- 15.15.1: (a) Reduce the following state table to a minimum number of states....
- 15.15.2: Reduce the following state table to a minimum number of states. Pre...
- 15.15.3: Digital engineer B. I. Nary has just completed the design of a sequ...
- 15.15.4: Realize the following state table using a minimum number of AND and...
- 15.15.5: It is sometimes possible to save logic by using more than the minim...
- 15.15.6: A sequential circuit with one input and one output has the followin...
- 15.15.7: The following table is to be realized using D flip-flops. (a) Find ...
- 15.15.8: (a) For the following state table, use the three guidelines to dete...
- 15.15.9: Implement the given state graph using D flip-flops and gates. Use a...
- 15.15.10: (a) Reduce the following state table to a minimum number of states....
- 15.15.11: For the following state table: (a) Reduce the table to a minimum nu...
- 15.15.12: A Moore sequential circuit has a single input (X) and a single outp...
- 15.15.13: A sequential circuit has a single input (X) and a single output (Z)...
- 15.15.14: A sequential circuit has a single input (X) and a single output (Z)...
- 15.15.15: Reduce each of the following state tables to a minimum number of st...
- 15.15.16: Reduce each of the following tables to a minimum number of states:
- 15.15.17: Circuits N and M have the state tables that follow. (a) Without fir...
- 15.15.18: Below is an incompletely specified state table. (a) Reduce the stat...
- 15.15.19: Repeat 15.18 for this state table (four states). Present State Next...
- 15.15.20: The following are possible state assignments for a six-state sequen...
- 15.15.21: (a) For an eight-state sequential circuit using three flip-flops, g...
- 15.15.22: A sequential circuit with one input and one output has the followin...
- 15.15.23: (a) For the following state table, use the three guidelines to dete...
- 15.15.24: Consider the following Moore sequential circuit. (a) Derive the equ...
- 15.15.25: (a) Reduce the following state table to a minimum number of states ...
- 15.15.26: Repeat 15.25 for the following table: X = 0 1 Z A I C 1 B B I 1 C C...
- 15.15.27: Make a suitable state assignment and realize the state graph of Fig...
- 15.15.28: Make a suitable state assignment and realize the state graph of Fig...
- 15.15.29: Make a suitable state assignment and realize the state table of 14....
- 15.15.30: Make a suitable state assignment and realize the state table of 14....
- 15.15.31: Reduce the state table of 14.6 to a minimum number of rows. Then, m...
- 15.15.32: Reduce the state table of 14.23 to a minimum number of rows. Then, ...
- 15.15.33: A logic designer who had not taken this course designed a sequentia...
- 15.15.34: Modify the given state graph so that it is completely specified. As...
- 15.15.35: Implement the following state graph using D flip-flops and gates. U...
- 15.15.36: A state graph for a single-input sequential circuit is given. Imple...
- 15.15.37: Consider the following Mealy sequential circuit. Present State Next...
- 15.15.38: A sequential circuit contains two D flip-flops; the excitation equa...
- 15.15.39: A sequential circuit contains two J-K flip-flops; the excitation eq...
- 15.15.40: Show that the following incompletely specified table can be reduced...
- 15.15.41: (a) Find the maximal compatibles for Table 14-10. (b) Reduce the ta...
- 15.15.42: (a) Find the maximal compatibles for Table 14-9. (There are seven.)...
- 15.15.43: Modify the BCD Parity Generator of Table 14-9 so that the outputs a...
- 15.15.44: (a) Find the maximal compatibles for the incompletely specified tab...
- 15.15.45: (a) Find the maximal compatibles for the table below. (There are ei...

# Solutions for Chapter 15: Reduction of State Tables State Assignment

## Full solutions for Fundamentals of Logic Design | 7th Edition

ISBN: 9781133628477

Solutions for Chapter 15: Reduction of State Tables State Assignment

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