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Points to discuss

DESIGN. Points to discuss. MODIFICATION of the PROTOTYPES (LNL/GANIL). Isolating part (16). Overall detection solid angle. Taking into account. Gap between telescopes. Dead zones around Si 0.6mm. ~ 86%. 22*22. ~ 90%. 44*44. TELESCOPES arrangement. C2. C3. C1.

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Points to discuss

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  1. DESIGN Points to discuss

  2. MODIFICATION of the PROTOTYPES (LNL/GANIL) Isolating part (16)

  3. Overall detection solid angle Taking into account Gap between telescopes Dead zones around Si 0.6mm ~86% 22*22 ~90% 44*44

  4. TELESCOPES arrangement C2 C3 C1 Gap between Telescopes C4B C4A

  5. Possible mounting 40*40 Forward Si Backward Si Bonding Dead Zone Tunnel 0.5 Flexible Kapton

  6. 1m long Preamplifiers Question:Could we separate the electronics board?

  7. SPECIFICATIONS Physics specifications ? WG2 Dimensions telescopes ? WG7 Electronics board Specifications ? WG3 Bonding wires on 0.5mm section ? WG5

  8. OVERALL ELECTRONICS BOARDS

  9. BASIC BLOCK Cooling ring Backwards dismantling SUGGESTION: Make a complete basic block

  10. THERMAL CALCULATION Aluminium λ=120W/m.K Cu λ=400 W/m.K Heat Convection 15°C Epoxy FR4 λ=0.3 W/m.K Thermal load on the 2 faces of each electronics board.(Simulation of the Aluminium drain)

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