Products and Services
-
Gallium Nitride Broadband RF Power Amplifier: SSPA 0.020-0.520-125
12/20/2010
Aethercomm Model Number SSPA 0.020-0.520-125 is a high power, broadband, Gallium Nitride (GaN) RF amplifier that operates from 20 MHz to 520 MHz. This PA is ideal for broadband military platforms as well as commercial applications because it is robust and offers high power over a multi-octave bandwidth. This amplifier was designed for broad band jamming and communication systems platforms.
-
High-Power Broadband Gallium Nitride RF Amplifier: SSPA 0.020-6.000-35
12/20/2010
Aethercomm Model Number SSPA 0.020-6.000-35 is a high power, super broadband, Gallium Nitride RF amplifier that operates from 20 MHz to 6000 MHz. This PA is ideal for broadband military platforms as well as commercial applications because it is robust and offers high power over a multi-decade bandwidth with decent power added efficiency. This is an industry first for bandwidth, power and efficiency in a package like this. This amplifier operates from a base plate temperature -40°C to +75°C for maximum performance. It is packaged in a modular housing that is 7.65(w)” by 2.5(l)” by 1.27(h)”. This amplifier has a typical P3dB between 35 to 50 watts at room temperature.
-
Solid-State, Broadband, High-Power Amplifier
10/28/2008
The BBM3Q5KHM (SKU 1122) is suitable for broadband mobile jamming and band-specific high power linear applications in the P/L/S frequency bands. This compact module utilizes high power advanced GaN devices that provide excellent power density, high efficiency, wide dynamic range and low distortion.
-
Ultra-Broadband Power Amplifier
8/6/2008
The CHPA0618-1 ultra-broadband power amplifier incorporates gallium arsenide (GaAs) monolithic microwave integrated circuit (MMIC) technology into CAP’s revolutionary, patented Spatium™ broadband spatial combining architecture to achieve outstanding solid state power levels across the amplifier’s extended 6-18 GHz frequency range.
This website uses cookies to ensure you get the best experience on our website. Learn more