2. Turn this truth table into a SM chart in Figure HW15.1. The problem is a Moore sequence detector that is looking for the sequence "1100" or "0100". Overlapping targets are allowed. Since either a 0 or a 1 can be the first item of a target, this means we will never go back to So once we start the process. (Note this is the answer to problem #2 for chapter 13 homework.) Present State So S₁ S₂ Next State S3 S4 X = 1 S₁ S₂ S₂ S4 S₂ S₁ S₁ Figure HW15.1 State table to change to SM chart X = 0 S₁ S₁ S3 Output 0 0 0 0 1 a) Draw the SM chart b) Draw the state graph c) Assign straight binary state assignment with 3 D-FFs d) Write DA, Dg and Dc inputs e) Write Output equation for Z

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Please help with part C, D and E. Thank you.

2. Turn this truth table into a SM chart in Figure HW15.1. The problem is a Moore sequence
detector that is looking for the sequence "1100" or "0100". Overlapping targets are allowed.
Since either a 0 or a 1 can be the first item of a target, this means we will never go back to So
once we start the process. (Note this is the answer to problem #2 for chapter 13 homework.)
Present State
Next State
So
S₁
S₂
S3
S4
X = 0
S₁
S₁
S3
Output
0
0
0
X = 1
S₁
S₂
S₂
S4
S₂
S₁
S₁
Figure HW15.1 State table to change to SM chart
0
1
a) Draw the SM chart
b) Draw the state graph
c) Assign straight binary state assignment with 3 D-FFs
d) Write DA, D₂ and Dc inputs
e) Write Output equation for Z
Transcribed Image Text:2. Turn this truth table into a SM chart in Figure HW15.1. The problem is a Moore sequence detector that is looking for the sequence "1100" or "0100". Overlapping targets are allowed. Since either a 0 or a 1 can be the first item of a target, this means we will never go back to So once we start the process. (Note this is the answer to problem #2 for chapter 13 homework.) Present State Next State So S₁ S₂ S3 S4 X = 0 S₁ S₁ S3 Output 0 0 0 X = 1 S₁ S₂ S₂ S4 S₂ S₁ S₁ Figure HW15.1 State table to change to SM chart 0 1 a) Draw the SM chart b) Draw the state graph c) Assign straight binary state assignment with 3 D-FFs d) Write DA, D₂ and Dc inputs e) Write Output equation for Z
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