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The adapter in it's hole consists of one 6 unit device collecting 128 AC-trafo signals on BNC connectors at the back and one 3 unit high “Rahmenpulsmodul” collecting 128 “Rahmenpulse” on it's back.
The adpter is a completely passive adapter and exists internally as shown below out of several boards as are:
Hardware | Signal and Info |
---|---|
Internals 6 unit analog signal adapter | |
68AMP_9LEMO Those 2×8 boards bundles analog signals and measurement gate to NI-cable | Flow of “Messfenstersignal” and possible Choises there: |
Internals “Internals Analog signal modul” | |
Backplane "Rahmenpulsback" That board collects “Rahmenpulse” from back and passes it internaly to the four … | Flow of signals from and to PXI-7811 FPGA board: MAPS-Bus-signals / “Rahmenpulse” |
AMP68VG96 This four boards adaps the “Rahmenpulse” from the backplane via VG connector to NI-VHDCI cables connecte to the NI7811 FPGA-board. |
Empty seperate slots are ment for storing away rigid Ni-cables that are available only in certain length. That should provide more acurateness appart from the great number of this cables. Hole adapter interfaces between the digitizer signals analog signal and “Rahmenpuls” and the NI-crate: