A. Design a 3-bit binary counter using T flip-flops and gates which counts in the sequence of 2,4,7,1,3,0,2,4,7,1,3,0,.2,4,7,1,3,0. All unused states should return to state 7=(0111)2. Use names TA, TB, and TC to refer the flip-flops where index A refers to the most significant bit (MSB).
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- Design a 3-bit binary counter using T flip-flops and gates which counts in thesequence of 2,4,7,1,3,0,2,4,7,1,3,0,…,2,4,7,1,3,0. All unused states should return to state 7=(0111)2. Use names TA, TB, and TC to refer the flip-flops where index A refers to the most significant bit (MSB).Design a 3-bit counter that counts the following sequence: 7,5, 3. 1.0.7, 5. 3, 1, 0, 7. etc. Using the sequential design technique that starts from a state diagram, draw the state table. minimize the logic. and draw the final circuit. The outputs of logic circuit are 2 = Qo Q1. I, = Qo.Qi + Qo.Qi, Io = Qo.Q2, Cont2 = Qj Q2 Cont1 = Qu Q2. Cont0 = Q2 Qo.Q1. h = Qo.Qi + Qo.Q1, Io = Qo Qz Cont2 = Q, Q2 Contl = Qo Q2 Cont0 = Q2 Qo Qı Ij = Qo.Q, + Q».Qı, Io = Qo. Q2. Cont2 = Qj Q2. Contl = Qo.Q2. Cont) = Q2 L = Qo.Qı. I¡ = Q. Qj + Qu Q Io = Qv.Qz Comt2 = Q, Q, Contl = Q Q2 Cont0 = Q2 !! fefsto How much will be per-product cost and thUsing JK flip-flops:1. Design a counter with the following repeated binary sequence: 0,1, 2, 3, 4, 5, 6.2. Draw the logic diagram of the counter.
- Use D flip-flops to design a mod-16 binary down counter, whose counting sequence is 1111->1110->1101->1100->1011-> … ->0000->1111…. Derive the logic expressions for the D inputs of the flip-flops and draw the circuit diagram.A. Design a 3-bit binary counter using I flip-flops and gates which counts in the sequence of 2,4,7,1,3,0,2,4,7,1,3,0,...2,4,7,1,3,0. All unused states should return to state 7=(0111)2. Use names TA, TB, ard TC to refer the flip-flops where index A refers to the most significant bit (MSB).(c) For each of the following parts, fill in the respective row of the timing diagram shown in Figure 5. (i) Find the input for a rising-edge-triggered D flip-flop that would produce the output Q as shown in Figure 5. (ii) Find the input for a rising-edge-triggered T flip-flop that would produce the output Q as shown in Figure 5. Clock D Figure 5
- We want to design a circuit to detect prime numbers.The input of the circuit is a 4-bit binary number and the output is a single bit and should show one when the number is prime and zero otherwise.B. Implement the circuit using a 4× 1 multiplexer and combinational logic gates.C. Implement the circuit using only one decoder and one OR gate. What is the size of the decoder you use?F4 Using two flip-flops and basic gates, construct the circuit of the given state diagram below. Provide the following: State Table, Flip-flop equations, Circuit Diagram. Follow correct label names: Q0, Q1 – prev/present states D0, D1 – D-FF names X – input Y - output3- Design a counter with a control input. When the input is high, the counter should sequence through three states: 10, 01, 11 and repeat. When the input is low the counter should sequence through the same states in the opposite order 11, 01, 10 and repeat.a) Draw the state diagram and state transition table.b) Implement the counter using D flip-flops and gates.
- Show how an asynchronous counter with J-K flip-flops can be implemented having a modulus of eleven with a straight binary sequence from 0000 through 1010 . Draw the diagram.(need only handwritten solution .otherwise downvote.)Kindly design a Master-slave J-K flip-flop using NAND gates only and staterace-around condition, and how it can be eliminated in a Master-slave J-K flipflop? A multiplexer (MUX) also known as data selector, is a logic circuit which allowsthe digital information from multi-inputs to a single output line1.) A storage register made up of six D flip-flops is storing a binary word. The flip-flop status are: A = set, B = set, C = reset, D = set, E = reset, and F = set. The A flip-flop is the LSB. The decimal equivalent of the register content is 2.) D flip-flops are most frequently used in