(c). Now, let's sample the basic tri-pulse shown in (a) to get a discrete-time signal and its Amplitude DTFT pair shown

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answerhappygod
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(c). Now, let's sample the basic tri-pulse shown in (a) to get a discrete-time signal and its Amplitude DTFT pair shown

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C Now Let S Sample The Basic Tri Pulse Shown In A To Get A Discrete Time Signal And Its Amplitude Dtft Pair Shown 1
C Now Let S Sample The Basic Tri Pulse Shown In A To Get A Discrete Time Signal And Its Amplitude Dtft Pair Shown 1 (49.12 KiB) Viewed 25 times
C Now Let S Sample The Basic Tri Pulse Shown In A To Get A Discrete Time Signal And Its Amplitude Dtft Pair Shown 2
C Now Let S Sample The Basic Tri Pulse Shown In A To Get A Discrete Time Signal And Its Amplitude Dtft Pair Shown 2 (49.12 KiB) Viewed 25 times
(c). Now, let's sample the basic tri-pulse shown in (a) to get a discrete-time signal and its Amplitude DTFT pair shown below (with the same pulse- width 7 =10, max{*(t)) =1). Find the sampling period and the repetition frequency? T,=? 1,=? Verify the pair of plots using MATLAB. \x{n7") XI ma im mor (d). Now, Let's make periodic extension of the sampled signal in (c), so that the following DFT picture-pair holds. What are the connections among the following parameterst., T., 1./? What is the value N used in obtaining the DFT pair? 1-(7) || X(X) 1 Ilm. lomallaan...
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