A satellite in synchronous orbit is used to communicate with an earth station at a distance of 7.6 ×10^7 m. The satellite has an antenna with a gain of 15 dB and a transmitter power of 3 W. The earth station uses an antenna with gain 50 dB. The frequency band is at f = 9.8 GHz. What is the free space path loss in dB? Also, determine the received power level at the output of the receiver antenna in dBW.
A satellite in synchronous orbit is used to communicate with an earth station at a distance of 7.6 ×10^7 m. The satellite has an antenna with a gain of 15 dB and a transmitter power of 3 W. The earth station uses an antenna with gain 50 dB. The frequency band is at f = 9.8 GHz. What is the free space path loss in dB? Also, determine the received power level at the output of the receiver antenna in dBW.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A satellite in synchronous orbit is used to communicate with an earth station at a distance of 7.6 ×10^7 m. The satellite has an antenna with a gain of 15 dB and a transmitter power of 3 W. The earth station uses an antenna with gain 50 dB. The frequency band is at f = 9.8 GHz. What is the free space path loss in dB? Also, determine the received power level at the output of the receiver antenna in dBW.
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