Answer Happy

Posted: **Tue Apr 26, 2022 3:21 pm**

: Given The Following Control Logic For A Synchronous State Machine 1 Input A 1 Output Y To Abandono If A 1 For Two C 1 (26.55 KiB) Viewed 47 times

: Given The Following Control Logic For A Synchronous State Machine 1 Input A 1 Output Y To Abandono If A 1 For Two C 2 (16.16 KiB) Viewed 47 times

: Given The Following Control Logic For A Synchronous State Machine 1 Input A 1 Output Y To Abandono If A 1 For Two C 3 (12.66 KiB) Viewed 47 times

Given the following control logic for a synchronous state machine: 1 input, A 1 output, Y to abandono If A = 1 for two consecutive clock edges Then Y= 1, and the next state S is 'initA' which means 'initialize A count to 0 due to Y= 1 Else Y= 0 1. Develop the state table, and include the output Y.
2. Assign state codes for each state, and list these assignments in a new table. 3. Develop the transition table, and include the output Y. 4. Develop the truth table for the 'next state logic' outputs.
5. Develop the minimized excitation equations as SOP's using the truth table and K-maps