Tab apsL ft Antennas and Propagation Mid-term Exam 2 24-03-2024 9 Q1: For the microwave link shown below, what is the value of the free- space path loss if the operating frequency is 11.8 GHz? 3 km Direct path ht Path reflected by ground or a ground relayed layer DE hr Q2: For the above microwave link, find the maximum allowed distance receiver to maintain the between the transmitter and the communication, if the transmitter antenna height is ht=30m and the receiver antenna height is hr=25 m. "1 11

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For the microwave link shown below, what is the value of the free-space path loss if the operating frequency is 11.8 GHz? For the above microwave link, find the maximum allowed distance between the transmitter and the receiver to maintain the communication, if the transmitter antenna height is ht=30m and the receiver antenna height is hr=25 m.
Tab
apsL
ft
Antennas and Propagation
Mid-term Exam 2
24-03-2024
9
Q1: For the microwave link shown below, what is the value of the free-
space path loss if the operating frequency is 11.8 GHz?
3 km
Direct path
ht
Path reflected by ground or a
ground relayed layer
DE
hr
Q2: For the above microwave link, find the maximum allowed distance
receiver to maintain the
between the transmitter and the
communication, if the transmitter antenna height is ht=30m and the
receiver antenna height is hr=25 m.
"1
11
Transcribed Image Text:Tab apsL ft Antennas and Propagation Mid-term Exam 2 24-03-2024 9 Q1: For the microwave link shown below, what is the value of the free- space path loss if the operating frequency is 11.8 GHz? 3 km Direct path ht Path reflected by ground or a ground relayed layer DE hr Q2: For the above microwave link, find the maximum allowed distance receiver to maintain the between the transmitter and the communication, if the transmitter antenna height is ht=30m and the receiver antenna height is hr=25 m. "1 11
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