What you'll learn

To measure the voltage and the resistance with a digital multimeter.

To learn about resistors and resistance measurement.

Voltage measurements for various points of a circuit with resistors of different values.

To learn process of experimenting with ohm's law.

To learn the characteristics of current, resistance, and voltage in a series circuit.

To learn whole process of the voltage divider formula application.

To learn electronics circuit design and testing.

To learn the concepts of Arduino.

To learn how to make drone at home.

Design of electronics projects

Requirements

No prerequisite knowledge of electronics is required. You will learn everything which you need from this course.

Description

The electronic circuit design process comprises two main stages: analysis and synthesis. This process requires the designer to accurately predict the voltage and current at every node in a circuit. Ideally, a designer should be able to predict the output of the circuit at each node, including the power supplies. While hand analysis is possible, computer-aided circuit analysis is a more efficient way to create electronic circuits, saving time and money. While developing an electronic circuit, there are several key factors to consider in the product development cycle. One of the most important aspects is the integrity of the production process. Communicating any changes made to the schematic to the mechanical and purchasing teams is essential. Since electronic circuits are critical and vital, engineers need to use software that is easy to use and can document every change made.This course "Basics of Electronic Circuits and Design" provides knowledge of testing of various electronics componets and how to use these components in various electronics circuits. The projects which are made by using these components can be use for various real time applications. In this course we have also included introduction of arduino board along with various mini projects design and working which can fulfill our day to day life goals. In this course we have also introduce the design of drone for beginners. After gaining the knowlege from various chapters, the project design and testing process can be done.By doing this course you can meet and aware about real world of Electronics Engineering.

Overview

Section 1: Introduction to Electronics

Lecture 1 Measuring Voltage and Resistance with Digital Multimeter

Lecture 2 More on Measuring Resistors

Lecture 3 Voltage and Reference Ground

Section 2: Testing of Electronic Circuits

Lecture 4 Ohm's Law Experiment

Lecture 5 Series Circuit and Kirchhoff’s Voltage Law

Lecture 6 Voltage Dividers

Section 3: Arduino

Lecture 7 Arduino And Breadboard

Lecture 8 Arduino As a Power Supply

Lecture 9 Arduino As Power Supply - with Switch

Lecture 10 Digital Output - LED Blink

Lecture 11 Digital Input with switch and LED

Lecture 12 Multiple LED Blink

Lecture 13 Color LED with switches

Lecture 14 Color LED with switches

Lecture 15 Analog Output and Input

Lecture 16 Analog Output and Input

Lecture 17 Transforming Vintage Hi-Fi Into a Bluetooth Audio System

Section 4: How to Make Drone at home

Lecture 18 How to Make Drone at home

Section 5: Electronics Projects

Lecture 19 DIY Electronics: Top 3 BC547 Transistor Projects You Must Try!

Beginner,Engineering students,Diploma students,Graduates