Q4 Calculate the minimum value of the transmitted power of a pulsed radar signal to detect a 10² m target located at a distance of 120 km if you know that the frequency used is 35 GHz and the sensitivity of the receiver at the maximum available range is (- 105dB) and the antenna gain is 34dB.
Q4 Calculate the minimum value of the transmitted power of a pulsed radar signal to detect a 10² m target located at a distance of 120 km if you know that the frequency used is 35 GHz and the sensitivity of the receiver at the maximum available range is (- 105dB) and the antenna gain is 34dB.
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![Q4 Calculate the minimum value of the transmitted power of a
pulsed radar signal to detect a 10² m target located at a distance of
120 km if you know that the frequency used is 35 GHz and the
sensitivity of the receiver at the maximum available range is (-
105dB) and the antenna gain is 34dB.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F751e0ed1-d893-4b8b-9f50-e75bfa39043b%2F4b031e23-5816-4313-8562-b6efc9b5f035%2F037yz99_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q4 Calculate the minimum value of the transmitted power of a
pulsed radar signal to detect a 10² m target located at a distance of
120 km if you know that the frequency used is 35 GHz and the
sensitivity of the receiver at the maximum available range is (-
105dB) and the antenna gain is 34dB.
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