1. ATLAS & D0 D0:  Status, software & analysisFrank Filthaut & Silke Duensing ATLAS:  Software & analysisStan Bentvelsen  Silicon trackerSimon Peeters   -spectrometer  End-cap toroids  MDT chambers  Electronics  Alignment  Detector control  Data-acquisition F. Linde, 14-December-2001, Amsterdam

2. End-cap Toroids: Coils HMA power systems Job: wind & impregnate 2  8 coils Status: prototype coil exists Outlook: end-cap # 1: 2004? end-cap # 2: 2005? cost overrun claims }

3. End-cap Toroids: Vessels Schelde Exotech Job: 2 vacuum vessels Status: end-cap # 1 delivered to CERN Outlook: end-cap # 2: summer 2002

4. Drift Tubes

5. MDT Chambers BOL-0BOL-2BOL-3 r.m.s. Z 15  m12  m13  m r.m.s. Y 13  m17  m14  m X-ray tomography r.m.s. wire sag contribution

6. Electronics: Alignment MasterMuxMasterMux USA15MuxUSA15Mux on-chamber off-chamber mask CCD multiplexer Job:  5,000 RASNIK alignment systems + DAQ + software Status:  masks, lenses and CCDs distributed  DAQ & software prototyped and in use “everywhere” Outlook:  complete in 2004 (not critical) lens

7. Electronics: Detector Control T-sensors  30/chamber  T  0.2 o C B-sensors  B/B  10 -4 CAN NetworkCAN Network digital busses to MDT front-end extra bus (insurance) on-chamber Job:  1,200 CAN based detector control systems + DAQ + software Status:  T-sensors delivered; 3D B-sensors prototyped  CAN nodes pre-series to be distributed  DAQ & software prototyped Outlook:  complete in 2003 (not critical)

8. Electronics: Data-Acquisition 1.28 Gbit/s S-Link to ROB 6 x CSM-Link TDC 1 TDC 18 CSM 18 x on MDT chambers MROD (NIKHEF) (256  ) USA15 ROB (256  ) Surface ROD or ROB “IN” ROD or ROB “OUT” CSMCSM TDC 1 TDC 18 CSM 18 x off MDT chambers

9. Cosmic-Ray Test Objectives:  system test!  Develop:  DCS, DAQ  C++ software

10. Merry Christmas