A M-F flip-flop behaves as follows: If MF = 01, the
Chapter 12, Problem 12.36(choose chapter or problem)
A M-F flip-flop behaves as follows:
If MF = 01, the flip-flop changes state.
If MF = 11, the flip-flop is set to Q = 0.
If MF = 00, the flip-flop is set to Q = 1.
The input combination MF = 10 is not allowed.
(a) Give the characteristic (next-state) equation for this flip-flop.
(b) Complete the table, using don’t-cares where possible.
(c) Realize the following next-state equation for Q using a MF flip-flop: \(Q^+ = CQ + DQ^\prime\). Find equations for M and F.
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