-The finite state machine (FSM) shown in the figure below is implemented with one toggle (T)...

 

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-The finite state machine (FSM) shown in the figure below is implemented with one toggle (T) flip-flop and one D flip-flop. It has a single input I and a single output Z. The combinational logic required is implemented by an 8:1 MUX, I NAND and 1 AND gates. (a) Write the logic expressions for TA, DB and Z. (b) Obtain the state transition table including I, QA, QB, TA, DB, Q, Q and Z. (c) Draw the state transition diagram of the FSM including the I/Z information. (d) Is this a Moore or a Mealy FSM? Justify. [3 pts] [4 pts] [3 pts] [2 pts] 0 0-2 0-3 0-4 0-6 1-7 MOX 5 5, S H CLK Q A -Z D Q B PELR r CLR ote: Consult the flip-flop excitation table attached at the end as needed. -The finite state machine (FSM) shown in the figure below is implemented with one toggle (T) flip-flop and one D flip-flop. It has a single input I and a single output Z. The combinational logic required is implemented by an 8:1 MUX, I NAND and 1 AND gates. (a) Write the logic expressions for TA, DB and Z. (b) Obtain the state transition table including I, QA, QB, TA, DB, Q, Q and Z. (c) Draw the state transition diagram of the FSM including the I/Z information. (d) Is this a Moore or a Mealy FSM? Justify. [3 pts] [4 pts] [3 pts] [2 pts] 0 0-2 0-3 0-4 0-6 1-7 MOX 5 5, S H CLK Q A -Z D Q B PELR r CLR ote: Consult the flip-flop excitation table attached at the end as needed.