Digital Logic Circuits and Design

سرفصل های دوره

Learn how to design a digital circuit in the simplest way in the world of digital electronics

1. Introduction

1. Introduction

2. Number Systems!

1. 2. Types of Number Systems

2. 3. Decimal to Binary Conversion

3. 4. A Special Case in Conversion

4. 5. Decimal to Hexadecimal conversion

5. 6. Decimal to Octal

6. 7. Binary to Decimal Conversion!

7. 8. Converting hex numbers to decimal number

8. 9. Binary to hex conversion

3. All about Binary Numbers and their Operations

1. 10. Playing with binary numbers

2. 11. Performing Arithmetic Operations on Binary Numbers

3. 12. Binary Subtraction in a simple way

4. 13. Ways to represent a signed number

5. 14. 2s complement

4. Boolean Algebra

1. 15. Introduction to Logic gates

2. 16. AND, OR Gates

3. 17. Lets analyse the three gates NOT NAND NOR

4. 18. Beauty of EXOR Gate!

5. 19.9 Important Laws on Boolean Algebra for Logic Design

6. 20. De Morgans Laws

7. 21. Lets solve some problems on Boolean Algebra

5. Different forms of Boolean functions

1. 22. Minterms and SOP for circuit design

2. 23. Maxterms and POS

3. 24. Represent any function in SOP and POS - Half way through the design

6. Simplifying Techniques for Boolean Expressions

1. 25. Karnaugh Maps for Gate Minimization

2. 26. Some problems on K Maps

7. Combinational Logic Design

1. 27. Classification of Logic Circuits

2. 28. Half Adder Design

3. 29. Designing a full adder using two half adders

4. 30. Gate Level Schematic for full adders

5. 31. Designing 4 bit Parallel Adders using full adders

6. 32. An intuition on Propagation Delay

7. 33. Design Steps for Carry look ahead adder

8. 34. Different Codes and Code Converter Circuit

9. 35. Designing a BCD to Gray Code Converter {Full Design}

10. 36. Transmission of data using Encoder and Decoder circuits

11. 37. All about Multiplexers

12. 38. Demultiplexers

13. 39. Implementing any function using MUX - Crucial point of logic design

8. Sequential Logic Design

1. 40. Basics of Sequential Logic Design

2. 41. Clock Signals and Triggering

3. 42. Working of Latches

4. 43. Flip Flops

5. Introduction to Counters

6. Designing Asynchronous Counters

7. Designing counter to count any number

8. Ring Counter and Shift Registers

9. Johnsons or Twisted Ring Counter Design

10. Final Outcome - Designing a Digital Logic Circuit (An Example)

9. Update - Frequency Division using Flip Flops

1. Frequency Division using Flip Flops

10. Update - Miscellaneous Topics

1. Self Complementing code, 9s complement

2. Consensus Theorem in Boolean Algebra

3. Bubbled gates

4. Why NAND and NOR are universal gates

11. Update - Designing Sequential Circuits

1. Complete State Definition for a Sequence detector

2. State Diagram of a Traffic Light Controller

12. Some design notes

1.1 Half adder and full adder.pdf

1. Half adders and Full adders - Notes.html

2.1 3 Bit Magnitude Comparator.pdf

2. 3 Bit Magnitude Comparator - Notes.html

3.1 Code Converters.pdf

3. Code Converters - Notes.html

13. Practice Problems and Solutions

1.1 PS1.pdf

1. Problem Sheet 1 with Solutions.html

2.1 PS2.pdf

2. Problem Sheet 2 with Solutions.html

3.1 PS3.pdf

3. Problem Sheet 3 with Solutions.html

14. GATE Problems and Solutions

1. Problem 1

2. Problem 2

3. Problem 3

4. Problem 4

5. Problem 5

6. Problem 6

7. Problem 7

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تولید کننده: Udemy-Training