RF ELEMENTS
Asymmetrical Sector Antenna Carrier Class 90-degree opening horn type 16 dBi 5180-6000 MHz N-type female connectors
Asymmetrical Sector Antenna Carrier Class 90-degree opening horn type 16 dBi 5180-6000 MHz N-type female connectors
Couldn't load pickup availability
Asymmetrical Sector Antenna Carrier Class 90-degree opening horn type 16 dBi 5180-6000 MHz N-type female connectors
Sector antennas that increase the performance of wireless links
Asymmetrical CC horn antennas provide a unique asymmetrical beamforming while maintaining excellent noise rejection and the overall performance of a well-designed horn antenna with N-female connectors. Enabling new levels of network scalability and performance increases, asymmetrical CC horn antennas complement the successful symmetrical horn antennas.
Single asymmetric beam
Asymmetrical CC horn antennas have a unique beam shape. The beam cross-section at the bore is elliptical: wide in azimuth and narrow in the elevation plane. This is useful for deployments where the asymmetric beam shape offers better coverage.
Without side lobes
Asymmetrical DC horn antennas have naturally suppressed sidelobes due to their optimized design: they focus energy into a single main beam. The absence of sidelobes allows for excellent immunity to network noise when using asymmetrical DC horn antennas.
Broadband performance
The radiation pattern of asymmetrical DC horn antennas is stable over the entire operating bandwidth.
Balanced H+V polarization
Balanced asymmetrical H+ CC antennas have balanced horizontal and vertical beam patterns. Balanced H+ V beams are very difficult to achieve for asymmetrical beamforming antennas, and this is the area where all competitive products on the market fail. Balanced H+ V beams are a critical feature for stable link performance when changing channels. V-beams
32 in stock
MODELO: HG3-CC-A90
View full details
