Answer Happy • 1. (2+2+2+2) Consider the Continuous Time signal below: X(t) = cos(1/2) - cos (400) Find: (a) Nyquist rate (b) discrete

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Answer Happy • 1. (2+2+2+2) Consider the Continuous Time signal below: X(t) = cos(1/2) - cos (400) Find: (a) Nyquist rate (b) discrete

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1. (2+2+2+2) Consider the Continuous Time signal below: X(t) = cos(1/2) - cos (400) Find: (a) Nyquist rate (b) discrete

Posted: Sat Feb 19, 2022 3:25 pm

by answerhappygod

: 1 2 2 2 2 Consider The Continuous Time Signal Below X T Cos 1 2 Cos 400 Find A Nyquist Rate B Discrete 1 (11.08 KiB) Viewed 63 times

1. (2+2+2+2) Consider the Continuous Time signal below: X(t) = cos(1/2) - cos (400) Find: (a) Nyquist rate (b) discrete time signal, x[n) with Fs = 2 kHz (c) Number of samples per cycle (d) Sketch the CT and DT signals on the same graph for 10ms.