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+12 votes
1.3k views

The logic expression for the output of the circuit shown in figure below is:

  1. $\overline{AC} + \overline{BC} +CD$

  2. $A\overline{C} + B\overline{C} + CD$

  3. $ABC +\overline {C}\; \overline{D}$

  4. $\overline{A}\; \overline{B} + \overline{B}\;  \overline{C} +CD$

asked in Digital Logic by Veteran (59.6k points)
edited by | 1.3k views
+19
Anyone with A'C + B'C + CD?
0
NO option match
+2

Better to simplify the circuit:

0
yeah NAND-NAND Realization is Nothing but AND-OR  Realization

1 Answer

+18 votes
Best answer
(((AB)' C)' (CD)' )' = ((AB)'C) + CD) = (A' + B')C + CD = A'C + B'C + CD
answered by Veteran (363k points)
selected by
0
answer is correct, but in given option no such ans

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