Question 2 A) How many T flip-flops are needed if we want to store 5Bytes of information in a shift register at a time? Explain your answer.
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Question 2
A)
How many T flip-flops are needed if we want to store 5Bytes of information in a shift register at a time? Explain your answer.
B)
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- 5. Analysis Part Question 2. Questions regarding the 4-bit right shit register built in the experimental part. a. How many bits can this register store at a time? Explain your answer. b. Consider this Dataln sequence: 1001100000 for a SISO right shift register. The initial state of each D flip-flop is 0. How much is out1, out2, out3, out4 after the third clock cycle happens? Explain your answer by including all the steps.Construct an asynchronous counter with a modulus of eleven by using J-K flip-flops. The countershould follow the straight binary sequence from 0000 through 1011.Design a shift register using D flip flops but control circuitory must be from basic gates.
- How can you form register using D-flip-flop?I. DESIGN 0-9 COUNTERS, COUNT-UP AND USING JK FLIP-FLOPS 0000-0001-0010-------and back to 0000 a) Excitation table of JK-FLIP FLOPS b) State diagram, Q:Q: Q1 Qo c) Excitation table input JK flip-flops d) К-МАР ЈК Flip-Поps FORMAT: 3 4 71 12 13 15 |14 e) Logic diagram design circuits loConstruct an asynchronous counter with a modulus of eleven by using J-K flip-flops. The counter should follow the straight binary sequence from 0000 through 1011.
- Construct and explain the operation of the following ripple counters with positive edge triggered D Flip-flops. - 4 bit binary asynchronous UP counter- 4 bit binary asynchronous DOWN counter- Asynchronous BCD Counter- Asynchronous MOD-12 Counter- Ripple divide by 14 Counter4. (a) Develop a truth table of the following flipflop: PRE R CLR 4(b) How to convert a JK flip flop into T flipflop? Explain an application of a JK flipflop.Design a synchronous counter that operates according to the state diagram given below. Your design should involve only D-flip flops and minimum number of components. Show all the steps clearly. 110 00 001 ↑ 111 010 101
- 1. Shift registers consist of an arrangement of flip-flops. T F 2. Synchronous counters cannot be realized using J-K flip-flops. T FObjective: Design a 3-bit counter based on random number pattern using D flip-flop and other gates. The pattern of number is: (000 011 100 010 111 1. List state table. 2. Using K-map, find relation among current state, input, and output. 3. Draw circuits.1. Design a 4-bit synchronous down-counter using T flip-flops. i. Write a "function table" showing current and next values for each count, and the T input values. ii. Give the Boolean functions for each T input. iii. Draw the logic network; label all inputs and outputs.