Bsc CSIT Semester 1 – Digital Logic – Unit 7: Registers and Counters (6 Hrs.)
Comprehensive questions and detailed answers for Unit 7: Registers and Counters (6 Hrs.). Perfect for exam preparation and concept clarity.
Mention different types of shift registers. Explain SIPO with timing diagram.
Design a 2 bit asynchronous binary counter using T Flip Flop. Draw its timing diagram.
What is asynchronous counter? Design synchronous counter that counts the sequences of 0-1-4-6-7 using T flip-flop.
What is asynchronous counter? Design synchronous counter that counts the sequences of 0-1-4-6-7 using T flip-flop.
What is shift register? Explain 4-bit SISO and PIPO with timing Diagram.
Design an asynchronous Mod 11 up counter using T flip flop.
Provide one example where shift right operation can be used. Explain parallel-in-parallel-out register.
What are the practical implementations of up counter? Explain Binary ripple counter.
What is the difference between a serial and parallel transfer? Explain how to convert serial data to parallel and parallel data to serial. What type of register is needed?
Illustrate the use of Binary ripple counter and BCD ripple counter.
Explain shift register with parallel load. Highlight on its practical implications.
What is the difference between a serial and parallel transfer? Explain how to convert serial data to parallel and parallel data to serial. What type of register is needed?
Design a 4-bit binary ripple counter with D flip-flops.
Sample Questions
Design a 2 bit asynchronous binary counter using T Flip Flop. Draw its timing diagram.
What is asynchronous counter? Design synchronous counter that counts the sequences of 0-1-4-6-7 using T flip-flop.
What is asynchronous counter? Design synchronous counter that counts the sequences of 0-1-4-6-7 using T flip-flop.
What is shift register? Explain 4-bit SISO and PIPO with timing Diagram.
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