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HPGe Planar Detector Stack for DESPEC Array I.Kojouharov INTAG Workshop, GSI, 24.05.2007

INTAG Workshop. HPGe Planar Detector Stack for DESPEC Array I.Kojouharov INTAG Workshop, GSI, 24.05.2007. HPGe Planar Detector Stack for DESPEC Array Development Status Report. I.Kojouharov, INTAG Workshop. Basic Configuration. Some new configurations. ?. Beam.

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HPGe Planar Detector Stack for DESPEC Array I.Kojouharov INTAG Workshop, GSI, 24.05.2007

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  1. INTAG Workshop HPGe Planar Detector Stack for DESPEC Array I.Kojouharov INTAG Workshop,GSI, 24.05.2007

  2. HPGe Planar Detector Stack for DESPEC Array Development Status Report I.Kojouharov, INTAG Workshop Basic Configuration Some new configurations ? Beam

  3. HPGe Planar Detector Stack for DESPEC Array Development Status Report I.Kojouharov, INTAG Workshop Detector Housing and Detector Head

  4. HPGe Planar Detector Stack for DESPEC Array Development Status Report I.Kojouharov, INTAG Workshop The Detector Separate Dewar and Detector Vacuum Flexible deployment Detector Head Size < 93 x 93 mm vs. Dewar Diameter 160 mm Setup Frame fixes the Detector Heads

  5. HPGe Planar Detector Stack for DESPEC Array Development Status Report I.Kojouharov, INTAG Workshop Problems: a) Strip Detector Requires 8 Coupling Capacitors with Size of 10 x 4 x 5 mm b) Certain Distance between the Crystal and the Bonding Plate (3 mm) c) Detector Enclosure and the Cold Stage of the Preamplifier d) Detector Stack Cooling – PA 1.2 W <Power< 1.2 W + Radiative Heating 1.2 W ? d) Flexibility to Fit to Various Setup Configurations e) Separate Vacuum Space for the Dewar, Cold Finger and Detector Head Options: a) Pixel Drift Detector (Disadvantage – Higher Operational Voltage) b) Alternative Cooling – He, Ne, X-Cooler II

  6. HPGe Planar Detector Stack for DESPEC Array Development Status Report I.Kojouharov, INTAG Workshop A Possible Setup Arrangement

  7. HPGe Planar Detector Stack for DESPEC Array Development Status Report I.Kojouharov, INTAG Workshop Thank You

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