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Virtual Lab Mastery: Digital Electronics Simulation & Design
Published 3/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 356.39 MB | Duration: 0h 52m
Design and Analysis of Combinational Circuits
What you'll learn
Understand the basic concepts of digital electronics.
Possess expertise in combinational circuit design and analysis.
Possess expertise in combinational circuit analysis.
Design and test digital circuits in a virtual environment by using simulation tools.
Requirements
No basic knowledge about digital system is needed. You can find all information in the course itself.
Description
The objective of this course is to provide you with hands-on experience in the digital electronics field, which is a very fascinating subject. You will have the opportunity to study, experiment, and really get a firm handle on this dynamic topic. Both beginner students who are interested in beginning the process of learning the fundamentals and more experienced students who are looking to get a more in-depth grasp of the topic will find this online training platform to be an excellent choice. There is a significant amount of usage of digital electronics in the computer systems, communication systems, and automated systems that are used today. The use of 0s and 1s as digital signals throughout the whole process allows for the successful control of electronic circuits, devices, and systems across the entire process. An individual has to have a solid foundation in digital electronics in order to comprehend embedded systems, logic gates, microprocessors, and digital communication concepts.As soon as you have completed this course, you will have a deeper understanding of digital electronics and will be able to use the information you have received in a variety of engineering, computer, and electronics-related scenarios. Using a virtual lab, you may develop your knowledge of digital electronics from the ground up without having to include real components.
Overview
Section 1: Introduction
Lecture 1 Introduction to digital logic circuits
Section 2: Full Adder
Lecture 2 Design of Full Adder
Lecture 3 Implementation of Full Adder
Section 3: Full Subtractor
Lecture 4 Design of Full Subtractor
Lecture 5 Implementation of Full Subtractor
Section 4: Multiplexer
Lecture 6 Design of Multiplexer
Lecture 7 Implementation of Multiplexer
Section 5: Demultiplexer
Lecture 8 Design of Demultiplexer
Lecture 9 Implementation of Demultiplexer
Section 6: Binary Comparator
Lecture 10 Design of One Bit Comparator
Lecture 11 Implementation of One Bit Comparator
Beginners who are eager to design and analyze the combinational digital circuit in virtual laboratory
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