6. A linear discrete-time system has transfer function H(z) = (Z+0.2)(z-0.8) a. Find the response of the system, y[n], when subject to the input x[n] = "u[n]. b. Write the difference equation governing this system. c. Plot the poles and zeros in the complex plane. Use your plot to sketch |H(en)|

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z
6.
A linear discrete-time system has transfer function H(z) = (z+0.2)(z-0.8)
a. Find the response of the system, y[n], when subject to the input x[n]
¹u[n].
b. Write the difference equation governing this system.
c. Plot the poles and zeros in the complex plane. Use your plot to sketch |H(e/)|
Transcribed Image Text:z 6. A linear discrete-time system has transfer function H(z) = (z+0.2)(z-0.8) a. Find the response of the system, y[n], when subject to the input x[n] ¹u[n]. b. Write the difference equation governing this system. c. Plot the poles and zeros in the complex plane. Use your plot to sketch |H(e/)|
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