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Solutions |
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Use 10 MHz from one of the modems and inserting high
power DC to the BUC. |
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Passing around both
the 10 MHz reference and DC power from
one of a pair of modems, while combining
the L-band signals to feed a BUC.
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If you don't have
enough DC power, and you don't have a
good enough 10 MHz reference from your
modem, you can turn them off. Insert DC
from a separate power supply, and use a
Master Oscillator to discipline your
BUC. |
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2 Way Combiner with Precision Oscillator
If you don't have enough DC power, and
you really need an even more precise 10
MHz reference for your system, you can
turn off the DC and 10 MHz from your
modem. Insert DC from a separate
power supply, and use a Precision
Oscillator to discipline your BUC. |
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4 Way Combiner
Use the DC power and 10 MHz signals from
of your four modems, and pass them
around your Combiner. Combine the
L-band signals and re-insert the DC
power and 10 MHz.
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4 Way Combiner with Hi power DC
Use the DC power and 10 MHz signals from
of your four modems, and pass them
around your Combiner. Combine the
L-band signals and re-insert the hi
power DC and 10 MHz. |
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4 Way Combiner with
Master Oscillator
Use the DC power and 10 MHz signals from
of your four modems, and pass them
around your Combiner. Combine the
L-band signals and re-insert the hi
power DC and 10 MHz. |
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