Digital Logic Model question question paper

Convert the following: a. (101101)₂ to decimal b. (45)₁₀ to binary

Subtract 23 from 18 using both 1's and 2's complement method.

Simplify Boolean expressions using K-Map F(A,B,C)=Σ(0,2,4,6) and d= Σ(1,3,)

Describe the working of half adder with logic diagram.

Explain multiplexer with applications.

Explain bidirectional shift register.

Explain different types of flip-flops (RS, JK) with truth table.

a. Define analog signal. b. What is a binary number system? c. What is the need for complement? d. Define a Gray code. Find gray code of 1011010 e. What is a Boolean algebra? How is it different from Binary System? f. What is a basic logic gate? g. Define a combinational circuit. h. What is the race around condition? i. What is a register? j. Define a counter.

Convert the following: a. (101101)₂ to decimal b. (45)₁₀ to binary

Subtract 23 from 18 using both 1's and 2's complement method.

Simplify Boolean expressions using K-Map F(A,B,C)=Σ(0,2,4,6) and d= Σ(1,3,)

Describe the working of half adder with logic diagram.

Explain multiplexer with applications.

Explain bidirectional shift register.

Explain different types of flip-flops (RS, JK) with truth table.

Write the steps for designing a combinational circuit. Design a 4-bit magnitude comparator and explain its working principle.

A JK flip-flop is subjected to continuous clock pulses and both J and K inputs are HIGH. a. Explain what happens in a simple JK flip-flop. b. Explain how a Master-Slave configuration resolves this issue. c. Illustrate your answer using a timing diagram

Design a 4-bit binary counter using JK flip-flops. a. Show logic diagram b. Explain counting sequence c. Analyze timing behavior