Problem 1. Consider the discrete time unitary feedback system below. The sampling time is Ts = 1 s. R(z) + Y(z) G(z) Y(z) T(z) R(z) z3 + az² + bz + c where a,b, and c are your parameters in the table given. 1 (a). Write the corresponding difference equation involving r(n) and y(n). Answer: 1 (b). Find the DC gain of this system. Answer: 1 (c). Find the zeros of this system. Answer:
Problem 1. Consider the discrete time unitary feedback system below. The sampling time is Ts = 1 s. R(z) + Y(z) G(z) Y(z) T(z) R(z) z3 + az² + bz + c where a,b, and c are your parameters in the table given. 1 (a). Write the corresponding difference equation involving r(n) and y(n). Answer: 1 (b). Find the DC gain of this system. Answer: 1 (c). Find the zeros of this system. Answer:
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![Problem 1.
Consider the discrete time unitary feedback system below. The sampling time is Ts = 1 s.
R(z) +
Y(z)
G(z)
Y(z)
T(z)
R(z) z3 + az2 + bz + c
where a,b, and c are your parameters in the table given.
1 (a). Write the corresponding difference equation involving r(n) and y(n).
Answer:
1 (b). Find the DC gain of this system.
Answer:
1 (c). Find the zeros of this system.
Answer:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6a379a3d-1f0f-4469-92fa-a351b0987331%2F6b12fdb8-07f1-4688-84e4-841e9d2e2397%2Fyz541br_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 1.
Consider the discrete time unitary feedback system below. The sampling time is Ts = 1 s.
R(z) +
Y(z)
G(z)
Y(z)
T(z)
R(z) z3 + az2 + bz + c
where a,b, and c are your parameters in the table given.
1 (a). Write the corresponding difference equation involving r(n) and y(n).
Answer:
1 (b). Find the DC gain of this system.
Answer:
1 (c). Find the zeros of this system.
Answer:
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