Electronics Course For Arduino And Pi Students (+Projects)

A solid foundation for Arduino and Raspberry pi programming students

What you'll learn

This course teaches you all you need to know in basic electronics from resistor to IC.

You'll understand what voltage, current, and resistance are. And the relationship between them

You'll understand what a voltage divider network is and how to use it with different sensors

You'll understand what a resistor is, its types, calculations and readings, applications and connections

You'll understand what a capacitor is, its types, calculations and readings, applications, RC circuit and connections

You'll understand how to use transistors in your circuits, both BJT and MOSFET.

How to determine if a BJT is NPN or PNP, and also the collector base and emitter

You'll build a RF based full home automation system

You'll build a IR based home automation system

You'll build a clap controlled system

You'll build a water levels indicator and pumping machine controller

you'll build a smoke sensing and alerting system

You''ll understand how relay work, how to use single and multichannel relay module. And you'll also build your own relay module.

You'll understand how use voltage regulator ICs

You'll build your own power Supply Unit with 12v and 5v outputs

You'll understand how to rectify AC voltage to DC voltage to power your circuit

You'll learn how to solder Electronics Component on boards.

You'll understand how to use ICs like 555ic, 4017, HT12D and HT12E

You'll use simulation software like Proteus, Tinkercad, and circuit wizard

You'll have full introduction to Arduino programming.

You'll understand how to use breadboard and jumper cables

Simulation of Arduino on Tinker

Linking of your Arduino code with proteus simulation software for simulation.

Requirements

No previous knowledge is needed.

Description

We believe Arduino and Raspberry pi programming is very easy to understand on your own if you have a good foundation in basic electronics. This course covers everything you need to know for you to become a hero in basic electronics. From resistor to Arduino programming, from breadboard to soldering. You will also learn how to use simulation Softwares, both online and offline. Enroll in the course now and understand the mysterious secrets of electronics. Meet you there!

Overview

Section 1: Circuit

Lecture 1 Build your first circuit. ( The Software used will be shown soon)

Lecture 2 Introduction to Circuit Wizard

Lecture 3 How to sign up tinkercad online simulation software

Lecture 4 How to get Circuit Wizard and proteus installed

Lecture 5 1-Build your first circuit

Lecture 6 2-Circuit diagram, Schematic and pictorial circuit diagram.

Lecture 7 Voltage and current

Lecture 8 Common units and prefixes used in electronics

Lecture 9 Materials needed

Section 2: Resistor

Lecture 10 The relationship between Resistance, Voltage, Current

Lecture 11 Application of Ohm's law and the definition of a resistor

Lecture 12 Types of resistor

Lecture 13 Resistor Color code

Lecture 14 Tolerance

Lecture 15 Resistor wattage

Lecture 16 How to connect resistors in series

Lecture 17 How to calculate the value of resistors in parallel

Lecture 18 Limiting the flow of current with a potentiometer

Lecture 19 Voltage divider

Lecture 20 The relationship between R1 and R2 in voltage divider network

Lecture 21 Using a potentiometer as a voltage divider

Lecture 22 How to vary the value

Lecture 23 More on variable resistor as a voltage divider

Lecture 24 LDR in a voltage divider network

Lecture 25 Voltage dropped across a resistor

Lecture 26 Calculation of the appropriate value of resistor for a LED

Lecture 27 Using thermistor in a voltage divider network

Section 3: Multimeter

Lecture 28 Introduction to Multimeter.

Lecture 29 Resistance Measurement

Lecture 30 Voltage measurement

Lecture 31 Current measurement

Lecture 32 Using a real life multimeter

Lecture 33 Signing up for Tinkercad

Lecture 34 How to get Circuit Wizard and proteus installed

Lecture 35 Introduction to Circuit Wizard

Section 4: Breadboarding

Lecture 36 How an experimental board is used

Lecture 37 Breadboarding your first circuit

Lecture 38 Making it more professional

Section 5: Diode

Lecture 39 Diode, forward biased, reversed biased, and types of diode.

Lecture 40 Voltage dropped across a diode

Lecture 41 Using diodes as a voltage regulator

Lecture 42 Zener diode

Section 6: Capacitor

Lecture 43 Capacitors; Series and Parallel Connection

Lecture 44 Capacitor as a voltage divider

Lecture 45 Using capacitors as a voltage divider

Lecture 46 Using capacitor to store charge

Lecture 47 Doubling of voltage with a capacitor

Lecture 48 RC Circuit

Lecture 49 Application of RC circuit

Section 7: Transistor

Lecture 50 Introduction to transistor

Lecture 51 BJT NPN Transistor as a switch

Lecture 52 BJT PNP transistor as a switch

Lecture 53 How to identify the pins of a npn transistor

Lecture 54 PNP transistor pinout

Lecture 55 MOSFET

Lecture 56 Using a P-Channel mosfet as a switch

Lecture 57 N-Channel Mosfet as a switch

Lecture 58 Thyristor

Section 8: Logic Gates

Lecture 59 Logic gates

Lecture 60 Using transistors to make an AND GATE circuit

Lecture 61 Using transistors to make an OR GATE

Lecture 62 Using transistors to make an inverting circuit (NOT GATE)

Lecture 63 NAND and NOR GATE with transistors

Lecture 64 Notice

Lecture 65 NOR Gate

Section 9: Integrated Circuit

Lecture 66 Integrated Circuit

Lecture 67 Monostable circuit using 555 IC

Lecture 68 Astable circuit using 555 IC

Lecture 69 Optocoupler

Section 10: Relay

Lecture 70 Relay

Lecture 71 Controlling of home appliances with relay

Lecture 72 How to use a single channel relay module

Lecture 73 Using a multichannel relay module

Lecture 74 Additional information on relay

Lecture 75 Relay, flyback diode, Inductor

Section 11: Transformer

Lecture 76 Transformer

Section 12: Rectification

Lecture 77 Rectification

Lecture 78 Full bridge rectification

Lecture 79 Simulation

Lecture 80 Filtering out the ripples

Section 13: Voltage Regulator ICs

Lecture 81 Introduction to voltage regulator IC

Lecture 82 Positive fixed voltage regulator IC

Lecture 83 Voltage regulator IC, LM78xx

Lecture 84 Negative fixed Voltage regulator

Lecture 85 Positive variable Voltage regulator

Lecture 86 Negative variable voltage regulator

Section 14: Soldering class

Lecture 87 Introduction to soldering and materials needed

Lecture 88 Soldering a simple circuit

Lecture 89 LDR working operation

Lecture 90 Soldering of an IC

Lecture 91 Soldering a rectifier circuit

Lecture 92 Completion of rectifier

Lecture 93 Soldering a simple channel relay module

Lecture 94 Testing the Soldered single channel relay module

Section 15: Active and passive components

Lecture 95 Electronics components, active and passive component

Lecture 96 Potential difference

Section 16: Design and construction of a Smoke Sensing System(Project)

Lecture 97 Smoke Sensing System; Introduction to gas sensors

Lecture 98 Smoke sensing system, How gas sensor works

Lecture 99 Smoke sensor with a simple circuit

Lecture 100 Smoke sensor with an inverting circuit

Lecture 101 Using Buzzer with a smoke sensor

Lecture 102 Smoke sensor with a pnp transistor for simplicity

Lecture 103 Using smoke sensor with 555 ic astable circuit

Lecture 104 Smoke sensor practical

Lecture 105 Smoke sensor with a simple circuit

Lecture 106 Smoke sensor with an improved circuit

Lecture 107 Completion of the project

Section 17: Human sensitive system (Project)

Lecture 108 A simple circuit with PIR

Lecture 109 PIR with astable

Lecture 110 PIR

Section 18: Circuit Idea

Lecture 111 Temperature controlled fan with LM35

Section 19: Sound controlled home automation system(project)

Lecture 112 Introduction to sound controlled system

Lecture 113 What we'll build (Sound controlled system project)

Lecture 114 Materials to be used in sound controlled system

Lecture 115 Explaining the working principle of IC 4017

Lecture 116 Using Relay module with IC 4017

Lecture 117 Breadboarding of IC 4017

Lecture 118 Connection with self made relay

Lecture 119 Testing of the project

Section 20: Design and construction of an IR based home automation(project)

Lecture 120 What we'll build (IR based home automation system)

Lecture 121 IR based home automation system

Lecture 122 Explanation on IR

Lecture 123 Breadboarding the circuit

Lecture 124 Using IR with CD4017 IC

Lecture 125 Breadboarding of IR with CD4017

Lecture 126 Connection with Home appliance

Lecture 127 Testing the project

Section 21: Water levels indicator and pumping machine controller (project)

Lecture 128 Using transistors as a water sensor

Lecture 129 Circuit diagram for connection with a buzzer

Lecture 130 Connection with an astable circuit

Lecture 131 Detecting a single level

Lecture 132 Detecting multiple levels of water

Lecture 133 Empty tank Alert with buzzer

Lecture 134 Automated pumping machine

Lecture 135 Connection with Socket

Section 22: Design and construction of a RF based home automation system

Lecture 136 Parallel and serial communication

Lecture 137 Wired and wireless communication

Lecture 138 Encoder and decoder

Lecture 139 BREADBOARDING

Lecture 140 Wired connection

Lecture 141 Now wireless

Lecture 142 Switch selection

Lecture 143 Connection with home appliances

Lecture 144 Completion of the project

Lecture 145 Testing of RF based home automation project

Section 23: An Intensive Introduction to Arduino programming

Lecture 146 Downloading of Arduino IDE

Lecture 147 Introduction to Arduino

Lecture 148 Introduction to Arduino development boards

Lecture 149 Void Setup(){ } Void Loop(){ }

Lecture 150 Basic commands

Lecture 151 A full introduction to Arduino board

Lecture 152 Using digital Pin for switching of relay

Lecture 153 Delay(xxxx);

Lecture 154 How to use analog pin

Lecture 155 How to use Serial monitor

Lecture 156 Using digital pin as an input

Lecture 157 How to use analog pin as digital pin

Lecture 158 How to use Tinkercad with Arduino

Lecture 159 A guide on how to fully develop yourself on Arduino.

Lecture 160 BLINKING OF LED WITH ARDUINO

Lecture 161 How to connect LCD with microcontroller

Lecture 162 LCD with Arduino

Lecture 163 ATmega328 for stand alone board explained

Lecture 164 Stand alone board with lcd

Section 24: Proteus simulation software with Arduino

Lecture 165 Using Proteus for Basic circuit

Lecture 166 Blinking LED with Proteus

Lecture 167 Using LCD With Arduino on proteus

For Arduino, raspberry pi, and basic electronics students who feel the need of learning some of the things listed in the course contents