Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
1- Calculate the maximum range of radar which operate at a frequency of 15 GHz, peak pulse power (transmitted power) of 1 MW. If the antenna effective area is 5 m?(effective aperture) and target cross section is 30 m2. Note that system losses is12 dB, SNR is 13 dB, system temperature 620 k, and the bandwidth is 4 MHz. Show the result in Matlab.

1- Calculate the maximum range of radar which operate at a frequency of 15 GHz, peak pulse power (transmitted power) of 1 MW. If the antenna effective area is 5 m?(effective aperture) and target cross section is 30 m2. Note that system losses is12 dB, SNR is 13 dB, system temperature 620 k, and the bandwidth is 4 MHz. Show the result in Matlab.

icon
Related questions
Question
1- Calculate the maximum range of radar which operate at a frequency of 15 GHz, peak pulse power (transmitted power) of 1 MW. If the antenna effective area is 5 m2(effective aperture) and target cross section is 30 m2. Note that system losses is12 dB, SNR is 13 dB, system temperature 620 k, and the bandwidth is 4 MHz. Show the result in Matlab.
Transcribed Image Text:1- Calculate the maximum range of radar which operate at a frequency of 15 GHz, peak pulse power (transmitted power) of 1 MW. If the antenna effective area is 5 m2(effective aperture) and target cross section is 30 m2. Note that system losses is12 dB, SNR is 13 dB, system temperature 620 k, and the bandwidth is 4 MHz. Show the result in Matlab.
Expert Solution
steps

Step by step

Solved in 4 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer