Q2. (60 points] Design and build a circuit that implements the state dingram shown in Fig. 1. Use one or more 7474 ICs (

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Q2. (60 points] Design and build a circuit that implements the state dingram shown in Fig. 1. Use one or more 7474 ICs (

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Q2 60 Points Design And Build A Circuit That Implements The State Dingram Shown In Fig 1 Use One Or More 7474 Ics 1
Q2 60 Points Design And Build A Circuit That Implements The State Dingram Shown In Fig 1 Use One Or More 7474 Ics 1 (34.07 KiB) Viewed 35 times
Q2. (60 points] Design and build a circuit that implements the state dingram shown in Fig. 1. Use one or more 7474 ICs (D-type flip-flops), plus any needed logic chips. Name the flip nops A, B and name the input variable x. This circuit has no defined outputs. 0 Fig. 1. State diagram for question 02. a. Based on the state diagram, fill in the 'Present State', 'Input', and 'Next State' columns in the state table below, Present State input Next State Inputs of D-FFs DA Dn A B X A B b. Considering the 'Next State' columns, figure out what input values DA, DB, ... must be applied to each flip-flop for each state, and enter these values into the appropriate columns in your state table. 3
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