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Consider a cellular tower with Pt=10W, Gt=10 dBi, Gr=3 dBi, and L=0 dB, a. At 4000 MHz compute the diffraction loss for the problem shown above.     b. Calculate the total received power including the effects of the obstruction assuming free space propagation in the absence of the obstruction.

Consider a cellular tower with Pt=10W, Gt=10 dBi, Gr=3 dBi, and L=0 dB, a. At 4000 MHz compute the diffraction loss for the problem shown above.     b. Calculate the total received power including the effects of the obstruction assuming free space propagation in the absence of the obstruction.

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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5. Consider a cellular tower with Pt=10W, Gt=10 dBi, Gr=3 dBi, and L=0 dB,

a. At 4000 MHz compute the diffraction loss for the problem shown above.

 

 

b. Calculate the total received power including the effects of the obstruction assuming free space propagation in the absence of the obstruction.

Mountain may be modeled as conducting knife edge 60m 400 m Terrain 5 m 3 km 2 km . Llam 10
Transcribed Image Text:Mountain may be modeled as conducting knife edge 60m 400 m Terrain 5 m 3 km 2 km . Llam 10
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