Technabob BLEduino Arduino-compatible Board with Bluetooth 4.0: Low Cost, High Potential Technabob Bluetooth low energy (BLE) technology may lead to better mobile gadgets and perhaps even the rise of new kinds of devices, thanks to its low power...
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Automatic Plant Watering System using Arduino Tinkercad in English | Block Coding | Irrigation System | Arduino Project | Tinkercad Project | Smart Irrigation System
Learn how to use L298N Driver with Arduino [Step-by-Step Guide] [2024] - PART 8
How to control DC Motor Speed with Arduino Using L298N DC Motor Driver
Arduino code:
Question to the viewers:
ABOUT:Embark on a comprehensive journey into the world of motor control with our step-by-step tutorial on using the L298N driver with Arduino. In this detailed guide, we break down each stage of the process, from wiring connections to code implementation, ensuring that even beginners can follow along with ease. Join us as we explore the capabilities of the L298N driver and its seamless integration with Arduino, laying the foundation for your future projects. Whether you're a novice enthusiast or an experienced maker, this video provides invaluable insights and practical tips to elevate your skills and expand your understanding of motor control concepts. Get ready to dive into the exciting world of robotics, automation, and more in this engaging tutorial series.
The realm of desktop CNC machining is undergoing a creative explosion.What once felt like a niche hobby for techie types is now a super-powered tool for...
Everything you need to get started! Building the circuit step-by-step οΈ Programming the joystick for LED control #joystick #led #diy #electronics #project #tutorial #shorts
Welcome to my channel! In this tutorial, I'll show you how to use a Plastic White Wired Door Switch with an Arduino to create a simple door status indicator.
In this project, we'll connect a door switch to an Arduino and write a basic code that will turn an LED on when the door is open and off when the door is closed. This is a great beginner project for those new to Arduino and electronics.
What You'll Learn:
How to connect a door switch to an Arduino. Basic coding for Arduino to read the switch status. Controlling an LED based on the door status.
Materials Needed:
Arduino board (Uno, Nano, etc.) Plastic White Wired Door Switch LED
Step-by-Step Guide:
Hardware Setup: Connect the door switch to pin 2 and ground. Connect the LED to pin 3 and ground. Ensure your Arduino is properly powered and connected to your computer.
Software Setup: Open the Arduino IDE and copy the provided code. Upload the code to your Arduino board.
Testing: Open and close the door to see the LED light up or turn off based on the door's position.
Ever wished your plant could tell you what it needs? Well, now it can! Matt Reed has created a tomato plant that literally talks to you when it needs watering or is too cold. Using a Raspberry Pi and artificial intelligence, this smart plant is equipped with sensors to monitor soil quality, temperature, and moisture levels. π‘οΈπΏ
Watch the video to see this amazing innovation in action! π₯π
With the help of GPT-4, this plant can actually answer your questions about its well-being. Just ask, and the plant's microphone picks up your query. The Raspberry Pi then fetches sensor data and uses AI to generate a detailed report. It even remembers past conditions, like if it was too cold the night before. π§ β¨
This project not only makes gardening easier but also showcases the potential of combining AI with everyday tasks. ππ€
Want to try this at home but don't know how to start? Matt recommends beginning with some basic Raspberry Pi projects. π±π‘
Curious about Arduino Nano but confused by the different types available? In this video, we break down the various Arduino Nano boards, their unique features, and similarities. Find out which one suits your project needs! #ArduinoNano #ArduinoProjects #Electronics #Microcontrollers #DIY #TechExplained #ArduinoCommunity #ArduinoBots #IoT #CircuitDesign
In this video, we show you how to integrate a Raspberry Pi with the HackRF PortaPack using RPiTX for signal generation. Follow our step-by-step guide to set up your Raspberry Pi, generate signals, and test them on the PortaPack. Enhance your RF skills and discover new ways to utilize these powerful tools for advanced signal testing. Watch now and elevate your expertise in RF technology!
In this Make Mechatronics tutorial, we delve into the LiquidCrystal and Servo libraries, learning the commands to control LCDs and servo motors effectively. Follow along as we explore the functionalities of these libraries and complete the coding part of the previous video. Witness how we use the potentiometer to control the servo motor and display its angle on the LCD display. Gain practical insights into coding for LCD and servo control, empowering you to implement similar functionalities in your mechatronics projects.
Welcome to the first lesson of the Arduino Uno R4 WiFi - IoT Development Crash Course!
In this video, host Joed Goh dives deep into your toolbox for building amazing projects. You'll get to know all the essential components like sensors, displays, IoT modules, and actuators that you'll be using throughout the course.
Joed also breaks down the exciting features of the new Arduino Uno R4 WiFi, highlighting the differences from both the classic Uno Rev3 and the streamlined Uno R4 Minima.
But that's not all! We'll also guide you through installing and setting up the Arduino IDE, your programming hub for bringing your ideas to life. Finally, get ready to upload your first program! Joed demonstrates how to upload a sample LED Matrix animation sketch to the Arduino Uno R4 Minima, giving you a taste of the cool things you can create.
------------------------------------------------------------------------------------------------------------------ TABLE OF CONTENTS 00:00 Introduction 02:00 Unboxing 03:30 Quick inspection of each component 09:43 TF Card Content 09:52 Features and Pinouts: Uno R3 vs R4 Minima vs R4 WiFi 15:55 Arduino IDE 17:31 Uploading LED Matrix Animation Sketch
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install home assistant to raspberry pi (KinCony Server16) beginner guide
how to install home assistant for Server-16 beginner guide 1. make home assistant SD card for KinCony Server-16. downloadοΌhttps://www.raspberrypi.com/software/
enable i2c for home assistant. Add files to enable I2C In the root of the hassos-boot partition, add a new folder called CONFIG. In the CONFIG folder, add another new folder called modules. Inside the modules folder add a text file called rpi-i2c.conf with the following content: i2c-dev In the root of the hassos-boot partition, edit the file called config.txt add two lines to it: dtparam=i2c_vc=on dtparam=i2c_arm=on
Welcome to my latest DIY project video! In this tutorial, I'll show you how to create a smart home security system using an Arduino and a sensor that triggers a dog barking sound. This simple yet effective project can help deter intruders and add an extra layer of protection to your home. / What You'll Learn: How to set up and program an Arduino for this security project. How to connect and use sensors to detect motion or other triggers. How to add sound output to your Arduino project to simulate a barking dog. Tips and tricks for enhancing your home security with DIY electronics. Components Needed: Arduino board (e.g., Arduino Uno) PIR motion sensor or other suitable sensors Speaker or buzzer Breadboard and jumper wires Code (provided in the video and description) Why This Project? Using a dog bark alarm is a clever way to deter potential intruders. Many burglars are discouraged by the presence of a dog, and this project mimics that effect with technology. It's an affordable and customizable solution for enhancing your home security.
Watch the Video: Be sure to watch the full video for step-by-step instructions, and don't forget to like, comment, and subscribe for more awesome DIY projects!
In this video I show you how use the RGB LED. Enjoy!
[Disclosure of Material Connection: I am a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to amazon.com. ]
this video, we guide you through creating a DIY smoke detector using an Arduino, an MQ-2 gas sensor, and an LCD display. Perfect for hobbyists and beginners, this project helps you understand how to monitor gas levels in real-time and enhance safety in your home or workspace. Follow our step-by-step instructions to build and program your smoke detector. Donβt forget to like, comment, and subscribe for more DIY electronics tutorials!
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Learn how to build and code your very own robot car with the Freenove Three-Wheeled Smart Car Kit for Raspberry Pi! In this step-by-step tutorial, we unbox the kit, guide you through the assembly process, and show you how to configure it for testing. We cover everything from wiring and hardware setup to basic coding commands to get your car moving. Whether you're a beginner or experienced with Raspberry Pi, this project is a fun and engaging way to learn about robotics and programming.
The SBC-3.5-RK3568 by SECO emerges as a robust 3.5β single board computer powered by the Rockchip RK3568 SoC, combining high performance with extensive connectivity options. This SBC is tailored for a variety of applications, from industrial automation to digital signage and media streaming.
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Pressure sensors in the context of Arduino are electronic components that can measure the pressure of gases or liquids and provide this data in a format that an Arduino microcontroller can read. These sensors convert physical pressure into an electrical signal that the Arduino can process, enabling a wide range of applications, from weather stations to industrial monitoring systems.
Welcome to the ππ¬π₯ππ¦ ππ¨π¬π¬ππ’π§ YouTube channel!
ππ’ππ₯π: Testing Arduino Mega Pro Mini | Compact Arduino Mega Board #arduino #arduinomega
In this video, we put the Arduino Mega Pro Mini to the test! This compact version of the classic Arduino Mega packs the same powerful features in a smaller form factor. We'll explore its capabilities, run some benchmarks, and show you how it can be integrated into your next project. Whether you're a beginner or an experienced maker, the Arduino Mega Pro Mini offers a versatile and space-saving solution for your electronics needs. Don't forget to like, subscribe, and hit the bell icon for more Arduino tutorials and project ideas!
If this video is helpful to you, Please Subscribe! (#Aslam_Hossain) --------------------------------------------- πFor any inquiries: aslamhshakil20@gmail.com ---------------------------------------------
In this concluding Make Mechatronics tutorial, we complete the coding phase of our Home Automation project. Learn how to convert ADC values from the TMP36 temperature sensor into degrees Celsius and use the temperature sensor to automate fan control. Discover how to utilize the light sensor to automate lamp control and trigger alarms for low soil moisture levels. Follow our step-by-step demonstration as we integrate these functionalities and display temperature data on both the Serial Monitor and a 16x2 LCD. Witness the final testing phase, ensuring seamless automated control of your home environment.
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