### List of Experiment

1. Study & Verification of AND Gate with truth-table.

2. Study & Verification of OR Gate with truth-table.

3. Study of NOT Gate and verification of output with truth-table.

4. Implementation of NAND gate and verification of output with truth table.

5. Implementation of NOR gate and verification of output with truth table.

6. Implementation of EX-OR gate and verification of output with truth table.

7. Implementation of EX-NOR gate and verification of output with truth table.

8. Implementation of Half Adder using logic gates and verification with truth table.

9. Implementation of Full Adder using logic gates and verification with truth table.

10. Implementation of Half Sub-tractor using logic gates and verification with truth table.

11. Implementation of Full Sub tractor using logic gates and verification with truth table.

12. Design and implementation of 4-bit binary Adder using IC 7483.

13. Design and implementation of 4-bit binary Sub-tractor using IC 7483.

14. Implementation of Grey to Binary converter and verify the truth-table.

15. Implementation of Binary to Grey converter and verify the truth-table.

16. Implementation of BCD to Excess- 3 converter and verify the truth-table.

17. Implementation of Excess- 3 to BCD converter and verify the truth-table.

18. To verify the truth table of One-bit comparators using Logic Gates.

19. To verify the truth table of Two-bit comparators using Logic Gates.

20. To Verify De-Morgan Theorem using gates.

21. To design and implement encoder using logic gates.

22. To design and implement decoder using logic gates.

23. To design and implement multiplexer using basic logic gates.

24. To design and implement 16 bit odd/even parity generator using IC 74180.

25. To convert a given octal input to the binary output and to the study the LED display using IC 7447, 7-Segment display.

2. Study & Verification of OR Gate with truth-table.

3. Study of NOT Gate and verification of output with truth-table.

4. Implementation of NAND gate and verification of output with truth table.

5. Implementation of NOR gate and verification of output with truth table.

6. Implementation of EX-OR gate and verification of output with truth table.

7. Implementation of EX-NOR gate and verification of output with truth table.

8. Implementation of Half Adder using logic gates and verification with truth table.

9. Implementation of Full Adder using logic gates and verification with truth table.

10. Implementation of Half Sub-tractor using logic gates and verification with truth table.

11. Implementation of Full Sub tractor using logic gates and verification with truth table.

12. Design and implementation of 4-bit binary Adder using IC 7483.

13. Design and implementation of 4-bit binary Sub-tractor using IC 7483.

14. Implementation of Grey to Binary converter and verify the truth-table.

15. Implementation of Binary to Grey converter and verify the truth-table.

16. Implementation of BCD to Excess- 3 converter and verify the truth-table.

17. Implementation of Excess- 3 to BCD converter and verify the truth-table.

18. To verify the truth table of One-bit comparators using Logic Gates.

19. To verify the truth table of Two-bit comparators using Logic Gates.

20. To Verify De-Morgan Theorem using gates.

21. To design and implement encoder using logic gates.

22. To design and implement decoder using logic gates.

23. To design and implement multiplexer using basic logic gates.

24. To design and implement 16 bit odd/even parity generator using IC 74180.

25. To convert a given octal input to the binary output and to the study the LED display using IC 7447, 7-Segment display.

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Nice work done. Thank You and good luck for further work.

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