): Transfer function of an LTI DT system is given as C,2? – C2 H(z) = (z-금) (22-0.75z + 0.5625) where c, denotes the last digit of your student id while c2 C1 = 4 and c2 = 2.). a) Sketch all possible pole-zero plots of the given system and determine the impulse response of the system for each of the mentioned possibilities. b) For one or more of the above cases is it possible to obtain a stable system? Why? c) For one or more of the above cases is it possible to obtain the frequency response of the given system? Why? Obtain that if it is possible. d) For which of the above cases the given system is a causal system? Explain your choice briefly. Determine the step response of the causal system. Obtain the difference equation that gives the input output relationship of the above system.

): Transfer function of an LTI DT system is given as C,2? – C2 H(z) = (z-금) (22-0.75z + 0.5625) where c, denotes the last digit of your student id while c2 C1 = 4 and c2 = 2.). a) Sketch all possible pole-zero plots of the given system and determine the impulse response of the system for each of the mentioned possibilities. b) For one or more of the above cases is it possible to obtain a stable system? Why? c) For one or more of the above cases is it possible to obtain the frequency response of the given system? Why? Obtain that if it is possible. d) For which of the above cases the given system is a causal system? Explain your choice briefly. Determine the step response of the causal system. Obtain the difference equation that gives the input output relationship of the above system.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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