Consider the transfer function given by (* + 0.7: + 0.1)(: - 0.4: - 0.03) H(z) = (z² – z + 0.2)(z² – 2z +2)(z+0.9) a. Draw a block diagram for H(z) as the cascade connected subsystems of order at most 2. Do not draw the SFG’s of subsystems. (Note: The order of a system is defined as the largest degree in the denominator polynomial.) b. Draw a pole-zero configuration of H(z). c. List all the possible RoC for H(z).
Consider the transfer function given by (* + 0.7: + 0.1)(: - 0.4: - 0.03) H(z) = (z² – z + 0.2)(z² – 2z +2)(z+0.9) a. Draw a block diagram for H(z) as the cascade connected subsystems of order at most 2. Do not draw the SFG’s of subsystems. (Note: The order of a system is defined as the largest degree in the denominator polynomial.) b. Draw a pole-zero configuration of H(z). c. List all the possible RoC for H(z).
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![Consider the transfer function given by
(=' +0.7: +0.1)(= - 0.4z – 0.03)
H(z) =
(z² – z + 0.2)(z² – 2z +2)(z+0.9)
a. Draw a block diagram for H(z) as the cascade connected subsystems of order at
most 2. Do not draw the SFG’s of subsystems. (Note: The order of a system is
defined as the largest degree in the denominator polynomial.)
b. Draw a pole-zero configuration of H(z).
c. List all the possible RoC for H(z).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7195f2d9-c532-4835-8613-f576bd3efb6d%2F58af5e5b-aaf9-47ee-a83d-b4e9bf14ff1c%2Fyte4grt_processed.png&w=3840&q=75)
Transcribed Image Text:Consider the transfer function given by
(=' +0.7: +0.1)(= - 0.4z – 0.03)
H(z) =
(z² – z + 0.2)(z² – 2z +2)(z+0.9)
a. Draw a block diagram for H(z) as the cascade connected subsystems of order at
most 2. Do not draw the SFG’s of subsystems. (Note: The order of a system is
defined as the largest degree in the denominator polynomial.)
b. Draw a pole-zero configuration of H(z).
c. List all the possible RoC for H(z).
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