QUESTION 5 (a) Three flip-flops are connected and subjected to clock and input signals shown in...
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QUESTION 5 (a) Three flip-flops are connected and subjected to clock and input signals shown in Figure 5 (i). Complete the timing diagram for the three outputs in Figure 5 (ii). All the outputs are initially 0. signal 1 J Q output 1 clock signal 2 K D output 2 output 3 Figure 5 (i) clock signal 1 signal 2 output I output 2 output 3 Figure 5 (ii) (b) A state transition diagram of a counter in Figure 5 (iii) is to be designed using T flip flop and basic gates. 001 010 000 100 011 101 110 Figure 5 (iii) (1) Complete the next states and flip-flop inputs in Table 3. Table 3 Present State Next state Flip-flop Inputs Q. Qi Qo Q Qo T2 To 1 1 1 (ii) Find the minimized SOP expression for flip-flop inputs T2, T, and To. (iii) Draw the complete logic circuit of the counter. QUESTION 5 (a) Three flip-flops are connected and subjected to clock and input signals shown in Figure 5 (i). Complete the timing diagram for the three outputs in Figure 5 (ii). All the outputs are initially 0. signal 1 J Q output 1 clock signal 2 K D output 2 output 3 Figure 5 (i) clock signal 1 signal 2 output I output 2 output 3 Figure 5 (ii) (b) A state transition diagram of a counter in Figure 5 (iii) is to be designed using T flip flop and basic gates. 001 010 000 100 011 101 110 Figure 5 (iii) (1) Complete the next states and flip-flop inputs in Table 3. Table 3 Present State Next state Flip-flop Inputs Q. Qi Qo Q Qo T2 To 1 1 1 (ii) Find the minimized SOP expression for flip-flop inputs T2, T, and To. (iii) Draw the complete logic circuit of the counter.
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Related Book For
Process Dynamics and Control
ISBN: 978-1119385561
4th edition
Authors: Dale E. Seborg, Thomas F. Edgar, Duncan A. Mellichamp, Francis J. Doyle
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