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13.5 T Flip-Flop Using JK Flip-Flop In case of T flip flop, if the T input is high, the T flip-flop changes state ("toggles") whenever the clock input is strobed. If the T input is low, the flip-flop holds the previous value. T Flip flop can be constructed using JK flip flop as shown in diagram below. Truth Table T J Q JK Flip Flop K Clk T Qn 0 1
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Obtain the flip-flop output Boolean function equations for the circuit shown in Fig. 1. Q = Tq, Q(t+1) = T Q(t). Fill in the timing diagram shown in Fig. 2 using the Boolean functions that you obtained. State the task performed by this circuit using your findings. Q1 Flip-Flop Flip-Flop Flip-Flop Q0 Q1 Outputs clk Figure 1 3 4 5 X 9 clk Q0 Q1 Q2 Figure 2
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A D flip-flop has a setup time of 5 ns, a hold time of 3 ns, and a propagation delay from the rising edge of the clock to the change in flip-flop output in the range of 6 to 12 ns. An OR gate delay is in the range of 1 to 4 ns. (a) What is the minimum clock period for proper operation of the following circuit? X C1k (b) What is the earliest time after the rising clock edge that X is allowed to change? Show how you can construct a T flip-flop using a J-K flip-flop using a block diagram. Circuits inside the flip-flops are NOT to be shown.
The below sequential circuit is built using JK flip-flops. It is initialized with the initial values of A=1, B=0, and external input x is set to 0. What are the next state values of A and B for this circuit for the next clock cycle? Clk KA TB Clk Clock Select one: A(t+1)=1, B(t+1)=0 A(t+1)=x, B(t+1)=0 A(t+1)=1, B(t+1)=1 A(t+1)=0, B(t+1)=1 A(t+1)=0, B(t+1)=0 A(t+1)=1, B(t+1)=x
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