OUTSIDE DETECTOR

(september 21, 2001)
Suggested cable routing from the Vertex detextor is planned to go under the elevated floor:

INSIDE DETECTOR

Short Kaptons and Grounding
NUMBERING OF CABLES IN DETECTORS: [Right detector] [Left detector]
(march, 2005)
TECHNICAL DRAWINGS IN PDF format:

FEEDTHROUGH ASSEMBLIES:
VELO TYPE A

PDF file [TVD 62]
VELO TYPE B

PDF file [TVD 42]
PILE-UP TYPE A

PDF file [TVD 67]
PILE-UP TYPE B

PDF file [TVD 47]
VELO CABLE :
PILEUP CABLE :
VELO flatcable A (assy) [TVD 49]rev. B
VELO flatcable B (assy) [TVD 48]rev. B
VELO flatcable [TVD 4801]
PILE-UP flatcable A (assy) [TVD 53]rev. B
PILE-UP flatcable B (assy) [TVD 52]rev. B
PILE-UP flatcable [TVD 5201]
PARTS :
Connector Holder [TVD 3003]
Cable Holder [TVD 2014]rev. A
Mounting strip [TVD 4804]
Connection strip [TVD 4803]
VELO cable support [TVD 2104]
PILE-UP cable A support [TVD 6705]
PILE-UP cable B support [TVD 6705]

The flatcables are manufactured atGS Präzisions in Switzerland,
and assembled with connectors at ESIGMA in the Netherlands

(december, 2001)
Kapton flat cable is chosen because of the radiation hardness and flexibility.

    
    = 25 micron kapton cover layer
    --- 17 micron R.A. Cu (foil)
    = 100 micron kapton
    --- 17 micron lines (150 micron width)
    = 100 micron kapton
    ---17 micron R.A. Cu (foil)
    = 25 micron kapton cover layer 
    
    

    pdf file

    pdf file
    LINKS TO RELATED SITES
  • Vertex Off Detector Electronics (ODE) University of Lausanne
  • Durability Test Flatcable
  • Installation of the flatcables in the right detector