- Buyers Guide
Aerospace & Defense Electronics Supplement
Early Returns: U.S. Export Control Reform Positive
A&D Test & Measurement
Efficient Design and Analysis of Airborne Radomes
28 GHz Sector Horn Antennas
These sector horn antennas have been developed for LMDS and local multipoint communications systems applications. A 27.35 to 29.5 GHz unit is offered in a 90° sector model with vertical and horizontal polarization models also available. The antennas are designed as head-end or hub types and are compact in design and nonobtrusive. The antennas are paintable to match their environment and feature a wind survival rating of 125 mph.
Gabriel Electronics Inc.,
High Performance, Low Profile Antennas
The ValuLine" series high performance, low profile 0.3 and 0.6 m antennas meet the performance and budgetary demands of cellular, PCS and private-user networks worldwide and are available in 22, 26 and 38 GHz frequency bands. The antennas’ low profile results in reduced windloading and minimal visual impact, and the units can be painted to match their surroundings. The cost-effective, small-diameter, high frequency antennas can be customized for direct integration with original equipment manufacturer (OEM) radio systems. The units are fabricated from aluminum with galvanized mount components and stainless-steel hardware for assured performance regardless of environmental conditions.
Orland Park, IL
(800) 255-1479, ext. 351.
2 - 18 GHz Direction-finding Antenna
The model C390-169 broadband direction-finding antenna operates from 2 to 18 GHz. The antenna assembly consists of an ELPAR reflector, an omnidirectional reference antenna and a radome enclosure. The reflector shape is parabolic in the azimuth plane and elliptical in the elevation plane, producing a directional beam in azimuth and a small-variation beamwidth in elevation. The antennas are enclosed by a broadband, high transmission efficiency radome. The antenna assembly, which can be mounted on a rotator, is suitable for ground-, mobile- or shipboard-rotating direction-finding applications. Specifications for the reflector include a gain of 4.5 to 21 dBli, a sidelobe level of less than 15 dB, an SWR of 2 (max) and an SMA female input connector. Specifications for the omnidirectional antenna include a gain of –3 to 5 dBli, an SWR of 2 (max) and an SMA female input connector.
Microwave Engineering Corp.,
North Andover, MA
Linearly Polarized Beam-shaped Antenna
The model SR1857 antenna provides for reception and transmission of linearity polarized signals in the 1710 to 1880 MHz and 1850 to 1990 MHz frequency bands. The antenna has a broad H-plane beamwidth ranging from 120° to 180°. The unit consists of linear elements that provide a minimum of 7 dBi gain. SWR is 1.5 (max) of 50 W impedance. The antenna is housed in a rugged, low profile, UV-stable thermoplastic radome that is weather resistant for outdoor applications. Size: 11.75" x 5.50" x 0.75".
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