The transmission of high quantities of data by
radio over large distances serves a high number of important application areas: the next generation of satellite communication requires an ever - increasing data offload from earth observation satellites down to earth.
Not exact matches
Although they last mere milliseconds at any single frequency, their great
distances from Earth — and
large quantities of intervening plasma — delay their arrival at lower frequencies, spreading the signal out
over a second or more and yielding a distinctive downward - swooping «whistle» across the typical
radio receiver band.
This current can be tapped and amplified by the
radio or television receiver, allowing power and information to be communicated
over large distances without direct electrical connection.