Z-transfom of any điscrete -time signal can be defined using expression below, X(Z) = xIn]z", x, [n] = a"u[n] xa[n] = -a"u[-n – 1] If the x,[n] is used as an input of a system with value of a set to - The system produces an output that express as y[n]-3(-1)"u[n]+(½) u[n], analyze the (c) impulse response of the system, h[n]. (Hint: you may use Z-transform table in the solution).

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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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QUESTION 4
Z-transform of any discrete -time signal can be defined using expression below,
X(Z) =
x[n]z=",
x, [n] = a"u[n]
x,[n] = -a"u[-n– 1]
(c)
If the x,[n] is used as an input of a system with value of a set to -
The system
prođuces an output that express as y[n]=3(-1)"2[n]+(½) u[n]. analyze the
impulse response of the system, h[n]. (Hint: you may use Z-transform table in the
solution).
Transcribed Image Text:QUESTION 4 Z-transform of any discrete -time signal can be defined using expression below, X(Z) = x[n]z=", x, [n] = a"u[n] x,[n] = -a"u[-n– 1] (c) If the x,[n] is used as an input of a system with value of a set to - The system prođuces an output that express as y[n]=3(-1)"2[n]+(½) u[n]. analyze the impulse response of the system, h[n]. (Hint: you may use Z-transform table in the solution).
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