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The CPI Antenna Technologies’ 3.8 meter MULTI FEED antenna delivers exceptional performance for receive only applications for L through Ka-Band frequencies. The MFA Antenna is designed to hold up to 5 feeds on a remotely controllable sliding feed arm mechanism which lets the user decide which frequency band (feed) at which they want to operate. Customers can switch downlink frequency bands rapidly without manual intervention. This antenna offers a dual offset reflector design that incorporates precision formed panels, contoured radials and a machined hub assembly. The state-of-the-art design provides exceptional performance for low cross-polarization levels and excellent sidelobe patterns. The rugged feed boom can support up to 300 lbs. (136 kg) of integration equipment in addition to the feed weights. The reflector is supported by a galvanized steel motorizable pedestal that provides the required stiffness for pointing and tracking accuracy. The pedestals are designed for full orbital arc coverage and are readily adaptable to ground or rooftop installations using concrete foundations, load-frames or non-penetrating mounts.
The CPI Antenna Technologies’ 3.8 meter MULTI FEED antenna delivers exceptional performance for receive only applications for L through Ka-Band frequencies. The MFA Antenna is designed to hold up to 5 feeds on a remotely controllable sliding feed arm mechanism which lets the user decide which frequency band (feed) at which they want to operate. Customers can switch downlink frequency bands rapidly without manual intervention. This antenna offers a dual offset reflector design that incorporates precision formed panels, contoured radials and a machined hub assembly. The state-of-the-art design provides exceptional performance for low cross-polarization levels and excellent sidelobe patterns. The rugged feed boom can support up to 300 lbs. (136 kg) of integration equipment in addition to the feed weights. The reflector is supported by a galvanized steel motorizable pedestal that provides the required stiffness for pointing and tracking accuracy. The pedestals are designed for full orbital arc coverage and are readily adaptable to ground or rooftop installations using concrete foundations, load-frames or non-penetrating mounts.