TSMS-2150X-16A
Descriptions
Rack-Mounted Satellite Multiswitch
4
Rev. 08/03
Ph: 800-421-6511
www.picomacom.com
Pico Macom’s TSMS-2150X Series rack-mounted satellite multiswitches
can be used in every SMATV application requiring satellite 950-2150MHz IF
distribution. The easy mount enclosure and all rear panel connections provide
for rack mounting or quick and easy wall mounting by simply turning the unit face
to the wall. The
TSMS-2150X-8AUV allows 2 LNB inputs and 1 off-air antenna
input (40-806 MHz) and provides 8 outputs, while the
TSMS-2150X-16A allows
2 LNB inputs and provides 16 outputs. The advanced circuit design incorporates
a pin diode matrix to route any of the inputs to any of the outputs by utilizing
the 13-14V Right-Circular/Vertical or 17-18V Left-Circular/Horizontal switching
control supplied by the satellite receivers, thus eliminating digital artifacts that
result from mechanical relay switching. To compensate for insertion loss, both
versions use separate built-in amplifiers for satellite and/or VHF/UHF signals.
The
TSMS-2150X series, used with the external power supply, will supply power
to the LNBs reducing heat build up within the multiswitch and prolong the life of
the unit.
Rack-Mounted Satellite Multiswitch
TSMS-2150X-16A
Wide frequency range:
950-2150MHz
Simple interface design provides 2
satellite polarity inputs and 8 or 16
outputs, for quick installation
All rear panel connection access
allows rack or wall mount flexi-bility
PIN diode matrix reduces polarity
transfer time and digital artifacts
providing consistent picture quality
Polarity is selected by receiver
supplied voltage (14V/18VDC)
compatible with most DTH
satellite services
Antenna signal combines with
satellite on output eliminating
external combining, reducing cost
and clutter
500 mA voltage power
pass-through reduces cost by
providing satellite receiver path for
LNB power
Built-in amplifier compensates for
insertion losses reducing need of
external amplification
External UL Approved power
supply reduces heat buildup thus
increasing unit life
