News | June 6, 2007

MTT-S 2007: Tyco Develops M/A-COM Radiating Cable Antenna Series

Source: Cobham

Honolulu -- IEEE MTT-S International Microwave Symposium -- Tyco Electronics announced a new line of M/A-COM radiating cable antennas, which is designed to replace conventional antennas in applications that require wide frequency bandwidths and deployment in physical spaces that present extreme challenges to traditional antenna solutions. The M/A-COM radiating cable antenna series is suitable for cellular, Bluetooth, and WLAN frequency band installations, as well as airborne, vehicular, and ground-based applications. The series' antenna assemblies feature a low-loss, flexible, coaxial cable construction, which incorporates radiating apertures in the cable's outer conductor.

"Because we maintain all of our cable design and manufacturing capability in-house, we can provide customized constructions that can fully meet installation and application requirements on a made to order basis," said Ray Schwartz, cable technologist, Tyco Electronics M/A-COM Cable Products. "In addition, we also design and manufacture our own connectors. As a result, we can optimize the critical cable-to-connector transition, as well as the electrical performance of the connector interface for each assembly – making M/A-COM's new antenna line the perfect solution for any manufacturer's radiating cable antenna requirements."

The M/A-COM radiating cable antennas operate over broad frequency ranges (400 – 6,000 MHz) and can be used for transmit, receive, and simultaneous Tx/Rx applications. If desired, the M/A-COM antenna engineering staff can tailor the apertures for optimal performance over specific frequency bands. The antenna construction is rugged, meeting environmental performance requirements for operating temperature, thermal shock, weather resistance, vibration, shock, flammability, smoke density, and toxicity.

Tyco Electronics has produced cable antennas up to approximately 200 feet in length with uniform gain along the entire length of the antenna. An end-to-end extruded FEP (fluorinated ethylene propylene) jacket protects the apertures and prevents moisture ingression should the radiating cable be installed in humid or moist areas.

SOURCE: Cobham