1) Design a sequential logic circuit that can function as the basis for a simple electronic lock. The circuit is reset t
Posted: Fri May 20, 2022 5:16 pm
please do not copy and paste the past answers from answers as they
are completely unrealated and wrong! I think I have to draw a mealy
state graph, write a state transition table and assign flip flops
to get the final diagram as asked, however I am confused on how to
solve for this. Any explanations to solutions would be great!
1) Design a sequential logic circuit that can function as the basis for a simple electronic lock. The circuit is reset to the initial state by pressing the push button SW4 on the board. To reach the final correct state, the buttons pushed down in the following sequence: SWI, SW2, SW2, SW3 (note these are active low in the push down position). Any other combination will cause the circuit to go to an error state after four buttons are pushed from which the circuit can only be removed by a reset with the push button SW4.
are completely unrealated and wrong! I think I have to draw a mealy
state graph, write a state transition table and assign flip flops
to get the final diagram as asked, however I am confused on how to
solve for this. Any explanations to solutions would be great!
1) Design a sequential logic circuit that can function as the basis for a simple electronic lock. The circuit is reset to the initial state by pressing the push button SW4 on the board. To reach the final correct state, the buttons pushed down in the following sequence: SWI, SW2, SW2, SW3 (note these are active low in the push down position). Any other combination will cause the circuit to go to an error state after four buttons are pushed from which the circuit can only be removed by a reset with the push button SW4.