Triad RF Systems
Model TTRM2005D Bi-Directional SSPA for CW/FM and QAM Signals
November 20, 2020: - East Brunswick, NJ - Triad RF Systems has announced the development of a dual, bi-directional
amplifier that supports 2X2 MIMO radio applications.
Model TTRM2005D is a solid-state-power amplifier (SSPA) that operates at a frequency
of 2,200-2,500 MHz. It is designed for military and commercial use and supports
a variety of signal types, from simple CW/FM signals to complex, highly modulated
carriers such as 64 and 256QAM.
The technical features for each channel on this
dual bi-directional amplifier includes a transmit signal gain of 25 dB, a receive
signal gain of 12 dB, a receive signal noise figure of 2.5 dB, and ~20 W
BPSK power x2 (40 W of total RF power). Supply voltage is an ultra-wide 12−30 VDC.
It uses the latest LDMOS transistor technology. As a result, it's capable of achieving
either highly linear power with low distortion, or performing at peak power with
extremely high efficiencies. Its operational features include manual or automatic
transmit (TX)/receive (RX) switching, temperature monitor output, over-temperature
protection, and amplifier status output. It measures 3.4 x 2.6 x 0.65 in. and
weighs just 5 ounces, making it the smallest standardized amplifier of its
In addition to MIMO radio, additional applications for this class AB LDMOS SSPA
module include other military and commercial radio systems, software defined radios
(SDR), and general purpose RF amplification. It is capable of supporting any signal
type and modulation format, including 3 and 4G telecom, WLAN, OFDM, DVB, QAM, and
About Triad RF System
Based in East Brunswick, New Jersey, Triad RF Systems, Inc. designs and manufactures
innovative RF/Microwave amplifiers and integrated radio systems for challenging
environments. Products include power amplifiers, bi-directional amplifiers, rack
mount systems, microwave radios, and custom multi-function assemblies.
Triad RF Systems
11 Harts Lane, Suite I
Copyright © 2020 Triad RF Systems, All rights reserved.
Posted November 23, 2020