Charles University in Prague Institute of Particle and Nuclear Physics Brief presentation Zdenek Dolezal

ATLAS tracker module development (kapton hybrids with FR) testing (laser, source, beam) QA of 200 endcap modules QA coordination, CEC production coordination SCT now: operation, LV card and fan tray maintenance 20/05/14Charles U: presentation2

Infrastructure Clean room class 100,000 Laminar boxes Chillers, dry air systems, environmental monitors Laser and beta source test setup Motion stages Manual probe station Semiautomatic wirebonder Various R/O systems 20/05/14Charles U: presentation3

ATLAS Upgrade Strip sensor R&D (irradiations, CCE tests) Inner Tracker modules: assembly (learning) Readout system installation (HSIO) 20/05/14Charles U: presentation4

5Peter Kodyš, May 18, 2014 Arrangement in lab 1.Testing black box 2.HSIO readout 3.Readout PC 4.LV+HV PS 5.HSIO powering 6.Scope 7.Chiller 8.Vacuum pump

6Peter Kodyš, May 18, 2014 Module under test 1.Module Sensor with hybrid 2.Readout board 3.LV powering board 4.HV power 5.Cooling 6.Vacuum 7.Laser with 3D positioning or radioactive source

Leakage Current – IV Scan to 500V – Long Term Leakage Current Stability Metrology – In-Plane Survey (X & Y) » Hybrid rotations on module – Out of Plane Survey (z) » Module Bowing » Hybrid Glue Heights Electrical Tests – Bypass Functionality, Pipeline Efficiency, Strobe Delay, 3 point gain, Trim Range, Response Curve, Noise occupancy, Time walk Scan Thermal Cycling – Thermal Shock Long Term Electrical Tests QA of the completed module Not Needed New to the HL-LHC November Z. Dolezal, Petalet Meeting AUW2013 CERN7 QA w.r.t. SCT

ChU potential ITK contribution QA: – Process definition – Module testing Personnel: – engineers, 2x0.5 FTE – Postdoc: 0.8 FTE – Physicists 4x0.2 – Students 20/05/14Charles U: presentation8