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BASIC SIGNAL ANALYSIS TECHNIQUES
2 Theory of NoiseW R Bennett
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amplitude analysis antenna noise temperature aperture application approximately assumed attenuation autocorrelation average axis bandwidth beacon beam Chapter characteristic function circuit clutter coded waveforms coherent components conical scan considered constant correlation cross section curves defined delay detector diode discussed distribution Doppler effect electron elevation angle envelop envelop detector equation error estimation factor false-alarm fluctuating frequency Gaussian given input integration ionosphere linear loss maser matched filter maximal sequences maximum MC/sec measurement modulation monopulse noise figure noise power noise temperature noise wave nonlinear obtained operation output parameters Parametric Amplifier phase polarization probability density function probability of detection problem Proc propagation radar cross section radar system radiation random range received signal reflector refraction refractive index region resolution samples scan shift shown in Fig sidelobes signal-to-noise ratio spectral density spectrum target techniques Theory thermal noise threshold tracking transmission transmitted troposphere variable velocity voltage wavelength zero