Skip to main content

Introduction

Arduino is an open-source electronic platform that lets you work on simple to advanced electronic projects. You can learn more about Arduino by following the link below.
Official Arduino Webpage: 

Getting started

Firstly, choose the compatible physical programmable circuit board(also known as microcontroller) . There are several types of boards and personally I prefer Arduino Uno as it is more popular and easy to use for beginners. I will be using Arduino Uno R3 throughout my basic projects.

You can learn more about the boards here:

Then, you must download the Arduino IDE (Integrated Development Environment) from the Arduino website to allow the Arduino board to execute functions.
Download the compatible software from this link:


After the download is complete, proceed with the installation. After installation is complete, open the software and choose your board from the 'Tools' menu and select your port.

Comments

Popular posts from this blog

77. Controlling Micro servo Robotic Arm with MPU-6050 sensor module

 Hey everyone! I am back with an interesting project. Today, you will be learning about controlling a Simple 2 axis Robotic Arm, made from Micro servo motors, with an MPU-6050 sensor module. Please feel free to visit my previous blog post to learn about the MPU-6050 sensor module. Hardware components used in this project Arduino Mega 2560 - You could use any other Arduino microcontroller, but make sure you use an external power supply. USB Type A/B cable (for Arduino Mega 2560) MPU-6050 sensor module SG-90 Tower Pro Micro Servo motor (x2) Male-to-Male Jumper wires (x6) Male-to-Female Jumper wires (x5) Setup Schematic MPU-6050 sensor module VCC - 3.3V GND - Ground SDA - D20 (Arduino Mega 2560), A4 (Arduino Uno and Nano) SCL - D21 (Arduino Mega 2560), A5 (Arduino Uno and Nano) INT - D2 Micro servo motor (Roll) S (Yellow/ Orange) - D9 + (Red) - 5V - (Black/ Brown) - GND  Micro servo motor (Pitch) S (Yellow/ Orange) - D10 + (Red) - 5V - (Black/ Brown) - GND Coding As I alread...

57. Using Blynk with Arduino Uno and ESP8266 WiFi module

Hello Everyone! Today I am going to explain you how to connect your Arduino Uno with Blynk using the ESP8266 WiFi module. I have already demonstrated you about connecting your Arduino Uno with Blynk app using the Ethernet Shield W5100 and this will be the second version of that project .  Hardware components used in this project Arduino Uno ESP-01 ESP8266 WiFi module USB to TTL converter Solderless Breadboard - Half+ Breadboard power supply module - 3.3V/ 5V RGB LEDs (x3) - Common Anode Resistors (x3) - 220 Ω Relay module - 5V single channel Male-to-Male Jumper wires Female-to-Male Jumper wires Setup Your setup must look somewhat similar to that shown in the images above. Connections ESP8266 ESP-01 wifi module GND - Ground GPIO0- Not connected GPIO2 - Not connected RXD - D2 TXD - D3 CH_PD - VCC - 3.3V RESET - Not connected VCC - 3.3V  *Note: Do not connect your ESP8266 ESP-01 wifi module with 5V. RGB LED - Common Anode Anode -...

73. Limit the crowd to prevent the spread of COVID-19

Hey everyone! Today I am going to explain you about another interesting COVID-19 Arduino project. This is an automatic, effective and cheap method to limit the crowd in public places - such as shopping malls, supermarkets, offices, etc. - and public transport vehicles, such as buses and trains. The World Health Organization, WHO, has advised people to stay away from crowded places to protect themselves from the spread of Coronavirus disease. Even though people practice social distancing, it may not be effective when they are present in crowded places. I came up with this idea after I read the WHO guidelines about preventing the spread of COVID-19. Aim/ Objective This project is an automatic, cheap and effective way of limiting the crowd in public places and vehicles. Using a human to limit the number of people in a particular place would not be as effective as using an automatic system, due to lack of staff members in some areas. This prototype can be used in real-life situations by ...