Chapter 8 analysis and synthesis of synchronous sequential circuits
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Chapter 8 -- Analysis and Synthesis of Synchronous Sequential Circuits. The Synchronous Sequential Circuit Model. Figure 8.1. Mealy Machine Model. Figure 8.2. Mealy Machine Timing Diagram -- Example 8.1. Figure 8.3. Moore Machine Model. Figure 8.4.

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Chapter 8 analysis and synthesis of synchronous sequential circuits l.jpg
Chapter 8 -- Analysis and Synthesis ofSynchronous Sequential Circuits
















K maps for example 8 4 l.jpg
K-Maps for Example 8.4 8.4

Figure 8.15




K maps for example 8 5 l.jpg
K-Maps for Example 8.5 8.5

Figure 8.18







Clocked jk flip flop implementation example 8 7 l.jpg
Clocked JK Flip-Flop Implementation -- 8.5Example 8.7

Figure 8.24


Application equation method for deriving excitation equations example 8 8 l.jpg
Application Equation Method for Deriving Excitation Equations -- Example 8.8

Figure 8.25


Sequence recognizer for 01 sequence example 8 9 l.jpg
Sequence Recognizer for 01 Sequence -- Equations -- Example 8.8Example 8.9

Figure 8.26


Synthesis of the 01 recognizer with sr flip flops l.jpg
Synthesis of the 01 Recognizer with SR Flip-flops Equations -- Example 8.8

Figure 8.27


Realization of 01 recognizer with t flip flops l.jpg
Realization of 01 Recognizer with T Flip-flops Equations -- Example 8.8

Figure 8.28


Design of a recognizer for the sequence 1111 example 8 11 l.jpg
Design of a Recognizer for the Sequence 1111 -- Equations -- Example 8.8Example 8.11

Figure 8.29


Sr realization of the 1111 recognizer l.jpg
SR Realization of the 1111 Recognizer Equations -- Example 8.8

Figure 8.30


Clocked t and jk realizations of the 1111 recognizer l.jpg
Clocked T and JK Realizations of the 1111 Recognizer Equations -- Example 8.8

Figure 8.31


Clocked jk flip flop realization of a 1111 recognizer l.jpg
Clocked JK Flip-Flop Realization of a 1111 Recognizer Equations -- Example 8.8

Figure 8.32


Design of a 0010 recognizer l.jpg
Design of a 0010 Recognizer Equations -- Example 8.8

Figure 8.33


Design of a serial binary adder l.jpg
Design of a Serial Binary Adder Equations -- Example 8.8

Figure 8.34


Design of a four state up down counter l.jpg
Design of a Four-State Up/Down Counter Equations -- Example 8.8

Figure 8.35


An implementation of the up down counter l.jpg
An Implementation of the Up/Down Counter Equations -- Example 8.8

Figure 8.36


Design a bcd counter l.jpg
Design a BCD Counter Equations -- Example 8.8

Figure 8.37 (a) and (b)


Design of the bcd counter con t l.jpg
Design of the BCD Counter (con’t) Equations -- Example 8.8

Figure 8.37 (c)


Realization of the bcd counter design l.jpg
Realization of the BCD Counter Design Equations -- Example 8.8

Figure 8.37 (d) and (e)


K map for y 1 in example 8 16 l.jpg
K-map For Equations -- Example 8.8Y1 in Example 8.16

Figure 8.38


Robot controller floor plan example 8 17 l.jpg
Robot Controller Floor Plan -- Example 8.17 Equations -- Example 8.8

Figure 8.39


Robot controller design l.jpg
Robot Controller Design Equations -- Example 8.8

Figure 8.40 (a) -- (e)


Robot controller realization l.jpg
Robot Controller Realization Equations -- Example 8.8

Figure 8.40 (f)


Candy machine controller design example 8 18 l.jpg
Candy Machine Controller Design -- Example 8.18 Equations -- Example 8.8

Figure 8.41


Algorithmic state machines asms l.jpg
Algorithmic State Machines (ASMs) Equations -- Example 8.8

Figure 8.42


Asm representation of a mealy machine l.jpg
ASM Representation of a Mealy Machine Equations -- Example 8.8

Figure 8.43


Asm representation of a moore machine l.jpg
ASM Representation of a Moore Machine Equations -- Example 8.8

Figure 8.44


Eight bit two s complementer asm example 8 19 l.jpg
Eight-Bit Two’s Complementer ASM -- Equations -- Example 8.8Example 8.19

Figure 8.45


Binary multiplier controller example 8 20 l.jpg
Binary Multiplier Controller -- Example 8.20 Equations -- Example 8.8

Figure 8.46


One hot state assignments l.jpg
One-Hot State Assignments Equations -- Example 8.8

Table 8.1


Asm design using one hot state assignments l.jpg
ASM Design Using One-Hot State Assignments Equations -- Example 8.8

Figure 8.47 (a) -- (b)


Asm design using one hot assignments con t l.jpg
ASM Design Using One-Hot Assignments (con’t) Equations -- Example 8.8

Figure 8.47 (c)


One hot design of a multiplier controller example 8 21 l.jpg
One-hot Design of A Multiplier Controller -- Example 8.21 Equations -- Example 8.8

Figure 8.48



Detonator example k maps l.jpg
Detonator Example K-maps Equations -- Example 8.8

Figure 8.50


Detonator realization l.jpg
Detonator Realization Equations -- Example 8.8

Figure 8.51


Sate assignments and circuit realization l.jpg
Sate Assignments and Circuit Realization Equations -- Example 8.8

Figure 8.52


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