00:01
So here in this questions we have to discuss about the sr circuit and it is that in a digital electronics s and r typically stand for set and reset inputs and respectively q represent the output state.
00:15
So here are some general explanation of this question.
00:17
So complete this truth table.
00:19
So you need to provide a specific circuit to flip flop or details to complete the truth table.
00:23
A truth table typically lists all possible inputs combinations and their corresponding output states.
00:28
Next is action for input 00 s and r.
00:32
So this is typically represent the stable state where neither s or nor r is active.
00:37
Next is action for input 01.
00:39
This is usually represent to set the condition.
00:42
Action for input 11.
00:43
This usually represent to reset the condition.
00:56
Next is s is equal to 00, q is equal to 1.
00:59
Next value of q plus q1.
01:01
Since s is equal to 00 there is no change request and next value q plus q1 would be the current value of q plus q1 which is 1...