Hi all, im currently designing a 4 bit synchronous bouncing counter. The counter has to perform this sequence when a 1 or high input is applied :
Otherwise, when a 0,0 is applied the counter should hold the current value, when 0,1 the counter should reset back to 15 and when 1,1 the state is invalid.
I've created an appropriate state diagram and transition table with the Current State, my SR Inputs , Next state, 4JK's and my outputs. However where im struggling is when creating the Kmaps for my JK flip flops, each JK needs 8 Kmaps, 2 per SR input state and im wondering how i would combine these to find out my equation for my final JK Equation, can i simply add each function deduced from my Kmaps for each state?
If i need to elaborate more ill try my best.
'15,8,9,10,11,12,13,12,11,10,9'
Otherwise, when a 0,0 is applied the counter should hold the current value, when 0,1 the counter should reset back to 15 and when 1,1 the state is invalid.
I've created an appropriate state diagram and transition table with the Current State, my SR Inputs , Next state, 4JK's and my outputs. However where im struggling is when creating the Kmaps for my JK flip flops, each JK needs 8 Kmaps, 2 per SR input state and im wondering how i would combine these to find out my equation for my final JK Equation, can i simply add each function deduced from my Kmaps for each state?
If i need to elaborate more ill try my best.