MFJ-1984MP EndFed 1/2 Wave 300W 40M-10M Wire Antenna Review

MFJ-1984MP EndFed 1/2 Wave 300W 40M-10M Wire Antenna

  • 300 Watts Restricted space, 40-10 Meters, 66 feet.
  • FULL HF Coverage, no tuner needed on most frequencies.
  • Rugged weather-resistant 50-Ohm matching network.
  • Fast Setup and take down.
  • Stainless Hardware, UV resistant materials throughout.

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MFJ-1984MP END FED, 1/2 WAVE, 40-10M, 300W, WIRE ANTENNA End-Fed Horizontal Wire antennas (or EFHWs) cover multiple bands without traps, stubs, or resonators. End-fed wires resonate on their 1/2-wave fundamental frequency plus all odd and even harmonics above. MFJ-1984MP come with 66 feet of wire and cover 40, 30, 20,15, and 10 meters. Note that 17 and 12 Meters are not covered because they are not harmonically related to the shorter wire length. FULL HF Coverage, no tuner needed on most frequencies. No long counterpoise, radials or feedline required. Rugged weather-resistant 50-Ohm matching network. Fast Setup and takedown. Easy Storage/transport. Stainless Hardware, UV resistant materials throughout. Broad-band matching transformer at feed point lets the entire HF spectrum be yours! SWR is so low you may never need a tuner. Get on the air! Just one high center or end support — installation is fast for home, road, emergencies. EFHWs install virtually any-where in minutes! Comes with a rugged insulated-wire radiator that prevents detuning when contacting limbs/branches. “No-snag” end insulator slides over branches and through foliage without hang-ups. Toss your EFHW over a high limb for an inverted-V, raise the far end high for a powerful sloper, or even go vertical with an inverted-L. Dark jacketed wire is virtually invis-ible — Don`t let antenna restric- tions keep you off the air! It`s no secret that weather events are getting stronger — the EFHW makes a great emergency back-up for your regular antenna. Power ratings are in Watts PEP for SSB/CW modes, with 50% or less transmit time (ICAS). Each network designed and tested to ensure great performance in a wide range of operating conditions.

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