CI 275 UHF Radiotelephone Antenna | 406-512 MHz, BNC
CI 177-20 UHF ANTENNA/BNC Female Connector, 450-470 MHz, 50 Ohms, 30 Watts, 4 Hole Mount, Airspeed 450 Knots
UHF Whip Antenna | 380-470MHz
The 21-68 Whip Antenna provides communications in the frequency range 380 MHz to 470 MHz. The antenna is configured as a whip type monopole and is intended for use in general subsonic airborne applications. The antenna comprises a cylindrical aluminum alloy element within a protective composite sleeve that is fitted to an aluminum alloy, mounting block. The block provides the single RF connector (BNC).
CI 200 UHF ANTENNA/BNC Female Connector, 450-470 MHz, 50 Ohms, 30 Watts, 3 Hole Mount, Airspeed 450 Knots
VHF/UHF ELT Antenna | Bent Rod, 121.5, 156.8, & 243MHz
The 21-50-339 is an externally mounted airborne VHF/UHF/ELT (Emergency Locator Transmitter) antenna operating over the maritime and aviation distress frequencies. The radiating element comprises a hard drawn alloy tube inserted into a molded base which contains foamed-in place matching circuits capable of handling up to 25 Watts power. The method of construction provides protection from environmental conditions including vibration, shock and temperature variations.
V/UHF Broadband and UHF SatCOM Antenna | 30-80MHz, 108-152MHz, 240-400MHz
The 19-440-10 V/UHF Broadband and UHF SatCOM Antenna is a combined broadband VHF/UHF communications and UHF satellite communications antenna. The 19-440-10 comprises two orthogonally mounted elements, a circularly polarized turnstile antenna and a vertically polarized broadband fan monopole. Low angle coverage is provided by the vertical element, and high angle coverage is provided by the circularly polarized element. In this way, essentially full hemispheric coverage is achieved for satellite communications.
19-450 UHF And GPS SatCOM Antenna | 240-400MHz, L1-L2
The 19-450 UHF and GPS SatCOM Antenna is a combined UHF satellite communications and Global Positioning System (GPS) antenna. The antenna is low profile in construction and intended for airborne applications. The UHF section provides essentially hemispherical satellite communications coverage. The GPS section provides nominal hemispherical coverage in the GPS L1 and L2 frequency bands to allow reception of microwave signals from a number of satellites.
RAV30512 Broadband Airborne Communications Antenna | 30 – 512 MHz, Gray
The RAV30512 is a broadband, airborne communications antenna that is designed for airspeeds less than Mach 1. The antenna housing is constructed from a fiberglass epoxy that is designed to withstand exposure to sand and dust particles in desert areas. Extreme temperature changes, humidity, shock and vibration are reduced due to its foam filled core.
AT-1108ARC VHF/UHF Comm Antenna | 116-152 MHz
The AT-1108ARC Antenna is a combined VHF/UHF airborne communications blade antenna designed for usage airspeeds of less than Mach 1. The antenna housing is fiberglass epoxy, designed to withstand the exposure to sand and dust particles of desert areas and is foam-filled to reduce the effect of extreme temperature changes, extreme humidity, and excessive shock and vibration. The AT-1108ARC is produced to Military Specification MIL-A-55680 and has continuous operation altitudes of up to 50,000 ft and temperatures between -65°F and 131°F. It can withstand the impact shock of 30g and the steady-state acceleration of 6g. The isolation between the bands is > 40 dB. A gasket for RF shielding and positive sealing is included. The antenna is coated with a Skydrol resistant lusterless CARC black paint.
VHF/UHF Tunable Antenna | 30 – 1220 MHz
VHF/UHF Low Profile Tuned Antenna | 30-88 MHz, 108-174 MHz, 225-400 MHz
VHF/UHF Tunable Antenna | 30-512MHz
The 12-190-160 V/UHF Tunable Antenna is a low profile, tunable, V/UHF blade antenna operating in the frequency band 30 MHz to 512 MHz, and intended for use in general, rotary wing applications. The 12-190-160 meets the stringent requirements of the military and provides unrivaled RF, mechanical and environmental performance. The antenna is configured as two separate radiating structures, fed from a single RF connector.
