Basic Electronics 2023

A Crash Course !

What you'll learn

learn about electronic components, their symbols, and functions within circuits

gain proficiency in analyzing electronic components and circuits using fundamental laws and techniques

develop skills in designing and prototyping electronic circuits on breadboards and troubleshooting circuit designs

The course will cover components and semiconductor devices and their applications

Learn practical electronics

Requirements

No specific requirements or prior experience necessary - this beginner-friendly course on basic electronics welcomes all interested learners.

Description

Course Description: Are you eager to demystify the world of electronics? Whether you're an aspiring engineer, a tech enthusiast, or someone simply curious about how the gadgets you use every day work, our "Basic Electronics - Crash Course" is your ticket to understanding the fundamental principles that power the modern world. Course Highlights: Foundations of Electronics: Dive into the very core of electronics by exploring concepts like voltage, current, resistance, and power. Understand Ohm's law and how it governs the behavior of electronic components. Electronic Components: Discover the key building blocks of electronic circuits, including resistors, capacitors, inductors, diodes, and transistors. Learn how to identify, use, and connect these components effectively. Circuit Analysis: Master the art of analyzing simple electronic circuits. You'll develop the skills to calculate voltages, currents, and power across different components using various circuit analysis techniques. Basic Circuit Design: Start designing your circuits! Explore different types of circuits such as voltage dividers, amplifiers, and oscillators. Get hands-on experience designing and building your own basic circuits. Semiconductor Devices: Uncover the magic of semiconductors. Learn about diodes and transistors, their types, functions, and applications in modern electronics. Digital Electronics: Enter the world of digital logic gates and binary arithmetic. Understand how digital circuits form the backbone of computers and modern technology. Practical Applications: Discover how basic electronics concepts apply to real-world applications. From simple gadgets to complex systems, you'll see how electronics is everywhere. Troubleshooting and Repair: Equip yourself with essential troubleshooting skills to identify and fix common electronic problems. Learn how to use multimeters and oscilloscopes effectively. Safety in Electronics: Safety is paramount when working with electronics. We'll cover best practices for safely handling electronic components and equipment. Project-Based Learning: Bring your newfound knowledge to life by working on practical projects. Build your own electronic creations, from LED flashers to basic audio amplifiers.

Overview

Section 1: Introduction

Lecture 1 Meet your instructor

Lecture 2 What is an Electronics?

Lecture 3 Know your Breadboard

Section 2: Resistor

Lecture 4 Resistor in electronics

Lecture 5 Resistor and its symbol

Lecture 6 How to read value of a resistor

Lecture 7 How to read value of a resistor - color code

Lecture 8 power rating of a resistor

Lecture 9 Ohm's law

Lecture 10 Variable resistor - potentiometer

Lecture 11 Resistors in series and parallel

Section 3: Capacitor

Lecture 12 What is a capacitor and what it does

Lecture 13 Parallel plate capacitor, symbol and operation

Lecture 14 Parallel plate capacitor formula

Section 4: voltage and current in electrical circuits

Lecture 15 what is a voltage? voltage source symbol and characteristics

Lecture 16 What is Current ?

Section 5: Semiconductor

Lecture 17 What is a semiconductor?

Lecture 18 Doping in Semiconductor

Lecture 19 Doping in Silicon - how to make p-type semiconductor

Lecture 20 p-n junction semiconductor

Lecture 21 energy band of semiconductor

Lecture 22 physics of pn junction semiconductor devices

Section 6: Diode

Lecture 23 p-n junction and diode - Semiconductor

Lecture 24 how do you know diode terminals?

Lecture 25 output characteristics of a pn junction semiconductor diode

Section 7: Practical Electronics

Lecture 26 Calculate and measure the value of the resistor using digital multimeter

Lecture 27 Do multiple test and measurement using digital multimeter - details

This course is intended for beginners and enthusiasts who want to learn about basic electronics and embark on their journey into the world of electronics systems. It is suitable for students, hobbyists, electronics enthusiasts, and anyone curious about how electronics work and how to use and apply it to develop practical applications. Whether you have a background in electronics or are completely new to the subject, this course will provide a solid foundation and practical knowledge to start working with electronics and undertake exciting projects.