1 A discrete-time system has the transfer function H z = Tr-04): z(z–0.4) If the input is x[n] = (0. 4)"u[n], the output is given by: O a) yln] = 6. 258[n] + 6. 25n(0. 4)" u[n] O b) y[n] = 6. 258[n] – 6. 25(0. 4)" u[n] + 6. 25n(0. 4)"u[n] - Од ут] — 2. 561n] — 4. 5(0. 4)" u(п] + 1.5n(0.4)"u |п] Od) y[n] = 6. 258{n] + 4. 5(0. 4)" u[n] + 2. 5n(0. 4)"u[n] O e) y[n] = 2. 58ſn] – 2. 5(0. 4)"u[n] + 4. 5n(0. 4)"u[n]
1 A discrete-time system has the transfer function H z = Tr-04): z(z–0.4) If the input is x[n] = (0. 4)"u[n], the output is given by: O a) yln] = 6. 258[n] + 6. 25n(0. 4)" u[n] O b) y[n] = 6. 258[n] – 6. 25(0. 4)" u[n] + 6. 25n(0. 4)"u[n] - Од ут] — 2. 561n] — 4. 5(0. 4)" u(п] + 1.5n(0.4)"u |п] Od) y[n] = 6. 258{n] + 4. 5(0. 4)" u[n] + 2. 5n(0. 4)"u[n] O e) y[n] = 2. 58ſn] – 2. 5(0. 4)"u[n] + 4. 5n(0. 4)"u[n]
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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![1
A discrete-time system has the transfer function H |z
If the input
z(z–0.4)
is x[n] = (0. 4)"u[n], the output is given by:
O a) y[n] =
6. 258[n] + 6. 25n(0. 4)" u[n]
O b) y[n] = 6. 25[n] – 6. 25(0. 4)"u[n] + 6. 25n(0.4)"u[n]
Oo y[n] = 2. 58[n] – 4. 5(0. 4)"u[n] +1. 5n(0. 4)" u[n]
d) y[n] = 6. 258[n] + 4. 5(0. 4)"u[n] + 2. 5n(0. 4)" u[n]
Од уп] — 2. 56|n] — 2.5(0. 4)" u(n] + 4. 5n(0.4)" u (n]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5f26626d-c628-46e5-82a9-bd0728ce8dcc%2F9bb6d7c7-4486-4c7c-a4e2-1886637038e4%2Fte8z7wh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1
A discrete-time system has the transfer function H |z
If the input
z(z–0.4)
is x[n] = (0. 4)"u[n], the output is given by:
O a) y[n] =
6. 258[n] + 6. 25n(0. 4)" u[n]
O b) y[n] = 6. 25[n] – 6. 25(0. 4)"u[n] + 6. 25n(0.4)"u[n]
Oo y[n] = 2. 58[n] – 4. 5(0. 4)"u[n] +1. 5n(0. 4)" u[n]
d) y[n] = 6. 258[n] + 4. 5(0. 4)"u[n] + 2. 5n(0. 4)" u[n]
Од уп] — 2. 56|n] — 2.5(0. 4)" u(n] + 4. 5n(0.4)" u (n]
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