Consider using this circuit as a down-counter? Let Q; denote the ith flip-flop output. Then where should the count be taken from? A. the complement of Qi, i.e. Qi the complement of Qi, i.e. Qi, after setting J = 1 and K = 0 Q; with the connection of each Q; to the clock of the next device Q; with the connection of all Q;s to an AND gate whose output activates the preset. В. С. D.

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rks)
Consider the design of a modulo-4 ripple up-counter using only negative-edge triggered J-K flip flops.
What is the state equation for the J-K flip flop?
А.
Q(t + 1) = JQ'(t) + K'Q(t)
В.
Q(t + 1) = J'Q'(t) + KQ(t)
С.
Q(t + 1) = TQ'(t) + T'Q(t)
D.
Q(t + 1) = J'Q(t) + K'Q (t)
What is the resulting device if K = J?
A.
S-R latch
В.
S-R flip-flop
D flip-flop
T flip-flop
C.
D.
What is the minimum number of flip-flops required for this counter?
А.
4
В.
С.
2
D.
1
What is the count produced by this circuit on the third clock cycle?
А.
1
В.
С.
3
D.
4
Consider using this circuit as a down-counter? Let Q; denote the ith flip-flop output. Then where should the count
be taken from?
А.
the complement of Qi, i.e. Qi
В.
the complement of Qi, i.e. Qi, after setting J = 1 and K = 0
С.
Q; with the connection of each Q; to the clock of the next device
D.
Qi with the connection of all Qis to an AND gate whose output activates the preset.
Transcribed Image Text:rks) Consider the design of a modulo-4 ripple up-counter using only negative-edge triggered J-K flip flops. What is the state equation for the J-K flip flop? А. Q(t + 1) = JQ'(t) + K'Q(t) В. Q(t + 1) = J'Q'(t) + KQ(t) С. Q(t + 1) = TQ'(t) + T'Q(t) D. Q(t + 1) = J'Q(t) + K'Q (t) What is the resulting device if K = J? A. S-R latch В. S-R flip-flop D flip-flop T flip-flop C. D. What is the minimum number of flip-flops required for this counter? А. 4 В. С. 2 D. 1 What is the count produced by this circuit on the third clock cycle? А. 1 В. С. 3 D. 4 Consider using this circuit as a down-counter? Let Q; denote the ith flip-flop output. Then where should the count be taken from? А. the complement of Qi, i.e. Qi В. the complement of Qi, i.e. Qi, after setting J = 1 and K = 0 С. Q; with the connection of each Q; to the clock of the next device D. Qi with the connection of all Qis to an AND gate whose output activates the preset.
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