1. consider the CB flip flop with Q*[C,V,Q] = [C'+ Q'][C+ Q][C+1]. a. make a state table of this b. make a state diagram of it c. make a D flip flop out of it
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![1. consider the CB flip flop with Q*[C,V,Q] = [C'+ Q'][C+Q][C+1].
a. make a state table of this
b. make a state diagram of it
c. make a D flip flop out of it](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fef73c71c-92bd-4db8-a6e1-8fd12b1a0987%2F747dfe4c-6e63-48ab-8aae-727c7aad836b%2Fh1223b5_processed.png&w=3840&q=75)
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- Use T flip flops to design a counter with the repeated binary sequence: 0,1,3,5,7. The circuit is to be designed by treating the unused states as don’t care conditions. Sketch the state diagram Derive the state table Implement the circuit.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 lineWe wish to design a digital system with two flip-flops, say B and C, and one 4-bit binarycounter A, in which the individual flip-flops are denoted by A4, A3, A2, A1. A start signal Sinitiates the system operation by clearing the counter A and flip-flop C, and settling flip-flop B toone. The counter is then incremented by one starting from the next clock pulse and continues toincrement until the operations stop. Counter bits A3 and A4 determine the sequence ofoperations:If A3 = 0, B is cleared to 0 and the count continues.If A3 = 1, B is set to 1; then if A4 = 0, the count continues, but if A4= 1, C is set to 1 on the nextclock pulse and the system stops counting.Then if S = 0, the system remains in the initial state, but if S = 1, the operation cycle repeats.(a) Draw the ASM Chart(b) Draw the equivalent one flip-flop per state
- d) Write down the transition table for T flip flop.e) Suppose, you want to design a 4-bit down counter which only counts the odd numbers.Write down the state table for the counter.Design 2 bits counter that count down by using T flip flop when input x =1 and counts upwhen x=0. Find the following1. Derive the state table2. Derive the K‐map simplifications.3. Draw the logic diagramUsing T flip flops, design a 3 bit counter which counts in the sequence: 111, 110, 101, 100, 011, 010, 001, 000, (repeat)111... (a) complete the following truth table with next stages and flip flop inputs CBA C+B+A+ TcTbTa 000 001 010 011 100 101 110 111 (b) Draw the Karnaugh maps for Tc, Tb, Ta (c) Using the Kamaugh maps, find the minimum sum of product for Tc, Tb, Ta
- 5.10 Implement a 4-bit up counter with T flip flops by doing the following. Up counter means countingfrom 0000 to 1111. Down counter means counting from 1111 to 0000.[1] How many flip flop is needed to implement this counter?[2] Derive a state diadram for this counter.[3] Derive a truth table for this counter with T flip flop[4] Develop state input equations[5] Sketch a logic diagram for this counter.1) Construct a JK flip-flop using a D Flip-flop, a 2-to-1 line multiplexer and an inverter. I need only diagram.Sketch a diagram of a 4-bit counter with parallel enable logic that counts down from 15 to 0, then resumes counting down form 15 again. use T flip flops.
- Design a circuit which would follow assigned number 35746 by using one JK, one D, one Flip-flop. THere is no input it just repeats the cycle. For the circuit you obtained, draw state diagram by considering all used and unused states.Discussion: 1-Design decade counter using D flip flops 2-Desigin mod 5 counter using SR flip flopA binary pulse counter can be constructed byinterconnecting T-type flip-flops in an appropriatemanner. Assume it is desired to construct a counterwhich can count up to 10010. a. How many flip-flops would be required?b. Sketch the circuit needed to implement this counter.