receiving loops

receiving loops

Antennas : 160M

• Receiving Loops antennas for 1.8 Mhz - An article on how to build an efficient receive only loop antenna for 160 meters by Lloyd Butler
  [ Hits: 3640 | Votes: 3 | Rating: 7 ]
• Thin wire 160 metre G0CWT Loop Antenna - A 160 Metre Transmitting and Receiving Thin Wire Magnetic Loop Capable of DX. Designed and Patented by Ben Edginton G0CWT
  [ Hits: 314 | Votes: 1 | Rating: 10 ]

• K9AY Loops - A low-band receiving antenna that can fits in a 30-foot circle
  [ Hits: 542 | Votes: 2 | Rating: 5 ]

• 160 m receiving loop - KC22TX receiving loop antenna for 160 meter band
  [ Hits: 3319 | Votes: 3 | Rating: 6.67 ]
• Remote Receiving Loops - Experiments on remote receiving loops antenna by Lyle Koehler, K0LR
  [ Hits: 1229 | Votes: 0 | Rating: 0 ]

• Remote Loop Tuning - Lyle Koehler's article on remote use of LF loop antennas for receiving purposes.
  [ Hits: 8909 | Votes: 6 | Rating: 4.5 ]
• Small magnetic receiving loops - Article about magnetic loops, construction notes and diagrams
  [ Hits: 2708 | Votes: 5 | Rating: 7.6 ]
• Antentop: Loop Antennas - Article on radiation patterns of small loops, equivalent circuits of loop antenna, small loops as receiving antennas, ferrite loops
  [ Hits: 2169 | Votes: 4 | Rating: 8 ]

• Double Half-Delta Loop RX Antenna - This wire antenna was developed to offer for a small, low-band, ground independent directional receiving antenna, it requires only two support poles. It is basically composed by two interconnected half delta loops and is better than a single flag or EWE, and almost as good as two phased EWE in the same space.
  [ Hits: 939 | Votes: 0 | Rating: 0 ]

• Receiving Loop Theory - N4YWK - Sensitivity of multi turn receiving loops William E. Payne, N4YWK
  [ Hits: 802 | Votes: 2 | Rating: 5 ]
• Sensitivity of Multi Turn Receiving Loops - Magnetism is manifested as a 'field of vectors', that is, any point in the magnetic field has not only a magnitude, but a direction in space. The four Maxwell equations describe how electric and magnetic vector fields behave and interact.
  [ Hits: 353 | Votes: 0 | Rating: 0 ]