Services and Products

  1. 20-520 MHz Solid State Broadband High Power Amplifier: BBM2E3KLP (SKU 1163)
    5/31/2012

    In UHF/VHF frequency bands, the BBM2E3KLP (SKU 1163) high power amplifier can be used as a broadband PA building block in electronic attack, digital communications, and test and measurement applications.

  2. 1.0 GHz to 2.0 GHz Solid State Amplifiers: AS0102 Series
    8/30/2012

    This series of solid state amplifiers operates in the 1.0 to 2.0 GHz frequency range. Eleven different models are available with 30W, 55W, 65W, 100W, 125W, 200W, 250W, 400W, 500W, 800W, and 1000W P1dB levels. Like all MILMEGA amplifiers, this series is ideal for military/defense, EMC testing, communications, R&D, and high energy physics applications. Information on specifications can be found on the datasheets below.

  3. 500 Watts CW Solid-State Amplifier: 500W1000B
    7/1/2013

    This solid-state amplifier covers the 80 MHz to 1000 MHz frequency range and uses push-pull circuitry in its higher power stages in order to lower distortion and improve stability. It’s particularly well suited for applications that require an amplifier with high gain and instantaneous bandwidth.

  4. 1000 Watt CW, 10 kHz To 225 MHz Solid-State Amplifier: 1000A225
    12/8/2009

    The Model 1000A225 is a self-contained, air-cooled, broadband, completely solid-state amplifier designed for applications where instantaneous bandwidth and high gain are required. Push-pull MOSFET circuitry is utilized in all high power stages in the interest of lowering distortion and improving stability.

  5. 1 To 18 GHz Microwave Power Amplifiers
    11/6/2018

    AR offers world class solid state power amplifiers designed for various EW, EMC and communication’s applications. You can have chip & wire hybrid modules from 0.7 - 6GHz to 100 watts or benchtops designs up to 500 watts CW. Benchtop units from 6-18 GHz are also available in 20 and 40 watts CW Class A models. For added versatility, AR can also supply dual band single housed units covering the full 1-18 GHz band with a high power of 60 watts up to 6 GHz and 40 watts from 6 – 18 GHz.

  6. Solid State Broadband High Power Amplifier: Model 5228
    7/18/2012

    Ophir RF’s 5228 Solid State Broadband High Power RF Amplifier operates in the 80 to 1000 MHz frequency range and achieves high efficiency operation and proven reliability. This amplifier features an excellent 3rd order intercept point, high gain, and a wide dynamic range. All Ophir RF amplifiers come with an extended multiyear warranty. Download the available datasheet for additional information.

  7. SSPA’s for Radar
    9/19/2017

    Empower RF Systems offers a wide range of power amplifiers and stand-alone or high-power amplifiers for an extensive range of radar applications, including HR for over-the horizon (OTH), VHF for very long range and ground penetration, and UHF for very long range and foliage penetration.

  8. RF: Broadband High Power Amplifier Module: 1189
    1/12/2012
    Empower RF Systems’ 1189 is a 100 Watts broadband high power amplifier module operating in the 500 – 2500 MHz frequency range. It’s ideal for test, communications, and military/defense applications. This amplifier features a small form factor package of 7.4 x 3.6 x 1.6, allowing for easy integration into compact system designs.
  9. C-Band GaN 4.0 kW Pulsed Solid State Power Amplifier Module: VSC3645
    5/17/2016

    CPI’s Beverly Microwave Division presents the VSC3645 GaN 4.0 kW pulsed solid state power amplifier module operating in the C-band (5.2 – 5.9 GHz). This high efficiency, high power, compact amplifier is highly efficient, easy to maintain, and is designed to easily create high power C-band radar transmitters.

  10. 350 Watt CW 0.7-6.0 GHz Solid-State Amplifier: 350S1G6
    2/11/2016

    AR’s 350S1G6 is a solid-state broadband amplifier covering the 0.7 to 6.0 GHz frequency range. When used with a sweep generator, this Class A, self-contained, air-cooled amplifier provides a minimum of 350 watts RF power. The low level of spurious signals and linearity make it ideal for use as a driver amplifier in testing wireless and communication components and subsystems.