamber 6 3.2 Sliding Rail 1.2 Pb 2.5 Borated Poly ------------------------ 28.8cm 2.5 borated polyethylene plus 1.2 Pb for n shielding f direction → 2.5 borated polyethylene plus 1.2 Pb for n shielding 12 30 degree Chambers R_inis 400mm  R_out 1400mm Z_min200mm Z_max300mm Dz = 30 cm • Archana: 21.2.2014

  6. Readout Electronics - Current baseline VFAT3 ASIC GEB Opto-hybrid GBT TTC TTC Opto links uTCA uTCA DCS DCS DAQ DAQ Muon TF Backend electronics Paul Aspell & Gilles Delentdecker

  7. ME0 Power : Possible Granularity • Each single detector will consist • 3072 readout channels – strips running one directional in φ • 24 VFAT3 chips • 1 optical-hybrid based on GBTs • One ME0 super-module wedgewill consist 6 times the single detector. • 18432 readout channels – strips running one directional in φ • 144 VFAT3 chips • 6 optical-hybrids based on GBTs

  8. LV Power Table and LV Cables Package 8A@3V 14A@3V 22A@3V • Modular Structure of ME0 permits easy maintenance and operation of all the electronics • The LV power granularity should follow the same concept. It will secure: • Flexibility of switch on/off part of the super-module • Secure the LV current monitoring on single detector level. • Dealing with “low” currents per cable. • The LV power cable package couldbe: • 6 cables for the VFATs 8A@3V • 6 cables for the optical hybrids 14A@3V

  9. Fibers – Possible Layout • Per single detector we have 4 versatile optical links with 8 fibers to the uTCA GEB in total • Per super-module we will have 24 versatile optical links with 192 fibers to the uTCA GEB

  10. HV Powering • It will be based on Multichannel system able to measure the HV currents through the GEM foils. GEM tops GEM bottom

  11. Cable Package for the ME0 super-module - Wedge 12 LV cables – (6 x 14A@3V) + (6 x 8A@3V) 192 Fibers (24 versatile links to uTCA GEB) 6 HV Multi-core cables

  12. Approximate ME0 Deadlines August 20 Submit CMS/LHCC March 20 First Draft April 20 II Draft May 20 III Version June 20 TP Ready TP Preparation Stack Layout Wedge Engineering Layout R&D Needed Module Layout Readout Layout Front-End electronics DAQ Cost Estimates Services Layout Integration Layout CERN Test Beam Requests Costing estimates

  13. BackUP • Documents available from integration Office

  14. DETAILED INFO ON SHIELDING

  15. Present Shielding for ME1/1: Need Simulations for ME0 shielding 20mm B-Poly + 10mm Pb h=2.0 GE1/1 GE0 25mm B-Poly + 12mm Pb Neutron Shielding 50mm B-Poly + 50mm Pb Z ~ 5250-5530* GMM - Archana Sharma - 3/2/2014

More Related