answer all 4 step 2. Design a sequence detector that detects the sequence "110". Step 1) Derive the State Diagram for "110" sequence detector Step 2) Obtain the state tables (using D Flip Flops) assuming that it is a mealy machine, AND obtain another state table showing how it would look like if it was a moore machine Step 3) Derive the state table

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2. Design a sequence detector that detects the sequence "110". Step 1) Derive the State Diagram for "110" sequence detector Step 2) Obtain the state tables (using D Flip Flops) assuming that it is a mealy machine, AND obtain another state table showing how it would look like if it was a moore machine Step 3) Derive the state table ONLY for the moore machine version, but this time assume that you want to build it using 2 JK Flip Flops instead. (hint: you need to use the excitation table to obtain the values for JA, KA, JB, and KB. Step 4) Show the FF input equations and the output equation based on the obtained state tables (show the functions if D Flip Flops were used, and again show the functions if JK Flip Flops were used)

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