For a circuit with output, W = AQ1¯+A¯BQ2, and flip-flop inputs, D1 =

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For a circuit with output, W = AQ1¯+A¯BQ2, and flip-flop inputs, D1 = A and ¯D2 = A+B, where A, B are the external inputs, D1 and D2 are the inputs of D flip flops Q1 and Q2 are the outputs of the D flip flops. If T flip-flops are used to replace the D flip-flops, what will be the inputs of T flip flops? Please choose one: a) T1 = A¯Q1+BQ1+AB¯Q1¯, T2 = A¯B¯Q2+BQ2¯ b) 0 T1 = A¯Q1+BQ1+AB¯Q1¯, T2 = A¯B¯Q2+AQ2¯+BQ2¯ c) 0 T1 = A¯+BQ1+AB¯Q1¯, T2 = A¯B¯Q2+AQ2¯+BQ2¯ d) O T T1 = A¯Q1+BQ1+AB¯Q1¯, T2 = A¯Q2+AQ2¯+BQ2¯

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For a circuit with output,

W = A \bar{Q_{1}} + \bar{A} B Q_{2}

, and flip-flop inputs,

D_{1} = A \bar{and} D_{2} = A + B

, where

A, B

are the external inputs,

D_{1}

and

D_{2}

are the inputs of

D

flip flops

Q_{1}

and

Q_{2}

are the outputs of the

D

flip flops. If T flip-flops are used to replace the D flip-flops, what will be the inputs of T flip flops?

Please choose one: a) (

T_{1} = \bar{A} Q_{1} + B Q_{1} + A \bar{B} \bar{Q_{1}}, T_{2} = \bar{A} \bar{B} Q_{2} + B \bar{Q_{2}}

b) 0

T_{1} = \bar{A} Q_{1} + B Q_{1} + A \bar{B} \bar{Q_{1}}, T_{2} = \bar{A} \bar{B} Q_{2} + A \bar{Q_{2}} + B \bar{Q_{2}}

c) 0

T_{1} = \bar{A} + B Q_{1} + A \bar{B} \bar{Q_{1}}, T_{2} = \bar{A} \bar{B} Q_{2} + A \bar{Q_{2}} + B \bar{Q_{2}}

d)

O

T

T_{1} = \bar{A} Q_{1} + B Q_{1} + A \bar{B} \bar{Q_{1}}, T_{2} = \bar{A} Q_{2} + A \bar{Q_{2}} + B \bar{Q_{2}}

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