Salutations and thank you for visiting The IoT Projects. This guide is intended to show the ways of building the Dual Axis Solar Tracker Arduino Project using LDRs and Servo Motors. The publication can be divided into seven parts, which can determine an extensive guide on how to build the project. Thus using light sensing […]
Dual Axis Solar Tracker Arduino Project Using LDR & Servo Motors Read More »
Toll Tax System Project: Hello to all readers, our goal is to create a Toll Tax System using Arduino, Ultrasonic Sensor, and Servo Motor. The steps to create an automated toll tax system with an Arduino Uno will be outlined in this article. We provide step-by-step instructions along with comprehensive explanations of the code and
Toll Tax System using Arduino: Ultrasonic Sensor with Servo Motor Read More »
Introduction In the realm of telecommunication and computer networks, the application of Dual Tone Multi-Frequency (DTMF) technology has extended beyond traditional telephony into diverse fields, including industrial automation and control systems. One intriguing application of DTMF technology is in the speed regulation of DC motors. This project, titled “Speed Regulation of DC Motor Using DTMF
Telecommunication and Computer Networks: Speed Regulation of DC Motor Using DTMF Keypad Read More »
The world around us displays a symphony of light, with each color oscillating at a specific wavelength. The Arduino-Based Spectrophotometer Project helps uncover this covert language of light. This undertaking offers a fascinating exploration into the realm of spectroscopy. It enables using the user-friendly Arduino platform to construct an affordable and educational scientific instrument. This
Arduino Spectrum: Building a DIY Spectrophotometer Read More »
1 Introduction 1.1 Overview The Arduino microcontroller, a user-friendly yet robust single-board computer, has garnered significant popularity in both hobbyist and professional circles. Being open-source, Arduino boasts affordable hardware and freely available development software. This guide is tailored for students enrolled in ME 2011 or anyone encountering Arduino for the first time. Advanced users can
Arduino Microcontroller Guide: Getting Started with DIY Electronics Read More »
Choosing the Right Arduino Motor This guide on Arduino motors aims to provide fundamental information essential for selecting a motor for your project. If you’ve been engaged in DIY electronics for some time and feel confident in your skills, you might be seeking a more challenging and rewarding experience by venturing into larger, more sophisticated
Arduino’s Dynamic Drive: Exploring 6 Projects with Motor Magic Read More »
Choosing the Right Arduino Motor In this guide on Arduino motors, we’ll delve into fundamental details essential for selecting the right motor for your specific project. If you’ve been immersed in the realm of DIY electronics for some time, feeling assured of your skills, you might be seeking a greater challenge and a more fulfilling
Mastering Motor Control: 6 Innovative Arduino Projects Read More »
Hello everyone, welcome back to our website! This time, we’re presenting an excellent project: the automatic plant watering system. Through this project, we employ technology to nurture plants automatically. After a month of implementation, we observed noticeable improvements in the plants’ growth. Here, we’ll be presenting our comprehensive research process, detailing how we developed and
Efficient Plant Care: Arduino-Based Automatic Watering System Read More »
Introduction Hello everyone, trust you’re all doing well. This article will guide you through creating a circuit to control a stepper motor using an Arduino UNO and the ULN2003 motor driver. Below, you’ll find three circuit diagrams along with their respective codes. You’re free to choose and create any of these circuits based on your
Arduino Magic: Driving Stepper Motors using ULN2003 Driver Read More »
Introduction Hello enthusiasts, welcome back to our latest post featuring Arduino UNO. In this article, we’ll demonstrate how to create your own Arduino servo control remote system. This setup involves utilizing an IR remote control for wireless signal transmission, coupled with a TSOP IR receiver module on the receiving end. To control the servo motor,
Mastering Arduino Servo Control: A Comprehensive Tutorial Read More »
