The system function H(z) of a causal linear time-invariant system has the pole-zero configuration shown in Figure,
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The system function H(z) of a causal linear time-invariant system has the pole-zero configuration shown in Figure, It is also known that H(z) = 6 when z = 1.
(a) Determine H(z).
(b) Determine the impulse response h[n] of the system.
(c) Determine the response of the system to the following input signals:
(i) x[n] = u[n] – ½ u[n – 1]
(ii) The sequence x[n] obtained from sampling the continuous-time signal
x(t) = 50 +10 cos 20πt + 30 cos 40πt
at a sampling frequency Ωs = 2π(40) rad/s
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Related Book For
Discrete Time Signal Processing
ISBN: 978-0137549207
2nd Edition
Authors: Alan V. Oppenheim, Rolan W. Schafer
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