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. Consider the discrete-time Fourier analysis of continuous-time signal system as shown below in figure: Sc(1) Anti-aliasing lowpass filter Haa(jn) Continuous-to- discrete-time conversion w[n] sc(t)

Consider the discrete-time Fourier analysis of continuous-time signal system as shown below in figure: Continuous-to- Anti-al .

Consider the discrete-time Fourier analysis of continuous-time signal system as shown below in figure: Sc(1) Anti-aliasing lowpass filter Haa(jn) Continuous-to- discrete-time conversion w[n] sc(t) = Ao cos(ot+00) + A cos(2t+0), -00

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Answer to question A The magnitude peak at 0 is 125This is because the window sequence wn is a rectangular windowwhich has a constant magnitude of 1 f... blur-text-image

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