Complete the design for the fundamental mode circuit represented by the timing diagram of figure 03....
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Complete the design for the fundamental mode circuit represented by the timing diagram of figure 03. a) Obtain the primitive flow map. [10] b) Find all pairs of equivalent or compatible states using an implication chart. [15] c) Determine the minimum number of states for the design using a merger diagram. [10] d) Obtain a reduced flow map using a minimum set of mergeable states, and assign a single state name to each group of merged states. [6] e) Obtain a composite Karnaugh map with a race-free assignment. Hence determine logic hazard-free equations for the circuit and draw a gate-level circuit implementation. [10] Input Input Output XI X2 Z Figure Q3 Complete the design for the fundamental mode circuit represented by the timing diagram of figure 03. a) Obtain the primitive flow map. [10] b) Find all pairs of equivalent or compatible states using an implication chart. [15] c) Determine the minimum number of states for the design using a merger diagram. [10] d) Obtain a reduced flow map using a minimum set of mergeable states, and assign a single state name to each group of merged states. [6] e) Obtain a composite Karnaugh map with a race-free assignment. Hence determine logic hazard-free equations for the circuit and draw a gate-level circuit implementation. [10] Input Input Output XI X2 Z Figure Q3
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A a Obtain the primitive flow map 10 The primitive flow map for the circuit given in Figure Q3 is sh... View the full answer
Related Book For
Fundamentals of Electric Circuits
ISBN: 9780073301150
3rd edition
Authors: Matthew Sadiku, Charles Alexander
Posted Date:
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