Articles Tagged with ''Fairview Microwave''

Fairview Microwave announced the launch of its RF fixed attenuators and terminations with NEX10 connectors.

Fairview Microwave has announced the launch of its latest range of RF fixed attenuators and terminations, capable of supporting frequencies up to 18 GHz. 

Fairview Microwave announced the launch of its in-house, pre-built gain horn antennas. These new offerings improve on the company’s standard gain horns by adding coaxial adapters and an innovative cage-style mount.

Fairview Microwave announced the launch of its high-power RF terminations to enhance signal integrity in demanding applications across telecommunications, aerospace and defense sectors.

Fairview Microwave announced the launch of its RF fixed attenuators with QMA connectors. A standout aspect of these attenuators is their wide range of attenuation levels, including 1, 2, 3, 6, 9, 10, 15, 20 and 30 dB. 

Fairview Microwave announced the release of its waveguide power dividers. They deliver exceptional performance, boasting a voltage standing wave ratio of 1.2:1 and providing an impressive isolation performance of up to 80 dB.

Fairview Microwave announced the launch of RF fixed attenuators featuring a compact and rugged 3.5 mm connectorized design. They have maximum power ratings of 2 watts, ensuring robust performance in high-power environments.

Fairview Microwave announced the release of its RF fixed attenuators with 2.4 mm connectors, boasting high power ratings of up to 5 watts (CW) and a frequency range of up to 50 GHz.

Fairview Microwave has announced its latest product innovation: standard gain horn antenna radome covers. They are designed to enhance the performance of waveguide horn antennas in outdoor settings while safeguarding them from external factors.

Fairview Microwave has announced the release of their L-type mounts for standard gain horn antennas.  These essential accessories simplify the antenna mounting process for test and measurement setups, offering convenience and precision to users.