For an LTI system starting from rest, it is known that the input signal is x[n]...
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For an LTI system starting from rest, it is known that the input signal is x[n] = u[n] and the output signal is 1 n-1 3/2) = (3.75-(3) y[n] 72- +0.25 (3) u[n - 1] a.) Find the transfer function, H(z) and express it as a finite order polynomial of z or a ratio of two finite order polynomials of z. b.) Find the impulse response, h[n] For an LTI system starting from rest, it is known that the input signal is x[n] = u[n] and the output signal is 1 n-1 3/2) = (3.75-(3) y[n] 72- +0.25 (3) u[n - 1] a.) Find the transfer function, H(z) and express it as a finite order polynomial of z or a ratio of two finite order polynomials of z. b.) Find the impulse response, h[n]
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Finding the Transfer Function Hz a We can find the transfer function Hz by taking the ztr... View the full answer
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