TA4002R, 4000 – 5000 MHz, 10 W Power Amplifier
 December 7, 2018: Triad RF Systems, a top-tier
designer and manufacturer of RF and microwave amplifiers, announces the introduction
of their
TA4002R RF power amplifier, designed for the 4,000 to 5,000 MHz
frequency band with an output power of 10 watts.
 The TA4002R utilizes the latest GaN technology to
provide 10 W of power in the C-1 and C-2 bands. The unit is designed to be integrated
in any system that requires high power, high efficiency and high linearity in the entire
4,400 MHz to 5,000 MHz band. The amplifier provides 23 dB of small signal
gain and can produce over 2 W of 64 QAM OFDM power.
The compact unit measures only 2.73 x 2.53 x 1.31 inches and maintains a low operating
temperature due to its built-in heat sink. The module will operate from -40°C to
+80°C baseplate. The amplifier also accepts a wide range of DC voltages so that it
can be used on various platforms without the need for DC/DC converters. The amplifier
is designed and tested to withstand MIL-STD-810 shock and vibration requirements along
with humidity and IP-67 immersion. RF connectors are SMA Female and the DC connector
is 10-pin Circular Locking.
About Triad RF System
Triad RF Systems, founded in 2010, designs and manufactures high-performance, high-power
RF and microwave amplifiers operating at frequencies from 10 MHz to 20 GHz.
The company focuses on delivering extremely high reliability and ruggedness when integrating
its products within the confines of subsystems and systems - without sacrificing efficiency
or linearity and adhering to stringent requirements for size, weight, and power. The
company's products are employed in commercial and military applications, including terrestrial
wireless and satellite communications, radar, electronic warfare, medical, digital video
broadcast, and avionics systems.
Contact Info:
Triad RF Systems Chris DeAngelis 11 Harts Lane, Suite I East Brunswick,
NJ 08816 Email:
sales@triadrf.com
Web: www.triadrf.com
Phone: 1-855-558-1001
Copyright © 2018 Triad RF Systems, All rights reserved.
Posted December 10, 2018
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