Doppler tracking. The Doppler effect allows the measurement of the distance between a transmitter from space and a receiver on the ground by observing how the frequency received from the transmitter changes as it approaches the transmitter, is overhead, and moves away.
When approaching, the frequency of the transmission appears to be higher and as the transmitter moves away, the frequency appears to be lower. When overhead, the transmitted frequency and the received frequency are the same.[1]
Referencesedit
^"Space Today Online - How Satellite Doppler Tracking Works".
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doppler, tracking, doppler, effect, allows, measurement, distance, between, transmitter, from, space, receiver, ground, observing, frequency, received, from, transmitter, changes, approaches, transmitter, overhead, moves, away, when, approaching, frequency, tr. Doppler tracking The Doppler effect allows the measurement of the distance between a transmitter from space and a receiver on the ground by observing how the frequency received from the transmitter changes as it approaches the transmitter is overhead and moves away When approaching the frequency of the transmission appears to be higher and as the transmitter moves away the frequency appears to be lower When overhead the transmitted frequency and the received frequency are the same 1 References edit Space Today Online How Satellite Doppler Tracking Works nbsp This space or spaceflight related article is a stub You can help Wikipedia by expanding it vte Retrieved from https en wikipedia org w index php title Doppler tracking amp oldid 1012099834, wikipedia, wiki, book, books, library,
