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CSE 816
Decoupling loss of the inputs: ..........................................................30 dB
Gain: ...........................................................................................13 dB
Output level with 16 channels .....................................maximum 100 dBµV
Power supply PS 190
Mains voltage: .................................................... 220–240V~, 50/60 Hz
Power consumption (fully equipped, incl. LNB power supply): .......... 150 W
2.5 d
esCription
The head-end station has a modular structure and can hold up to 8 cassettes.
You can find a list of the current cassettes at the website "
www.triax.com
".
The various expansion options for the head-end station allow for the installa-
tion of a wide range of broadband cable systems.
Two integrated SAT IF input distributors has in total four SAT IF inputs. You can
use them to distribute the reception levels each over 4 or 6 outputs. Using the
loop-through output enables you to distribute reception level 1 over the 10
outputs for each SAT IF input distributor. The F sockets of both reception levels
are coloured.
Basic signal pattern:
9-12 dB
9-14 dB
8 dB
Unused loop-through outputs must be terminated with the resistors supplied.
The power supply in the head-end station is designed to supply power to com-
ponents (e.g. LNBs) connected upstream. These are supplied via the SAT IF
input distributors’ input sockets with operating voltage (+18 V) at a total cur-
rent of max. 1 A .
The head-end station’s power supply unit can be used to supply peripheral
devices with voltage (+12 V / max. 1 A , with an external fuse).
The cassettes’ RF output signals are accumulated in a programmable RF output
collector and then directed to the RF output and to the test output via the down-
stream hybrid amplifier.
When the head-end station is shipped from the factory, the default setting for
the RF output level of the output collector is -3 dB. You can use the software of