Need a bit of help with the following homework material which states that:
Create a 4-bit clocked sequantial circuit with one input line X. When X=0 the circuit goes through the state transitions from 0000 to 0001,0010....1111 and from 1111 back to 0000and repeat. When X=1 the flip flops do not change and it is asked from to to show the state diagram (which i think i can handle) the state table for the circuit i am goimg to create and finally a karnaugh map for each input of each flip flop. I am a bit confused on the state table and the karnaugh map. If anyone is willing to help me it would be higly appreciated. Thank you.
Create a 4-bit clocked sequantial circuit with one input line X. When X=0 the circuit goes through the state transitions from 0000 to 0001,0010....1111 and from 1111 back to 0000and repeat. When X=1 the flip flops do not change and it is asked from to to show the state diagram (which i think i can handle) the state table for the circuit i am goimg to create and finally a karnaugh map for each input of each flip flop. I am a bit confused on the state table and the karnaugh map. If anyone is willing to help me it would be higly appreciated. Thank you.