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Chapter 8 -- Analysis and Synthesis of Synchronous Sequential Circuits

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Title: Chapter 8 -- Analysis and Synthesis of Synchronous Sequential Circuits


1
Chapter 8 -- Analysis and Synthesis
ofSynchronous Sequential Circuits
2
The Synchronous Sequential Circuit Model
Figure 8.1
3
Mealy Machine Model
Figure 8.2
4
Mealy Machine Timing Diagram -- Example 8.1
Figure 8.3
5
Moore Machine Model
Figure 8.4
6
Moore Machine Timing Diagram -- Example 8.2
Figure 8.5
7
Analysis of Sequential Circuit State Diagrams --
Example 8.3
Figure 8.6
8
Timing Diagram for Example 8.3
Figure 8.7
9
Analysis of Sequential Circuit Logic Diagrams
Figure 8.8
10
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11
Timing Diagram for Figure 8.8 (a)
Figure 8.9
12
State Table and State Diagram for Figure 8.8 (a)
Figure 8.10
13
K-Maps for Circuit of Figure 8.8 (a)
Figure 8.11
14
Synchronous Sequential Circuit with T Flip-Flop
-- Example 8.4
Figure 8.12
15
Timing Diagram for Example 8.4
Figure 8.13
16
State Table and State Diagram for Example 8.4
Figure 8.14
17
K-Maps for Example 8.4
Figure 8.15
18
Synchronous Sequential Circuit with JK Flip-flops
-- Example 8.5
Figure 8.16
19
Timing Diagram and State Table for Example 8.5
Figure 8.17
20
K-Maps for Example 8.5
Figure 8.18
21
Generating the State Table From K-maps --
Example 8.5
Figure 8.19
22
Synchronous Sequential Circuit Synthesis
Figure 8.20
23
Introductory Synthesis Example -- Example 8.6
Figure 8.21
24
(No Transcript)
25
Flip-flop Input Tables -- Example 8.6
Figure 8.22
26
Generating the JK Flip-flop Excitation Maps
--Example 8.7
Figure 8.23
27
Generating the JK Flip-flop Excitation Maps
--Example 8.7
Figure 8.23
28
Clocked JK Flip-Flop Implementation --Example 8.7
Figure 8.24
29
Application Equation Method for Deriving
Excitation Equations -- Example 8.8
Figure 8.25
30
Sequence Recognizer for 01 Sequence -- Example
8.9
Figure 8.26
31
Synthesis of the 01 Recognizer with SR Flip-flops
Figure 8.27
32
Realization of 01 Recognizer with T Flip-flops
Figure 8.28
33
Design of a Recognizer for the Sequence 1111
--Example 8.11
Figure 8.29
34
SR Realization of the 1111 Recognizer
Figure 8.30
35
Clocked T and JK Realizations of the 1111
Recognizer
Figure 8.31
36
Clocked JK Flip-Flop Realization of a 1111
Recognizer
Figure 8.32
37
Design of a 0010 Recognizer
Figure 8.33
38
Design of a Serial Binary Adder
Figure 8.34
39
Design of a Four-State Up/Down Counter
Figure 8.35
40
An Implementation of the Up/Down Counter
Figure 8.36
41
Design a BCD Counter
Figure 8.37 (a) and (b)
42
Design of the BCD Counter (cont)
Figure 8.37 (c)
43
Realization of the BCD Counter Design
Figure 8.37 (d) and (e)
44
K-map For Y1 in Example 8.16
Figure 8.38
45
Robot Controller Floor Plan -- Example 8.17
Figure 8.39
46
Robot Controller Design
Figure 8.40 (a) -- (e)
47
Robot Controller Realization
Figure 8.40 (f)
48
Candy Machine Controller Design -- Example 8.18
Figure 8.41
49
Algorithmic State Machines (ASMs)
Figure 8.42
50
ASM Representation of a Mealy Machine
Figure 8.43
51
ASM Representation of a Moore Machine
Figure 8.44
52
Eight-Bit Twos Complementer ASM -- Example 8.19
Figure 8.45
53
Binary Multiplier Controller -- Example 8.20
Figure 8.46
54
One-Hot State Assignments
Table 8.1
55
ASM Design Using One-Hot State Assignments
Figure 8.47 (a) -- (b)
56
ASM Design Using One-Hot Assignments (cont)
Figure 8.47 (c)
57
One-hot Design of A Multiplier Controller --
Example 8.21
Figure 8.48
58
Incompletely Specified Circuits -- Detonator
(Example 8.22)
Figure 8.49
59
Detonator Example K-maps
Figure 8.50
60
Detonator Realization
Figure 8.51
61
Sate Assignments and Circuit Realization
Figure 8.52
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