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Soldering of micro-coax cables for pad readout |
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Signal fan-in on a 128 pin connector, 0.5 mm pitch |
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Fill with Araldit glue |
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First complete pad layer |
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First 4 layers in bake-out oven |
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Transfer wires from a wiring frame to the chamber |
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Test of the prototype chamber |
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3D view of the CIP end flange with on-chamber electronics, gas, and HV connectors |
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Readout schematics |
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CIPIX readout board, 1999 prototype |
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Protoype with optical hybrid and cable |
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Pair of final CIPIX boards with multi-layer high-speed Kapton bridge. Chips are covered with epoxy to protect bond wires. Optical hybrid not yet fully assembled. |
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Optical hybrid, chamber side |
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Driver chip |
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6 GaAs VCSEL vertical cavity surface emitting laser diodes for digital and analog data
and 2 pin diode receivers for clock signals |
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Optical connector with 8 fibers ending in a 90 degree bend |
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Receiver and de-multiplexer schematics |
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Receiver card |
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Optical hybrid, receiver end |
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Receiver chip |
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receivers between holes for alignment pins |
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2 VCSELs for clock signals, 6 pin diode receivers |
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CIPIX board series production |
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Finished CIP chamber under HV test |
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Connectors from pad coax cables to CIPIX cards |
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+z end: 5 layers expand freely |
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8.2.2001 System test at Zürich with 2 boards in layer 3 |
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Building 5-layer readout towers Mechanical test |
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14.2.2001: All 80 boards mounted with gas and HV cables and 2 CIPIX board pairs fully cabled |
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Each pair of CIPIX cards will have an 8-fiber optical cable (orange) a cable for control signals, and one for the low voltage supply |
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Yellow grounding wires between chamber and frontend board must be as short as possible |
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17.2.2001 CIP arrives at DESY |
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Down the elevator |
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Malte Hildebrandt gives directions for Nicole Werner, Max Urban and Jan Becker |
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CIP on the installation tool |
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Frontend electronics still to come... |
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Kurt Bösiger and Stefan Steiner taking documentation |
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Plexiglass guiding rails glued onto CJC CFK tank View from +z |
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View from -z |
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First test installation |
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Stefan Steiner taking aim |
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Watching from +z |
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Removing the insertion tool |
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5-layer CIP fully inserted (within 1 mm in z). Test with FST contact ring was next. Successful |
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Test of the support for the electronics installation. Allows full rotation of the chamber. |
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