![]() A special permission of 38-40 MHz was issued to Club station SP5PRG in Poland. įor the International Geophysical Year on Octothe Soviet Union launched the first earth's artificial satellite Sputnik 1 and set up to broadcast a beep on 20 and 40 MHz frequencies, its signal was received by scientists and ham radio operators worldwide. Contacts with radio amateurs from far Siberia broke a new distance record on this band. 1957 - by using a special license Michał Kasia SP5AM conducted experiments in the 38-40 MHz band. Īfter World War II, for several years (1955-1959), the 8-meter band (38 to 40 MHz) was allocated for ex-USSR amateurs. Transmitters Society, operated by 6TA, Mr. 1927 a series of tests with two portable stations, was carried out during July - September, under the auspices of the Q.R.P. The 8-meter band was made available 1925-1928 to amateur experimenters in the UK and Irish Free State, also a much wider 8-10 meter band has been allocated to Australia and Germany. ![]() However, Sporadic E propagation, whereby radio signals bounce off ionized clouds in the lower E region of the ionosphere, is common on the band in summer. However, as it is somewhat lower in frequency it does display the better propagation mechanisms via the F2 ionospheric layer normally seen at high frequency (HF) which occasionally appear in 6 meters. The 8-meter band shares many characteristics with the neighboring 6-meter band. The term refers to the average signal wavelength of 8 meters. The 8-meter band (40 MHz) is the lowest portion of the very high frequency (VHF) radio spectrum allocated to amateur radio use.
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