The transmitter at point 1 has transmit power of 35 dBW. The straight-line distance between point 1 and point 2 is 300 Km and height of the antennas is 200 m Received power of the receiving antenna is unknown. However, the gain of this transmission is 1. Hints: P dBw = 10 × log10 (P w / 1 w) PdBm= 10 x log10 (Pw/ 1 mw) a) Our task is to find the received power of the antenna in Watts. Answer: W b) What is the dBm value of the received power? Answer: dBm
The transmitter at point 1 has transmit power of 35 dBW. The straight-line distance between point 1 and point 2 is 300 Km and height of the antennas is 200 m Received power of the receiving antenna is unknown. However, the gain of this transmission is 1. Hints: P dBw = 10 × log10 (P w / 1 w) PdBm= 10 x log10 (Pw/ 1 mw) a) Our task is to find the received power of the antenna in Watts. Answer: W b) What is the dBm value of the received power? Answer: dBm
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Transcribed Image Text:The transmitter at point 1 has transmit power of 35 dBW. The straight-line distance between point 1 and point 2 is 300 Km and height of the antennas is 200 m.
Received power of the receiving antenna is unknown. However, the gain of this transmission is 1.
Hints:
P dBW = 10 x log10 (P w/ 1 w)
n= 10 × log10 (P w/ 1 mw)
PdBm
a) Our task is to find the received power of the antenna in Watts.
Answer:
W
b) What is the dBm value of the received power?
Answer:
◆ dBm
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