Consider a scanning low PRF radar. The antenna half-power beam width is (1.5^{circ}), and the antenna scan
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Consider a scanning low PRF radar. The antenna half-power beam width is \(1.5^{\circ}\), and the antenna scan rate is \(35^{\circ}\) per second. The pulse width is \(\tau=2 \mu s\), and the PRF is \(f_{r}=400 \mathrm{~Hz}\).
(a) Compute the radar operating bandwidth.
(b) Calculate the number of returned pulses from each target illumination.
(c) Compute the SNR improvement due to post-detection integration (assume 100\% efficiency).
(d) Find the number of false alarms per minute for a probability of false alarm \(P_{f a}=10^{-6}\).
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Related Book For
Radar Systems Analysis And Design Using MATLAB
ISBN: 9780367507930
4th Edition
Authors: Bassem R. Mahafza
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