The AS0825 Series of solid state amplifiers operates in the 800 MHz to 2.5 GHz frequency range. A total of six different models in this series are available with 18W, 40W, 85W, 170W, 300W, and 500W P1dB levels. These amplifiers can be used in applications involving military/defense, EMC testing, communications, R&D, and high energy physics. Specifications can be found on the datasheets below.
Teledyne MEC, a sister company of Teledyne Microwave Solutions, introduces the new line of SSHPA (Solid State High Power Amplifier) products. Demanding power and reliability standards required with most modern radars and communication transmitters benefit from these amplifiers advanced thermal management schemes and unique highly efficient coaxial power combiners. The most popular bands of radio frequency are covered with this line, and output power ranges from 100W at the module level to over 1kW at the amplifier level, in hermetically sealed packages operating over - 40°C to + 80°C. Additional features include CW and peak pulse power capability, 0.5dB gain flatness peak-peak, excellent VSWR match of 1:5 over different bands, and more.
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.
AR has recently developed a line of hybrid power modules, or HPMs, to cover the 0.7 to 6 GHz frequency range. There are five different models available in this line with variations in output power, minimum gain, mismatch tolerance, harmonic distortion, and more. For more information on each individual amplifier module’s specifications, download the available datasheets below.
This series of solid state amplifiers contains five different models with 15W, 30W, 55W, 110W, and 230W P1dB levels. These amplifiers operate in the 800 MHz to 2.7 GHz frequency range and are ideal for communications, military/defense, high energy physics, EMC testing, and R&D applications. Specifications on the individual models can be found on the datasheets below.