Hello.
I'm having some problems with a step circuit going through a J/K Flip flop that I hope someone can help me with.
The circuit is presented in the crude image below. It travels from 00 to 11; forward, backwards or just stays in a loop. E determines if it's moving (1 = move, 0 = loop on current posistion). F determines the direction(1 = clockwise, 0 = counter-clockwise).
Also in the image I've made a diagram based on the J/K Excitation table on what values J(A), K(A), J(B) and K(B) will have.
What I'm trying to find is the function for each state through a Karnaugh diagram. Seeing as if E is 0 then F is always X(Don't Care), will this make it impossible to have an" E = 0 F = 0" input?
I tried to make a K-map of the J(A) function and can I use "0X" instead of "01" seeing as it dosen't excist for EF?
Thanks in advance.
-Sloprano
I'm having some problems with a step circuit going through a J/K Flip flop that I hope someone can help me with.
The circuit is presented in the crude image below. It travels from 00 to 11; forward, backwards or just stays in a loop. E determines if it's moving (1 = move, 0 = loop on current posistion). F determines the direction(1 = clockwise, 0 = counter-clockwise).
Also in the image I've made a diagram based on the J/K Excitation table on what values J(A), K(A), J(B) and K(B) will have.
What I'm trying to find is the function for each state through a Karnaugh diagram. Seeing as if E is 0 then F is always X(Don't Care), will this make it impossible to have an" E = 0 F = 0" input?
I tried to make a K-map of the J(A) function and can I use "0X" instead of "01" seeing as it dosen't excist for EF?
Thanks in advance.
-Sloprano
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