a) Given a transfer function of a linear time invariant discrete system as?(?)=?3+?2?3−1.7?2+0.8?−0.1.i) Determine the impulse response of the LTID system.ii) Determine the difference-equation representation of the system.iii) Determine the output of the system if the input signals?[?]=(2)??[?−1].b) Assume a filter with a transfer function of ?(?)=?3−1.7?2+0.8?−0.1, implement cascade form of flow graph of the filter system. a) Given a transfer function of a linear time invariant discrete system as23 + z?H(z) =23 - 1.7z2 + 0.8z – 0.1i)Determine the impulse response of the LTID system.i1)Determine the difference-equation representation of the system.111)Determine the output of the system if the input signalsx[n] = (2)"uln – 1].b) Assume a filter with a transfer function of H(z) = z³ – 1.7z2 + 0.8z – 0.1,implement cascade form of flow graph of the filter system.

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Answered: Given a transfer function of a linear…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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a) Given a transfer function of a linear time invariant discrete system as
?(?)=?3+?2?3−1.7?2+0.8?−0.1.
i) Determine the impulse response of the LTID system.

ii) Determine the difference-equation representation of the system.

iii) Determine the output of the system if the input signals
?[?]=(2)??[?−1].

b) Assume a filter with a transfer function of ?(?)=?3−1.7?2+0.8?−0.1, implement cascade form of flow graph of the filter system.

a) Given a transfer function of a linear time invariant discrete system as
23 + z?
H(z) =
23 - 1.7z2 + 0.8z – 0.1
i)
Determine the impulse response of the LTID system.
i1)
Determine the difference-equation representation of the system.
111)
Determine the output of the system if the input signals
x[n] = (2)"uln – 1].
b) Assume a filter with a transfer function of H(z) = z³ – 1.7z2 + 0.8z – 0.1,
implement cascade form of flow graph of the filter system.

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