Digital Circuit Design and Implementation

Name: Digital Circuit Design and Implementation
Rating: 4.7 (180 reviews)

Learn Implementation of Digital Systems

Created byShraddha V Shelke

Last updated 1/2021

English

English [Auto],

What you'll learn

Concepts of Digital Electronics
Designing and Implementation of Digital Circuits
Simulation of Digital Circuits using free simulation tools

Course content

4 sections • 12 lectures • 1h 37m total length

Introduction0:58
In this course we will study concepts of combinational circuits and we will simulate circuits in free simulation software.
Introduction of simulation software15:03
Explore digital circuit simulation using CircuitVerse and Holstead, learn to build and simulate combinational and sequential circuits with gates, decoders, and flip-flops, export images, and share projects with student groups.

Study of Multiplexer7:01
Learn how a multiplexer selects one of multiple input signals using select lines, with 4 inputs and 2 select lines, plus active high and active low operation.
Implementation of Multiplexer7:37
Quiz based on Multiplexer
Implementation of Multiplexer using simulation software
Study of De-Multiplexer7:01
Implementation of Demultiplexer12:58
Design and implement a 1-to-16 demultiplexer using multiplexers in a circuit simulation, routing a single input to the correct output with properly assigned select lines and labeled connections.
Quiz based on De-multiplexer

Study of Priority Encoder5:00
Explain how priority encoders select the highest-priority active input and convert it to a binary output, using four inputs and two outputs, with a party analogy to illustrate the concept.
Implementation of Priority Encoder13:32
Quiz based on Priority encoder
Study of BCD to 7 segment decoder5:20
Explore how binary-coded decimal translates into seven-segment display patterns, covering common anode and common cathode configurations, segment labels a through g, and the digit mappings for 0–9.
Implementation of BCD to 7 segment decoder8:22
Quiz based on BCD to 7 segment decoder

Requirements

Knowledge of Logic Gates and Boolean Algebra

Description

Hello students, I am Shraddha Shelke, Your instructor for the course “Design and Implement Digital Circuits”

I am working in academic filed form last 9 years and I love teaching. I have taught this subject many times before and I love this subject.

I have done lots of experiments while teaching this course to students in offline and online mode as well; I tried various online tools for implementing digital circuits. My students have prepared lots of micro projects based on this course.

Welcome to this course, this course is about understanding of digital electronics concepts.

This course will not only give you theoretical understanding of digital electronics concepts but I am sure it will improve your confidence in designing and developing digital systems.

This course will definitely boost your interest in the field of digital electronics.

You will learn following concepts on this course

Types of digital circuits, combinational and sequential circuits.

Multiplexers designing and implementation

De-multiplexers designing and implementation

Encoders, types of it: Priority encoder design and implementation

Decoders: BCD to 7 Segment Decoder design and implementation

Parity generator and Parity checkers design and implementation

After completing this course you will be able to design simulate and analyze digital electronic circuits.

We are going to use online free simulation software Circuitverse and falstad for implementing circuits.

I wish you all the best for course.

Who this course is for:

First and second year engineering students
Class 10th , 11th and 12th students

Digital Circuit Design and Implementation

What you'll learn

Explore related topics

Course content

Introduction2 lectures • 16min

Multiplexer : Design and Implementation4 lectures • 35min

Encoder and Decoder : Study and Implementation4 lectures • 32min

Parity Generator and Parity Detector : Design and Implementation2 lectures • 13min

Requirements

Description

Who this course is for: