By Bassem R. Mahafza
ISBN-10: 1584883928
ISBN-13: 9781584883920
The association of this publication is meant to educate a conceptual layout technique of radars and comparable trade-off research and calculations. it truly is meant to function an engineering reference for radar engineers operating within the box of radar structures. The MATLAB code supplied during this e-book is designed to supply the person with hands-on event in radar platforms, research and layout.
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Extra info for MATLAB simulations for radar systems design
Example text
80), θ a is expressed in radians, while when using Eq. 81) it is expressed in degrees. As an example, consider a radar with an azimuth antenna beamwidth θa = 3° , antenna scan rate θ· scan = 45° ⁄ sec (antenna scan time, T sc = 8 sec onds ), and a PRF f r = 300Hz . 81) yields n P = 20 pulses. The process of adding radar returns from many pulses is called radar pulse integration. Pulse integration can be performed on the quadrature components prior to the envelope detector. This is called coherent integration or pre-detection integration.
5). 96) Since there are no angular resolution requirements imposed on the design at this point, then Eq. 96) is the only criterion that will be used to determine the radar operating PRF. 99) These angles are then used to compute the elevation search extent (remember that the azimuth search extent is equal to 360° ). 101) The desired antenna must have a fan beam; thus using a parabolic rectangu2 lar antenna will meet the design requirements. 25m ; the corresponding antenna 3-dB elevation and azimuth beamwidths are denoted as θ e, θ a , respectively.
Therefore, the maximum PRF that guarantees an unambiguous range of at least 90Km is calculated from Eq. 5). 96) Since there are no angular resolution requirements imposed on the design at this point, then Eq. 96) is the only criterion that will be used to determine the radar operating PRF. 99) These angles are then used to compute the elevation search extent (remember that the azimuth search extent is equal to 360° ). 101) The desired antenna must have a fan beam; thus using a parabolic rectangu2 lar antenna will meet the design requirements.
MATLAB simulations for radar systems design by Bassem R. Mahafza
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