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Path: Link/Radar
% Computes the radar signal to noise ratio for a pulsed monostatic radar.
Losses are positive dB. A loss of 10 would be 10 dB.
If aTarg is not [] it will compute sigma. Otherwise sigma will be
used. sN, pR and PN will be a vectors if d.r is a vector. eRP is a
scalars.
Type RadarSN for a demo of an L band radar from the reference.
Since version 2014.1
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Form:
[sN, eRP, pR, pN] = RadarSN( d )
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Inputs
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d (1,1) Data structure
.freq (1,1) Frequency (GHz)
.aAnt (1,1) Antenna area (m^2)
.aTarg (1,1) Target area (m^2)
.sigma (1,1) Cross-section (m^2)
.type (1,:) 'coherent integration' or
'non-coherent integration'
.n (1,1) Number of pulses integrated
.r (1,:) Range (km)
.eps (1,1) Antenna efficiency
.lossT (1,1) Transmit loss (dB)
.lossR (1,1) Receiver loss (dB)
.f (1,1) Receiver noise factor (> 1)
.tA (1,1) Noise seen at the antenna input (deg-K)
.pT (1,1) Transmit power (W)
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Outputs
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sN (1,:) Signal to noise ratio (dB)
eRP (1,1) Effective radiated power (W)
pR (1,:) Received power at the antenna (W)
pN (1,:) Noise power (W)
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Reference: Edde, B., "Radar Principles, Technology Applications,"
Prentice-Hall, 1995, pp. 30-37.
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Common: General/DispWithTitle Common: Graphics/Plot2D Link: LinkUtilities/DBSignal Link: LinkUtilities/DBSignalToPower Link: LinkUtilities/FrequencyToWavelength
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