Pico Macom tsms-2150x-16a Техническое Руководство

Seite von 2
TSMS2150X
Rack-Mounted Satellite Multiswitches
www.picomacom.com
Headend & Electronics
355 Parkside Drive  San Fernando, CA  91340
Ph: 818-493-4300   Toll Free: 800-421-6511   Fax: 818-493-4433
A-71
Rev. 12/02
Series
Pico Macom’s TSMS-2150X Series rack-mounted satellite multiswitches can
be used in every SMATV application requiring satellite 950-2150MHz IF distri-
bution. 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 Multiswitches
TSMS2150X
Series
Wide frequency range 
(TSMS2150-16A 950-2150MHz;
TSMS2150-8AUV 40-2150MHz)
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