Caldus
Feb24-04, 03:12 AM
Given the table of a state diagram:
Qpresent | Input | Qnext | Output
0 0 0 0
0 1 1 1
1 0 1 0
1 1 0 0
So, output = Qpresent' * Input
I must use a JK flip flop implementation of all of this. I have to figure out what flip-flop inputs are needed to make the next-state transitions take place. Then I have to put those flip-flop inputs into a Karnaugh map and simplify the algebraic expression. Then I have to draw the circuitry to implement those algebraic expressions. Then I have to repeat the last two steps for the output; which is also a function of the current state and input. Any kind of help appreciated...
Qpresent | Input | Qnext | Output
0 0 0 0
0 1 1 1
1 0 1 0
1 1 0 0
So, output = Qpresent' * Input
I must use a JK flip flop implementation of all of this. I have to figure out what flip-flop inputs are needed to make the next-state transitions take place. Then I have to put those flip-flop inputs into a Karnaugh map and simplify the algebraic expression. Then I have to draw the circuitry to implement those algebraic expressions. Then I have to repeat the last two steps for the output; which is also a function of the current state and input. Any kind of help appreciated...