Question is ⇒ The counter shown in the given figure is built using 4 -ve edge triggered toggle FFs. The FF can be set asynchronously when R = 0. The combinational logic required to realize a modulo-13 counte, Options are ⇒ (A) F = Q4 Q3 Q2 Q1, (B) F = Q4 + Q3 + Q2 + Q1, (C) F = Q4 + Q3 + Q2 + Q1, (D) F = Q4Q3Q2Q1, (E) , Leave your comments or Download question paper.

Question is ⇒ The counter shown in the given figure is built using 4 -ve edge triggered toggle FFs. The FF can be set asynchronously when R = 0. The combinational logic required to realize a modulo-13 counte, Options are ⇒ (A) F = Q4 Q3 Q2 Q1, (B) F = Q4 + Q3 + Q2 + Q1, (C) F = Q4 + Q3 + Q2 + Q1, (D) F = Q4Q3Q2Q1, (E) , Leave your comments or Download question paper. Previous question Next question


Q1.	The counter shown in the given figure is built using 4 -ve edge triggered toggle FFs. The FF can be set asynchronously when R = 0. The combinational logic required to realize a modulo-13 counte
A.	F = Q₄ Q₃ Q₂ Q₁ [Correct Answer]
B.	F = Q₄ + Q₃ + Q₂ + Q₁ [Wrong Answer]
C.	F = Q₄ + Q₃ + Q₂ + Q₁ [Wrong Answer]
D.	F = Q₄Q₃Q₂Q₁ [Wrong Answer]
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