® assuredcommunications™ RF-382A Series FAST TUNE AUTOMATIC 400 WATT ANTENNA COUPLER The RF-382A Series couplers efficiently and automatically match the output of 125 to 400 watt transceivers to a wide variety of whip, dipole, and long-wire antennas over the frequency range of 1.6 to 30 MHz. Tuning time from memory is less than 200 milliseconds. RF-382A Series couplers operate with ALE communications systems that require very fast frequency change. Rugged and reliable, they operate under the most severe environmental conditions in vehicular, transportable, shipboard, and fixedstation applications. The RF-382A Antenna Coupler is designed for direct interface with FALCON® II HF systems and is fully compatible with the built-in MIL-STD-188-141B and STANAG-4538 Automatic Link Establishment (ALE) protocols. The coupler requires a control cable and RF coax interface to connect to the associated transceiver. Separation can be up to 250 feet (76 m). A high voltage ceramic insulator provides the connection to the antenna. It is also equipped with a 50-ohm Nconnector antenna port for coaxial connection to a fixed site broadband or resonant antenna. Internal built-in test to the module level provides rapid diagnostic troubleshooting and repair. In addition, all key operating parameters are continually monitored during operation. If parameters are exceeded, a coupler fault is reported to the radio. Specifications for the RF-382A High Voltage Antenna Port Rated RF Input Tuning Capability Tuning Accuracy Tuning Time Efficiency Up to 150 Watts PEP and Average: 1.6 to 30 MHz: 9 to 35 foot whips; 35 to 150 foot long wires; 40 to 100 foot dipoles (including RF-1912 and RF-1936) Up to 400 Watts PEP; 250 Watts Average: 1.6 to 30 MHz: 75 to 150 foot long wires; 1.6 to 30 MHz: 40 to 100 foot dipoles (including RF-1912 and AS-2259/GR); 2.5 to 30 MHz: 35 foot whips; 4 to 30 MHz: 24 foot whips; 6 to 30 MHz: 16 foot whips Automatically tunes to 50 ohms to within a VSWR of 2:1 200 ms tuning from memory based on prior tuneup. Initial tune time on new frequency typically less than 3 seconds (8 seconds maximum) Whips: 1.6 to 4 MHz: 15 to 85%; 4 to 30 MHz: 50 to 95% Long Wires and Dipoles: 1.6 to 30 MHz; 60 to 95% Note: Efficiency depends on frequency, antenna length, and ground plane 50-Ohm Antenna Port Rated RF Input Antennas Up to 400 Watts PEP and Average Broadband and dipole resonant fixed frequency antennas Electrical Channel Capability Protection Features Receive Bypass BIT 480 channel memory Protection from high VSWR, high temperature, RF over-voltage and over-current Lightning surge protection on all control lines and the RF path Can tune or key into an open or short without damage Automatic and manually controlled receive bypass Fault isolation to module level Installation Primary Power Requirements Remote Capability Weight Size Mounting Accessories Supplied Color 10 to 32 VDC at 4 amps maximum during tuning, 1.6 amps maximum when tuned Up to 250 foot (75m) separation between transmitter and coupler 31 lbs (14 kg) 7.65H x 11.25W x 18.5D inches (including projections) 19.4H x 28.6W x 47.0D cm (including projections) Four mounting hole dimensions: 7.25 x 15 inches (18.4 x 38.1 cm) Type N RF coaxial mating cable connector, control cable mating connector, cable installation material, coupler mounting hardware, installation material, and the Intermediate Maintenance manual RF-382A-15 is CARC Green 383; RF-382A-04 is navy gray; RF-382A-34 is NATO Green 285 Environmental Test Method Shock and Vibration Immersion Operating Temperature Per MIL-STD-810F Ground tactical 3 feet (0.9 m) of water –40˚C to +70˚C Accessories and Cables Cables Shock Mounts Sun Shield Safety Cover Siting Kits Transit Case System Control: 10181-9823 Coax: 10181-9824 Tracked Vehicles: RF-383VM-01 Wheeled Vehicles: RF-384VM-03 10330-9250 10208-0014-01 RF-5351-AT Series RF-382A-15TM Falcon is a registered trademark of Harris Corporation. Specifications are subject to change without notice. RF Communications Division | 1680 University Avenue | Rochester, NY USA 14610 www.harris.com 1-585-244-5830 © Copyright 2005 Harris Corporation 6/05 DS-208B