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CERN PCB workshop CPW

CERN PCB workshop CPW. Rui de Oliveira on behalf of PCB workshop team. outline. Activity Team Fellow/Technical student RD51 collaboration Patents Trainings FP7 and AIDA Building 107 Gallery. CPW activity . 20 persons Building :1000 sqr meters Making PCBs since 1955 -PCB

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CERN PCB workshop CPW

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  1. CERN PCB workshopCPW Rui de Oliveira on behalf of PCB workshop team

  2. outline • Activity • Team • Fellow/Technical student • RD51 collaboration • Patents • Trainings • FP7 and AIDA • Building 107 • Gallery

  3. CPW activity 20 persons Building :1000 sqrmeters MakingPCBssince 1955 -PCB -Rigid -Flex -Flex-rigid -Microvias -fine line (10um) -large size (up to 2m) -Thick film Hybrids -Thin film Hybrids -Chemicalmilling -Cu, Fe, Al, Au, Ag, W, Mb, Ti, Cr, Ni -MPGD -GEM/thinGEM/THGEM/RETHGEM -MSHP/Cobra -MICROMEGA/ Bulk/ Micro-BULK -RES BULK -Resistive MSGC -R&D on new structures -Low mass circuits -Multilayerflexeswithaluminumstrips -embeddedheatsinks (carbon, graphite, metals, diamon) -Embedded components -passive -Active 1.7 Mchf/year turnover + 10% in 2013 6 Mchfequipment

  4. CPW MPGD history ‘96: GEM 50 x 50mm with a gain of 10. ‘97: GEM 100 x 100mm with gain of 1000. ‘98: GEM 400 x 400mm; 1D and 2D readouts; micro-groove and micro-well detectors. ‘00: 3D GEM readout; 1D readout for Micromegasin COMPASS. ‘01: PIXEL GEM readout; 2D Micromegasreadout. ‘03: PIXEL Micromegasreadout. ‘04: Bulk Micromegas detector 100mm x 100mm. Micro BULK detectors ‘06: Half cylindrical GEM detector. ’08: first large GEM 1.2m x 0.4m. First spherical GEM ‘09: first large BULK Micromegas 1.5m x 0.5m ‘11: First resistive Bulk Micromegas 100mm x 100mm ‘12: First 30cm x 30cm NS2 GEM detector ‘12: First 1m2 Resistive Micromegas ‘12: First 2m2 Resistive Micromegas ‘12: First NS2 GEM detector 1.2m x 0.5m ‘12: Full cylindrical GEM detector ‘14: GEM 2m x 0.5m ?? Micromegas 3.4m x 2.2m ??

  5. CPW Team • 8 Staff • Olivier Pizzirusso, • Serge Ferry, • Antonio Teixeira • Alexandra Gris • Julie Veron • Alexis Rodrigues • David Ranchin • Rui de Oliveira • 1 fellow • Silvia Franchino • 12 FSU • Bertrand Mehl (team leader) • ErcanBudun • Benilde Martins • Katia Jauregui • Paul N’Guyen • Frank Valente • Xavier Thery • Cedric Callau • Jose Alves • Jorge Penedo • Valerie Akpata • Jonathan Scalet

  6. CPW fellow/Technical students projects • Embedded active silicon devices (Kim-Eigard Hines) • Low mass detectors • MHSP detectors (MafaldaMacatrao) • Low Ion Feed Back detectors • Chemical Microvias (Victor Da Silva) • General High density circuits • Self stretching Triple GEM detectors (Christian Waltz) • CMS High Eta Muon Chamber upgrade • Spark study (CosimoCantini) • Improve THGEM immunity to sparks • ATLAS Muon Chamber upgrade • Optimisation of resistive layers in differentdetectors (Silvia Franchino) • For Higher rate detector applications

  7. CPW participation in RD51 • RD51 : Around 90 institutes and more than 450 persons • 7 working groups • WG1 :R&D on new structures, CPW have introduce: • Bulk Micromega ( with Saclay collaboration) • Resistive protections (with Atlas Collaboration) • Large GEM (with CERN GDD/CMS/INFN Frascati/TUM Munich …) • GEM embedded stretching system NS2 • WG6 :Industrialisation, CPW inputs: • Companies visits (more than 10) • TT transfer with selected companies • Institutes trainings

  8. CPW Patents • Large size GEM • Chemical micro-vias • Resistive protections • Special capacitive couplings to reduce electronic channel count in gas detectors • Piggy Back Micromegas • Micro BULK Micromegas • PG and TPG thermal management devices (sold to Queen Mary college)

  9. CPW giving Trainings • GEM production training: • Techtra 2 weeks (Polish institute) • Xiaomei Li (CIAE Beijing) 1 week • Micromegas production training: • CEA Saclay (BULK and resistive protection) many iterations @CERN • CEA Saclay : BULK facility review @ Saclay • CIREA and ELTOS (BULK and resistive) 2 Days @ CERN + 2 days @ ELTOS • INFN Frascati (Large Micromegas detector) 2 months @CERN • THGEM production • VECC KolKata (polyurethane protection) 1 day @CERN • Weissmann institute Israel (test and Cleaning) 2 days @CERN • Spray solder mask deposition • Cirly one day @CERN

  10. Projects FP7 , AIDA • PMT was involved in an FP7 project in collaboration with 7 institutes , for the development of large size GEMs • Part of the R&D on large size GEM have been financed by this program • PMT is involved now in the AIDA program for consolidation of Detector infrastructures • Aida contribution consist in financing the salary of one fellow during 2 years • The task is to set up all machines needed for prototyping large size detector • 9 machines have been bought , 6 are running (total budget 785 KCHF) • The installation of the 3 last ones needs a 1 week stop of the whole activity (we are now looking for the best opportunity). The R&D on large detectors will not be stopped.

  11. RD51– MPGD Production Currently CERN-MPGD workshop is the UNIQUE MPGD production facility (generic R&D, detector components production, quality control) • GEM: • Continuous polyimide etcher • Cu electroetch line • MicroMegas: • Large laminator • Large Cu etcher • Large UV exposure unit • Large resist developer • Large resist stripper • Large oven • Large dryer 2008 RD51 Collaboration Survey: Construction of the new workshop’s building Start : beginning 2012 Completion: October 2014 Upgrade of the workshop approved by CERN management (Nov. 2009): Installation of the new infrastructure to fabricate 2x1m2Bulk MM and 2x0.5m2 GEMCOMPLETED 11

  12. GEM Single mask examples • GEM 1.1m x 500mm • CMS GEM detector GE1/1 • KLOE – Cylindrical 3 GEM Detector • GEM 800mm x 500mm • Read-out 2D : 800mmx 500mm Rui De Oliveira

  13. CMS GE1/1 NS2 detector Rui De Oliveira

  14. Bulk Micromegas examples BULK Technology DUPONT PC 1025 coverlay BOPP Meshes SERITEC stretching Largest size produced: 1.5m x 0.6m Limited by equipment ILC DHCAL T2K Rui De Oliveira

  15. detector opened detector closed

  16. Thank you

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