Digital Circuits Foundations: Learn And Apply With Ease
Published 10/2024
Created by Saqer Alhloul
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 79 Lectures ( 9h 40m ) | Size: 10.8 GB
Logic Gates, Combinational Circuits, Sequential Circuits, Karnaugh maps, Boolean Algebra
What you'll learn
Converting Decimal to Binary numbers and vice versa
Perform binary arithmetic operations
Building digital circuits using logic gates
Simplify circuits using Boolean algebra
Optimize digital circuits using Karnaugh maps
Building combinational digital circuits
Building sequential circuits
Requirements
basic algebra
Description
In this comprehensive course, you'll gain a solid foundation in digital circuits, starting with an introduction to the decimal and binary numbering systems. You'll learn how to perform binary arithmetic, a crucial skill for understanding digital logic. From there, we dive into the world of logic gates, where you'll explore how these fundamental building blocks operate and how to analyze their behavior in different circuits.Next, we move on to Boolean algebra, a powerful mathematical tool used to simplify and manipulate logic expressions. You'll also learn the process of standardization to convert logic expressions into standard forms like sum-of-products (SOP) and product-of-sums (POS). Following this, we introduce Karnaugh Maps (K-Maps), a visual technique to further simplify logic circuits, making them more efficient and easier to design.As the course progresses, you'll explore combinational logic circuits, which use logic gates to perform specific tasks without memory elements. Finally, the course wraps up with an introduction to sequential circuits, where memory elements come into play, and you'll learn how to design circuits with timing considerations. To ensure a straightforward and accessible learning experience, this course introduces all topics using two input variables. Once these concepts are well understood, they can be easily extended to handle multiple variables. Throughout the course, you'll apply these concepts to practical examples and simulations, ensuring you can confidently design and analyze digital circuits in real-world scenarios such as security and industrial safety systems and many other applications.Please note that students under the age of 18 may only access this course if a parent or guardian purchases and manages the account. All course materials are intended for adult supervision to ensure a guided and responsible learning experience for younger students.
Who this course is for
College and high school students who are studying digital circuits and seeking a clear, structured approach to learning the fundamentals.
Hobbyists and DIY enthusiasts interested in understanding the building blocks of digital electronics, whether for personal projects or expanding their knowledge.
Learners new to digital circuits who may feel overwhelmed by complex concepts and are looking for simplified, practical explanations.
Students taking a digital circuits course who want additional support to grasp difficult topics and need a more digestible approach.
Professionals or engineers seeking a quick refresher on digital circuit fundamentals to strengthen their foundational knowledge.
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