Broadband Amplifiers

PRODUCTS AND SERVICES

Gallium Nitride Broadband RF Power Amplifier: SSPA 0.020-1.000-100

Gallium Nitride Broadband RF Power Amplifier: SSPA 0.020-1.000-100

Aethercomm Model Number SSPA 0.020-1.000-100 is a high power, broadband, Gallium Nitride (GaN) RF amplifier that operates from 20 MHz to 1000 MHz. The bandwidth of this amplifier can be extended to 1200 MHz+ with similar performance. 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.
Model NP-507: Broadband Linear RF Amplifier

Model NP-507: Broadband Linear RF Amplifier

Designed for linear application in the 10 to 1000 MHz range. This amplifier utilizes RF Power MOSFET devices that provide high gain, wide dynamic range and an excellent 3rd order intercept point. Suggested applications: multi-carrier, pulse, AM & FM modulation.
Class A Broadband Amplifier: CBA 100M-400

Class A Broadband Amplifier: CBA 100M-400

This Class A design of this broadband amplifier results in a system with high reliability and low distortion linear performance across the frequency range. It also ensures that the CBA-100M-400 Broadband Amplifier will continuously operate at full power, even when presented with an open or short circuit as its output.

10,000 Watt RF Power Amplifier: 10000A225

10,000 Watt RF Power Amplifier: 10000A225

This RF power amplifier offers 10,000 watt CW and covers the 10 kHz to 225 MHz frequency range. It’s ideal for applications that involve RF susceptibility testing, antenna and component testing, communications, watt meter calibration, plasma generation, particle accelerators, and for use as a driver for high power amplifiers.

Model NP-508: Broadband Linear RF Amplifier

Model NP-508: Broadband Linear RF Amplifier

Designed for linear application in the 10 to 1000 MHz range. This amplifier utilizes RF Power MOSFET devices that provide high gain, wide dynamic range and an excellent 3rd order intercept point. Suggested applications: multi-carrier, pulse, AM & FM modulation.
Broadband RF Power Amplifier: 5 MHz to 1000 MHz

Broadband RF Power Amplifier: 5 MHz to 1000 MHz

The 5322 broadband RF power amplifier is small, lightweight, and designed for lab environments. It operates in the 5 to 1000 MHz frequency range and has a 15 W (typ) saturated output power. This amplifier has a +43 dB (min) small signal gain, +45 dBm (typ) IP3, -20 dBc (typ) harmonics @ 5 watts, and <-60 dBc (typ) spurious signals @ 5 watts. Additional specifications can be found on the available datasheet.

Gallium Nitride Broadband RF Power Amplifier: SSPA 0.020-0.520-125

Gallium Nitride Broadband RF Power Amplifier: SSPA 0.020-0.520-125

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.
Medium Power Broadband Amplifiers For Military And Commercial Applications

Medium Power Broadband Amplifiers For Military And Commercial Applications

Teledyne Microwave Solutions's new line of medium-power broadband amplifiers is a unique family of performance-based solutions designed for demanding applications. This line covers 20 MHz to 2600 MHZ and uses Gallium Nitride (GaN) technology. Each amplifier is hermetically sealed, and includes multiple RF performance options so engineers can specify standard catalog or custom-tuned performance. The amplifiers include an internal sequencer, assuring application of the proper gate voltage applied to the FET prior to voltage applied to the drain.

More Products and Services
Newsletter Signup
Newsletter Signup
Get the latest RF/microwave industry news, insights, and analysis delivered to your inbox.
Join your peers
By clicking Sign Me Up, you agree to our Terms and that you have read our Privacy Policy.