Digital Logic Circuits and Design

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

4.15 (145 reviews)
Udemy
platform
English
language
Hardware
category
instructor
Digital Logic Circuits and Design
13,748
students
9 hours
content
Dec 2022
last update
$59.99
regular price

What you will learn

Digital Electronics

Digital Circuit Design

Digital Logic Design

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 – 1.7 volts and a logic 1 typically as –0.95

volts using a – 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.

Content

Introduction

Introduction

Number Systems!

2. Types of Number Systems
3. Decimal to Binary Conversion
4. A Special Case in Conversion
5. Decimal to Hexadecimal conversion
6. Decimal to Octal
7. Binary to Decimal Conversion!
8. Converting hex numbers to decimal number
9. Binary to hex conversion

All about Binary Numbers and their Operations

10. Playing with binary numbers
11. Performing Arithmetic Operations on Binary Numbers
12. Binary Subtraction in a simple way
13. Ways to represent a signed number
14. 2's complement

Boolean Algebra

15. Introduction to Logic gates
16. AND, OR Gates
17. Let's analyse the three gates NOT NAND NOR
18. Beauty of EXOR Gate!
19.9 Important Laws on Boolean Algebra for Logic Design
20. De Morgan's Laws
21. Let's solve some problems on Boolean Algebra

Different forms of Boolean functions

22. Minterms and SOP for circuit design
23. Maxterms and POS
24. Represent any function in SOP and POS - Half way through the design

Simplifying Techniques for Boolean Expressions

25. Karnaugh Maps for Gate Minimization
26. Some problems on K Maps

Combinational Logic Design

27. Classification of Logic Circuits
28. Half Adder Design
29. Designing a full adder using two half adders
30. Gate Level Schematic for full adders
31. Designing 4 bit Parallel Adders using full adders
32. An intuition on Propagation Delay
33. Design Steps for Carry look ahead adder
34. Different Codes and Code Converter Circuit
35. Designing a BCD to Gray Code Converter {Full Design}
36. Transmission of data using Encoder and Decoder circuits
37. All about Multiplexers
38. Demultiplexers
39. Implementing any function using MUX - Crucial point of logic design

Sequential Logic Design

40. Basics of Sequential Logic Design
41. Clock Signals and Triggering
42. Working of Latches
43. Flip Flops
Introduction to Counters
Designing Asynchronous Counters
Designing counter to count any number
Ring Counter and Shift Registers
Johnson's or Twisted Ring Counter Design
Final Outcome - Designing a Digital Logic Circuit (An Example)

Reviews

Mario
July 9, 2022
This course touches on the basics of Digital Logic and I wish there were more challenging examples to get a better understanding. I am taking this course to review for a job interview, I already took this course at a university.

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udemy ID
1/9/2021
course created date
1/16/2021
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