Stealth Antenna for my Office - BBTD

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  • เผยแพร่เมื่อ 2 พ.ย. 2024
  • Stealth Antennas for my Office - BBTD covers the setup and installation of a Broadband Butterfly Terminated Dipole Antenna at my office.
    This was a fun project and turned out to work better then I ever thought it would!
    HFLink: hflink.com/ant...
    Balun Video: • Experimenting With Ste...
    Enjoy!

ความคิดเห็น • 7

  • @SkruxLabs-vq4ho
    @SkruxLabs-vq4ho 9 หลายเดือนก่อน

    This is what I’m going to have to do and I’m glad you were able to get these surprising results!

    • @AG6AG
      @AG6AG  8 หลายเดือนก่อน

      Glad to hear you liked it!
      Stu
      AG6AG

  • @robertatpierpontbeach
    @robertatpierpontbeach 10 หลายเดือนก่อน

    Stu, fascinating antenna design and implementation; are you concerned about exposure?

    • @AG6AG
      @AG6AG  10 หลายเดือนก่อน +1

      Great Question! The calculator at ARRL shows that even at 100W on 6M the minimum controlled distance is 2 ft and minimum uncontrolled is 3 ft.
      We pretty much are within bounds with the position of things. Also, this will be rarely used for testing only. If you were doing this in an apartment you would probably want to think about your operating position and your shared walls.
      Stu
      AG6AG

  • @billryland6199
    @billryland6199 10 หลายเดือนก่อน

    The SWR is low because of the terminating resistor. This is just a large dummy load. Efficiency is also important.

    • @AG6AG
      @AG6AG  10 หลายเดือนก่อน

      Hi Bill,
      This is true, but for some, this is the best solution to their antenna situation. For me, this was really the only viable choice. The fact that it works at all surprised me!
      Stu
      AG6AG

    • @SkruxLabs-vq4ho
      @SkruxLabs-vq4ho 8 หลายเดือนก่อน

      BBTD antennas are not just dummy loads. They are used heavily in the military as NVIS antennas that can be used on a wide range of frequencies from 1.8-30MHz and they work very well for this purpose. Are they efficient compared to a single band resonant dipole? No. But do they work? Yes.