The new quad band satellite simulator from tampa microwave is designed as a compact easy to use training and evaluation tool for satellite earth terminal applications.
Tampa microwave satellite simulator.
Find us at tampa microwave 11200 dr.
We provide a variety of models with different combinations of frequency bands transmit receive strength atmospheric effects and form factors.
12160 race track road tampa florida 33626 t.
1 813 855 2251 get directions.
All satcom frequency bands are supported x ku and ka bands.
Tampa microwave is the industry leader in satellite simulators in the c x ku ka and l band communications bands.
Tampa microwave s satellite simulator provides a compact easy to use solution as a training and evaluation tool for satellite earth terminals.
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This device simulates c x and ka bands simultaneously at over 300 ft.
Iii part name assigned by controlling agency.
Battery simulator network simulator radar simulator others covid 19 impact on global satellite simulator market by key players.
The new products include a quad band satsim a single ku band satsim and a single ka band satsim.
Tampa microwave s 1 3 meter fly away terminal utilizes the electronic modules that are common to our family of manpack terminals receiver transmitter modem and power supply modules.
Market by type value and volume from 2019 to 2025.
Compact with self contained antennas light weight 5 lbs typical operation range is 50 1000 ft.
Actual range is determined by antenna size and power factory set attenuation ac dc power specifications tampa microwave s satellite simulator provides a compact easy to use solution as a training and evaluation tool for satellite earth terminals.
Petersburg florida 33716 tel.
Quad band satellite simulator system special features.
Tampa microwave tampa microwave s satellite simulators provide a compact easy to use training and evaluation tool for satellite earth terminals.
Tampa microwave lab inc.
Utilizing our variety of simulator models users are able to train personnel and test their terminals under realistic atmospheric and network conditions.
