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Assume the transmitter power is 1 W at 60 GHz fed into the transmitter antenna. Using the horn antenna with antenna gain G=G=29dB at both the transmitter and receiver: (a) Calculate the free space path loss at Im, 100m, and 1000 m. (b) Calculate the received signal power at these distances.

Assume the transmitter power is 1 W at 60 GHz fed into the transmitter antenna. Using the horn antenna with antenna gain G=G=29dB at both the transmitter and receiver: (a) Calculate the free space path loss at Im, 100m, and 1000 m. (b) Calculate the received signal power at these distances.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Assume the transmitter power is 1 W at 60 GHz fed into the transmitter antenna. Using the horn antenna with antenna gain G=G=29DB at both the transmitter and receiver: (a) Calculate the free space path loss at 1m, 100m, and 1000 m. (b) Calculate the received signal power at these distances.
Transcribed Image Text:Assume the transmitter power is 1 W at 60 GHz fed into the transmitter antenna. Using the horn antenna with antenna gain G=G=29DB at both the transmitter and receiver: (a) Calculate the free space path loss at 1m, 100m, and 1000 m. (b) Calculate the received signal power at these distances.
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