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A.H. Systems FCC-1 Tuned Dipole Antenna

Manufacturer part number: FCC-1
25 MHz–70 MHz, 300 W
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Key Features and Functions

A.H. Systems FCC-1 half-wave dipole antenna, also know as the reference dipole antenna, is the simplest form of antenna and consists of a matching balun and two horizontal elements. Our FCC-1 tuned dipole antenna includes a mounting clamp, tape measure, extension elements and adjustable telescoping elements. Each antenna element is adjusted to a quarter wavelength (half wavelength total) this will create a precise resonating response at the frequency of interest.

The antenna balun is constructed per the W. K. Roberts design as specified in the ANSI C63.5 standard and consists of a folded balun that converts the 70-ohm (at resonance) to 50-ohm impedance. This balun design exhibits a low VSWR, low balun loss and can handle power up to 300 watts.

    Included parts:
  • FCC-1 Antenna Balun
  • 2 removeable telescoping elements
  • 4 extension elements
  • Tape measurer, Inch/Metric
  • ABC-TD, Balun Clamp with 1/4-20 thread
  • Antenna Calibration Manual
Frequency Range: 25 MHz - 70 MHz
Balun Loss: <0.5 dB
Antenna Factor: -3 to 6 dB/m
Gain: -5 to 2 dBi
Maximum Continuous Power: 300 Watts
Impedance: 50 ohm
Connector: N-Type, Female
   
Physical Dimensions  
Length: 23.7 in.
Weight: 1.2 lb.'s
   
Supplied Accessories  
One balun mounting clamp with 1/4-20 threads
Four Extension Elements  
Two Telescoping Elements  
One Tape Measure  
Description

Key Features and Functions

A.H. Systems FCC-1 half-wave dipole antenna, also know as the reference dipole antenna, is the simplest form of antenna and consists of a matching balun and two horizontal elements. Our FCC-1 tuned dipole antenna includes a mounting clamp, tape measure, extension elements and adjustable telescoping elements. Each antenna element is adjusted to a quarter wavelength (half wavelength total) this will create a precise resonating response at the frequency of interest.

The antenna balun is constructed per the W. K. Roberts design as specified in the ANSI C63.5 standard and consists of a folded balun that converts the 70-ohm (at resonance) to 50-ohm impedance. This balun design exhibits a low VSWR, low balun loss and can handle power up to 300 watts.

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