Digital Logic Circuits and Design

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Sujithkumar MA

9:05:17

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1. Introduction

1. Introduction.mp4

05:09

2. Number Systems!

1. 2. Types of Number Systems.mp4

04:59

2. 3. Decimal to Binary Conversion.mp4

06:40

3. 4. A Special Case in Conversion.mp4

09:16

4. 5. Decimal to Hexadecimal conversion.mp4

02:52

5. 6. Decimal to Octal.mp4

03:57

6. 7. Binary to Decimal Conversion!.mp4

06:00

7. 8. Converting hex numbers to decimal number.mp4

03:06

8. 9. Binary to hex conversion.mp4

02:47

3. All about Binary Numbers and their Operations

1. 10. Playing with binary numbers.mp4

10:30

2. 11. Performing Arithmetic Operations on Binary Numbers.mp4

10:24

3. 12. Binary Subtraction in a simple way.mp4

03:27

4. 13. Ways to represent a signed number.mp4

05:58

5. 14. 2s complement.mp4

05:18

4. Boolean Algebra

1. 15. Introduction to Logic gates.mp4

04:42

2. 16. AND, OR Gates.mp4

08:49

3. 17. Lets analyse the three gates NOT NAND NOR.mp4

09:31

4. 18. Beauty of EXOR Gate!.mp4

10:16

5. 19.9 Important Laws on Boolean Algebra for Logic Design.mp4

11:07

6. 20. De Morgans Laws.mp4

03:16

7. 21. Lets solve some problems on Boolean Algebra.mp4

07:43

5. Different forms of Boolean functions

1. 22. Minterms and SOP for circuit design.mp4

19:05

2. 23. Maxterms and POS.mp4

09:41

3. 24. Represent any function in SOP and POS - Half way through the design.mp4

05:49

6. Simplifying Techniques for Boolean Expressions

1. 25. Karnaugh Maps for Gate Minimization.mp4

24:47

2. 26. Some problems on K Maps.mp4

13:06

7. Combinational Logic Design

1. 27. Classification of Logic Circuits.mp4

03:51

2. 28. Half Adder Design.mp4

05:30

3. 29. Designing a full adder using two half adders.mp4

07:17

4. 30. Gate Level Schematic for full adders.mp4

05:56

5. 31. Designing 4 bit Parallel Adders using full adders.mp4

08:30

6. 32. An intuition on Propagation Delay.mp4

03:44

7. 33. Design Steps for Carry look ahead adder.mp4

09:58

8. 34. Different Codes and Code Converter Circuit.mp4

09:51

9. 35. Designing a BCD to Gray Code Converter {Full Design}.mp4

18:33

10. 36. Transmission of data using Encoder and Decoder circuits.mp4

15:45

11. 37. All about Multiplexers.mp4

10:30

12. 38. Demultiplexers.mp4

03:23

13. 39. Implementing any function using MUX - Crucial point of logic design.mp4

13:49

8. Sequential Logic Design

1. 40. Basics of Sequential Logic Design.mp4

05:10

2. 41. Clock Signals and Triggering.mp4

06:09

3. 42. Working of Latches.mp4

13:07

4. 43. Flip Flops.mp4

36:16

5. Introduction to Counters.mp4

04:22

6. Designing Asynchronous Counters.mp4

23:14

7. Designing counter to count any number.mp4

06:41

8. Ring Counter and Shift Registers.mp4

10:12

9. Johnsons or Twisted Ring Counter Design.mp4

10:28

10. Final Outcome - Designing a Digital Logic Circuit (An Example).mp4

10:57

9. Update - Frequency Division using Flip Flops

1. Frequency Division using Flip Flops.mp4

10:36

10. Update - Miscellaneous Topics

1. Self Complementing code, 9s complement.mp4

09:03

2. Consensus Theorem in Boolean Algebra.mp4

06:04

3. Bubbled gates.mp4

06:32

4. Why NAND and NOR are universal gates.mp4

05:59

11. Update - Designing Sequential Circuits

1. Complete State Definition for a Sequence detector.mp4

14:32

2. State Diagram of a Traffic Light Controller.mp4

03:53

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.mp4

05:54

2. Problem 2.mp4

08:14

3. Problem 3.mp4

08:50

4. Problem 4.mp4

03:37

5. Problem 5.mp4

03:05

6. Problem 6.mp4

03:12

7. Problem 7.mp4

04:18

Description

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

What You'll Learn?

Digital Electronics
Digital Circuit Design
Digital Logic Design

Who is this for?

Beginner Electronics, CS and IT Aspirants

More details

Description
After completing this course, you'll be able to
1. Understand all the fundamentals of number systems and performing conversion between them.
2. Function of logic circuits and how to design them.
3. Classify Combinational Logic and Sequential Logic.
4. How to design a combinational logic circuit for a given scenario with the minimum number of gates possible.
5. Use all the standard techniques to minimize the logic gate requirements
6. Design sequential logic circuits like Counters and Shift Registers using Flip flops.
7. Understand the working of various flip flops and latches and highlight the difference between them.

If you're an aspirant who belong to the field of Computer Science, Electronics and Information Technology, Then this course will strongly build the foundations of the digital electronics in you.

Objective of the course is to make everyone design a digital circuit efficiently using various components.
Digital systems contain information that is represented as binary digits called bits.
The alphabet of these bits is the set {0, 1}, which represents the logical value of the
bits. The physical value is determined by the logic family being used. The transistor-transistor
logic (TTL) family represents a logic 0 typically as + 0.2 volts and a logic 1
typically as + 3.4 volts using a + 5 volt power supply; the emitter-coupled logic (ECL)
100K family represents a logic 0 typically as â€“ 1.7 volts and a logic 1 typically as â€“0.95
volts using a â€“ 4.5 volt power supply.
Thus, a signal can be asserted either positive (plus) or negative (minus), depending
upon the active condition of the signal at that point. The word positive, as used
here, does not necessarily mean a positive voltage level, but merely the more positive
of two voltage levels, as is the case for ECL.
Who this course is for:
Beginner Electronics, CS and IT Aspirants

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Electronics

Sujithkumar MA

Instructor's Courses

Languages - C, C++, Python, Verilog, System VerilogHardware - Digital Logic Design, Computer Architecture, VLSI Design, Analog Electronics, Signal Processing, Embedded SystemsSoftware - Data Structures & Algorithms, Operating Systems, Database Management Systems, Computer Networks, Machine Learning, Deep Learning. Tools - Xilinx Vivado, Matlab, Multisim, Altium, Arduino IDE, TinkerCAD, Tanner EDA, Cadence VirtuosoBoards - Arduino, 8051, TIVA, Raspberry Pi, NodeMCUAreas of Interest - Artificial Intelligence, Digital Design, Software Engineering, Algorithms

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