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Takeoff projects help students complete their academic projects. Register at takeoff projects today to find and learn about different interesting big data projects and grab the best jobs. Get started right now.
Waveshare has recently introduced the PCIe to MiniPCIe GbE USB3.2 HAT+ for Raspberry Pi 5 adding gigabit Ethernet, a mini PCIe socket for 4G LTE, and two...
Beyond its general purpose features, the RP2350 includes hardware accelerated SHA256 hashing and the Cortex-M33 includes a full hardware floating point unit (FPU). But how do they perform? Let's find out! ---
The Raspberry Pi Pico 2 introduced the RP2350 to the world, but did you know that there are multiple variants of this new board? We dug into the details.
In this project, Arduino reads the RFID data serially and sends its data to GSM. Laterally. We have programmed Arduino with RFID ID20-LA on a same architecture.
In today's digital age, open source has become more than just a method of software development—it’s a... Tagged with opensource, webdev, ai, productivity.
Masters Communications does it again with a new Digital Radio Adapter (DRA) specifically designed to work with the DigiPi Raspberry Pi software image (digipi.org). This USA-assembled data transceiver makes it easier than ever to hookup your handheld/mobile radio and instantly start using data modes like APRS packet, Winlink email and AX.25 packet radio. Built with the highest possible audio quality, the DRA-Pi-Zero board makes data modes accessible to both novice and experienced operators alike.
------------------------------------------------------------------------------------------------- If you have a problem, you can send me mail --- dozden.316@gmail.com
Don't forget to join my discord server! --- https://discord.com/invite/yZXqfG4J4A --------------------------------------------------------------------------------------------------- #raspberrypi #headless #setup #makersgonnamake #singleboardcomputer #raspberry #pizero #raspbian
We’ve been designing all sorts of IR transmitters and receivers for the Adafruit shop lately, and a chance discussion got us thinking about IrDA – an old wireless protocol used in some …...
Linux for Beginners is a series of brief videos designed to introduce you to the command-line interface of Linux distributions. Ideal for newcomers with no prior experience, interested in open source, Linux, and single-board computers like the Raspberry Pi. You can access all the lessons at https://anavi.org/article/276/
In this lesson, we will explore how to copy files in a Linux environment using the cp command. The cp command is a fundamental tool for file management, allowing you to duplicate files from one location to another. The cp command is used to create a copy of a file. The basic syntax is:
cp source destination
This command copies a file from the source location to the destination location. The source is the path to the file you want to copy, and the destination is where you want the copy to be placed. If the destination is a directory, the copied file will retain its original name unless specified otherwise. For example, running cp myfile.txt /home/user/documents/ will copy the file myfile.txt from the current directory to the /home/user/documents/ directory.
Practical Use Cases: - Creating Backups: Before modifying a file, you can use cp to create a backup copy, ensuring you have the original version saved. - Duplicating Files: Easily make copies of files to share, modify, or organize them into different directories. - Copying Multiple Files: You can also copy multiple files at once by listing them together (e.g., cp file1.txt file2.txt /home/user/backup/).
Important Options: -r (Recursive): When copying directories, use the -r option (e.g., cp -r sourcedir destinationdir) to copy all files and subdirectories within the source directory. -i (Interactive): The -i option prompts you before overwriting any existing files in the destination, adding a layer of safety.
By mastering the cp command, you’ll gain the ability to efficiently manage your files, whether you're backing up important data, organizing your workspace, or sharing files across different directories.
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New Products 8/23/2024 Featuring Raspberry Pi Zero 2W with Header!(Video) Great Scott Gadgets Cynthion – All-in-One USB Multitool (0:10) Adafruit FPC Breakout for Raspberry Pi 5 DSI or RP235…...
https://www.youtube.com/watch?v=bvV9h5kAPXw The popularity of sci-fi and cyberpunk games and films has sparked interest in products with futuristic designs and, unlike movie props, contemporary functionality.
The Adafruit Feather ecosystem is so rich with hardware diversity, we wanted to share them, one each day. Today is the Adafruit Ethernet FeatherWing!Wireless is wonderful, but sometimes you want t…...
"Create an IoT-based automatic plant watering system! Learn how to use soil moisture sensors, a microcontroller, and a water pump to automate watering. Monitor and control your garden remotely with a custom app, ensuring your plants get the right amount of water at the right time. Perfect for gardens, greenhouses, or indoor plants. Watch to see how it's done!"
Thanks for your support guys 🤗. . . If you enjoyed our videos please subscribe us and like our videos to support us 🤗. . . . DC motor experiment for beginners, Simple DC motor project tutorial, How to build a DC motor from scratch with creative SJM Experiment, Understanding DC motor principles, DC motor basics explained, DIY DC motor project ideas with creative SJM Experiment, DC motor speed control experiment, Arduino DC motor project tutorial, Building a small DC motor with creative SJM Experiment, Exploring DC motor applications, Working of a DC motor explained, Step-by-step DC motor project guide with creative SJM Experiment, DC motor voltage and current experiment, Experimenting with DC motor torque, Simple DC motor circuit demonstration with creative SJM Experiment, Enhancing DC motor performance tips, DC motor rotation direction control, Exploring different types of DC motors with creative SJM Experiment, Basic principles of DC motor operation, DC motor RPM measurement experiment, Investigating DC motor efficiency with creative SJM Experiment, DC motor control using PWM technique, Troubleshooting common DC motor issues, DC motor characteristics and specifications with creative SJM Experiment, Understanding DC motor speed-torque curves, DC motor construction materials overview, Introduction to brushless DC motors with creative SJM Experiment, Experimenting with gear ratios in DC motors, DIY DC motor controller circuit design with creative SJM Experiment, DC motor power consumption analysis, Exploring DC motor commutation methods with creative SJM Experiment, How to calculate DC motor parameters, Investigating back EMF in DC motors with creative SJM Experiment, Advantages of using DC motors, Disadvantages of DC motors compared to AC motors with creative SJM Experiment, DC motor encoder integration tutorial, Applications of DC motors in robotics with creative SJM Experiment, DC motor driver selection guide, DC motor overheating prevention techniques with creative SJM Experiment, Comparing brushed vs. brushless DC motors, DC motor gearbox design considerations with creative SJM Experiment, DC motor speed regulation methods, Understanding DC motor feedback systems with creative SJM Experiment, Exploring regenerative braking in DC motors, DC motor position control experiment with creative SJM Experiment, DC motor starter circuit design tutorial, How to make a DC motor more efficient with creative SJM Experiment, DC motor maintenance tips and tricks, Investigating DC motor noise and vibration with creative SJM Experiment, DC motor safety precautions during experiments, Creative DC motor project ideas with creative SJM Experiment, DIY robotics with DC motors, DC motor control using Arduino with creative SJM Experiment, Innovative DC motor projects, Educational DC motor experiments with creative SJM Experiment, DIY electronics and DC motors, Advanced DC motor techniques with creative SJM Experiment, DC motor projects for STEM education.
Are you interested in learning robotics with Python? Can physical electronics-based projects grow a child's interest in coding?This week on the show, we speak with author Marwan Alsabbagh about his book "Build Your Own Robot - Using Python, CRICKIT, and Raspberry Pi."...
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World Smallest Computer || Raspberry pi zero
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Hi, thanks for watching our video about In this video we’ll walk you through: I recommend Make: this channel has DIY projects based on computers and electronics. They will upload new project every day The projects will be based on power amplifiers,Arduino, crt tv,diy projects etc.. Make sure to checkout the link.
Unreal Engine can now create near photo-realistic images for in-game play. Nothing is left to the imagination any more.It’s barely possible to imagine a time when text adventures were someth…...
🏠 ESP-Home Automated Smart Home Tutorial: connecting sensors for a smarter home with ESP32! 🛠️
Want to add smart control to your home but don't know where to start? In this video, we will explain how to use the ESP32 module to connect various sensors to Home Assistant for smart home automation control.
The Raspberry Pi Pico and Pico W are great platforms for battery-powered projects. In such a project I want Battery Power Monitoring so can be alerted to the battery failing. The Pico can do this but there are differences between the Pico and Pico W for battery monitoring.
This Video is Sponsor by Kunkune: https://www.kunkune.co.uk/ UK Component retailer. Get a 20% discount off your first order with code "drjonea20". This excludes tools and test equipment.
⏰Timestamps 00:00 Introduction 01:10 Use Case 01:40 Kunkune 02:15 Pico and Pico W Power Sources 05:50 Battery Voltage Monitoring 08:30 Simple Demo 10:28 Web Service Demo 12:35 Battery Voltage for Lipo 13:30 Summary
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Video Title: Battery Power Monitoring on Raspberry Pi Pico W
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Welcome to Dr Jon EA Ltd, your go-to channel for mastering Embedded Systems, IoT, and Robotics with the Raspberry PI Pico and beyond! Get into my hands-on tutorials and courses, created by me, Dr. Jon EA – a Udemy training author, enterprise architect, and passionate hobby developer based in Brighton, UK. Whether you're getting into coding with C, C++, or Python or exploring FreeRTOS, this channel is crafted to elevate your skills in a simple, accessible way. Join me on this journey of creation and innovation today!
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