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Wow, the Raspberry Pi Foundation has been on a roll over the last year! What's their latest venture? A microcontroller! What's that, you ask? Well, lucky you! I'm about to tell you! Just sit back and watch this video and you'll never have any questions about microcontrollers and the Pi Pico ever again. Ever. Period. Maybe. Chapters: 0:00 Introduction 0:48 What Is The Pico? 1:25 What Is A Microcontroller? 2:08 Arduino vs Pico 3:05 Booting the Pi Pico 3:35 Installing Micropython 4:16 Writing Our First Script 5:31 The Blink Example _ 📲🔗🔗📲 IMPORTANT LINKS 📲🔗🔗📲 Buy a Pi Pico - 🤍 Getting started - 🤍 💰💰💰💰 SUPPORT THE SHOW 💰💰💰💰 🤍 📢📢📢📢 Follow 📢📢📢📢 🤍 🤍 🤍 🤍 🤍raspberrypi 🤍JeffGeerling #raspberrypi #tinkernut #pico #micropython
Looking for where to eat pizza in Toronto? Located at Yorkville, Pi Co. offers made-to-order, Neapolitan-style pizzas with unlimited toppings in 90 seconds, a unique quick-serve experience! _ Pi Co. Pizza - Toronto, Ontario, Canada _ ➣ Official Travelling Foodie Merch: 🤍 - SHOP - Tools I Use at Home + Travel: 🤍 Freebies + Deals: 🤍 - SUBSCRIBE - YouTube: 🤍 Newsletter: 🤍 - FOLLOW Travelling Foodie - Website: 🤍 Instagram (Food): 🤍 Instagram (Travel): 🤍 TikTok: 🤍 Twitter: 🤍 Facebook: 🤍 Pinterest: 🤍 - SUPPORT - Patreon: 🤍 About Travelling Foodie: Travelling Foodie is a trusted online source for travel, food and everything in between. featuring detailed guides and itineraries, restaurants, food trends and local cuisine, things to do and attractions, recipes, home and travel product reviews. Founder and Publisher: Raymond Cua #TravellingFoodie #Toronto #Pizza
Raspberry Pi Pico W microcontroller review, plus tutorial connecting the board to a BME280 sensor module to create a wireless weather station that transmits temperature, pressure and humidity readings to a web browser. On this web page you can find the wiring diagram and a link to the final code: 🤍 The excellent Pi Pico W "getting started" instructions from the Raspberry Pi Foundation are here: 🤍 The page with links to download the MicroPython UF2 file is here: 🤍 The Pimoroni BME280 sensor I used in the video is available directly from Pimoroni, or on Amazon.co.uk here: 🤍 A compatible board is available on Amazon.com here: 🤍 Note that these are affiliate links, and that as an Amazon Associate I earn a commission from any qualifying purchases you may make. If you like this video, you may also be interested in my other Pi Pico videos, including: Raspberry Pi Pico W: WiFi Controlled Robot: 🤍 Raspberry Pi Pico: Inputs & Servos: 🤍 PicoMite: Running BASIC on a Raspberry Pi Pico: 🤍 IN CASE OF DIFFICULTIES: If during your experimentation you end up with a Pi Pico W that executes a program that you cannot interrupt by pressing Ctrl-C or Ctrl-F2 in Thonny, you can return the board to its factory state by holding down the boot select switch, connecting to a PC, and copying over a special UF2 file to reset the flash. You can find a link to this UF2 file at the bottom of this page: 🤍 Note that after execution you will have to reinstall MicroPython and any required libraries, such as the one for the BME280. All programs will also be erased! Hence, during program development, it is wise to save a copy to both the Pico W and to the PC you are working on. For additional ExplainingComputers videos and other content, you can become a channel member here: 🤍 More videos on computing and related topics can be found at 🤍 You may also like my ExplainingTheFuture channel at: 🤍 Chapters: 00:44 Pico + Wireless 02:37 MicroPython & Thonny 06:23 BME280 (Sensor) 08:13 Reading the Sensor 11:26 Final Code 15:13 Remote Test 16:23 Wrap #RaspberryPicoW #PicoW #BME280 #ExplainingComputers
Let’s hook up some common components to the new Raspberry Pi Pico and see how to code for them in MicroPython! Detailed Article with Code downloads: 🤍 More articles and tutorials: 🤍 Join us on the forum: 🤍 Subscribe to the newsletter and stay in touch: 🤍 The Raspberry Pi Pico is the first microcontroller produced by the Raspberry Pi Foundations, and they even designed the MCU for it. It has a wealth of features and a budget-friendly 4-dollar price tag. With all of the hype around the Pico since its announcement a few weeks ago I wanted to actually DO something with it. So I decided to hook up a few simple I/O devices to it and see how to code for them using MicroPython. I did all the coding on the Thonny IDE, and to keep things in the family I used a Raspberry Pi 4 as my host computer. You can also use Thonny and the Pico with Linux, Windows, and Mac OS X workstations as well, but it’s already installed and ready to go with the latest Raspberry Pi Operating System release. All of these are basic I/O experiments with very simple code, but they each illustrate a useful technique that can be applied to other I/O devices. Plus, if you’re not familiar with MicroPython, it will help you ease into it, as all of the code is very elementary. For those of you who are put off by the need to solder your own Pico pins fear not, I’ll show you just how easy it is. I'll even give my Pico a bath after I finish soldering it! Here is what you will see in today's detailed look at the Raspberry Pi Pico: 00:00 - Introduction 03:17 - Raspberry Pi Pico 12:02 - Pico Soldering 19:15 - Set up Thonny IDE 23:36 - LEDs and Switches Intro & Hookup 26:12 - RGB Blink Demo 28:55 - Switch Test 31:36 - Interrupts & Toggle Demo 36:09 - LED & Switch Demo 37:42 - Analog Input Intro & Hookup 38:59 - Analog Input Demo 42:32 - LED PWM Demo 44:26 - OLED Display Intro & Hookup 45:49 - Display Demo 49:13 - Motor & H-Bridge Intro & Hookup 51:21 - Motor Demo 54:37 - The Everything Demo 58:05 - Running Programs at Boot-up 1:00:42 - Conclusion It will be interesting to see what the future holds for this cute little microcontroller. It has some very nice design features but it also faces a lot of competition from devices like the Seeeduino XIAO, Arduino 33 IoT series, and, of course, the ESP32 boards. But as I just received a big bag of Pico accessories, with more on the way, you're sure to see the Pico here in the workshop again very soon! Hope you enjoy the video, if you want to discuss it in detail there is a dedicated thread on the forum at 🤍
This video covers the basics of the SPI communication protocol and how to use it on your Raspberry Pi Pico. We use a Visual Studio Code project to program the brand-new Raspberry Pi Pico microcontroller board in C. We created a project which uses the BMP280 temperature and pressure sensor to read values of temperature over SPI and print them to a serial monitor over a USB connection to a PC. This video provides the fundamental background of the SPI communication protocol and explains how to correctly wire an SPI compatible device to the Pico. It explains which functions in the Pico SDK to use in order to communicate with this device. We also cover how to configure the Raspberry Pi Pico correctly, in both the CMakeLists file and the C file, in order to enable SPI communication. As an example, the BMP280 breakout board from Adafruit is used to demonstrate writing to, and reading from, registers on a peripheral device. This video also shows you where to find the required information in your particular peripheral device’s datasheet in order to get your peripheral device functioning correctly. The source code for this project (and a written article version coming soon!) is available here: 🤍 BMP280 Breakout board is available at Amazon (Affiliate): UK: 🤍 US: 🤍 Timestamps 00:00 Introduction 00:53 SPI Basics 02:41 Pico Wiring 03:49 SPI Protocol 05:11 Pico SDK I2C Functions 06:12 Read/Write Operations 07:02 Programming Example 13:38 Conclusion If this video helped you, please consider leaving a like and subscribing, thank you! To see my other videos on the Raspberry Pi Pico, check out the playlist here: 🤍 You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
You guys can help me out over at Patreon, and that will help me keep my gear updated, and help me keep this quality content coming: 🤍 In this class we will be using the Sunfounder Raspberry Pi Pico W Keppler Kit. It will make things a lot easier if we are working on identical hardware. the link below is to amazon, and is for the identical hardware I will be using in this entire class. 🤍 In this introductory video, I will show you how to install micropython on the Raspberry Pi Pico W, I will show you how to install Thonny, the IDE, on your PC. Thonny will allow you to interact with the Pico W. Then in today's short introductory video, you will write your first four programs, and will get a homework assignment. This class is for absolute beginners, and I do not assume you already understand the material I am presenting. My goal is not to 'Show Off', but to genuinely teach you how you can do this type of work and projects on your own. Enjoy! #raspberrypipico #tutorial #sunfounder
The Raspberry Pi Pico does a great job of emulating the BBC Micro. In this video I setup the emulator and play some retro games. All credit to Graham Sanderson 🤍kilograham for the pico port of the B-em project. Awesome job! 00:50 Modifying Pimoroni VGA Demo Board 03:09 Hardware Setup 03:47 Software Setup 05:51 Turning on the BBC Micro and the Pico Emulator 07:10 Lets playing a game 07:44 BBC B Keyboard Layout 09:21 Phoenix on the Pico BBC Emulator 10:50 Original Phoenix Arcade board. This video is not sponsored in any way. Pimoroni Pico VGA Demo Board 🤍 USB to Serial 3.3v Adapter (also 5v) 🤍 Pico BBC Emulator code 🤍 Keyboard Forwarder 🤍 Phoenix BBC Model B game 🤍
The Raspberry Pi Pico W board is powered by the RP2040 micro controller in the same Pico form factor featuring WiFi connectivity. This is a really interesting board that comes in at an affordable price of $6. In many ways it acts just like the Raspberry Pi Pico, just with WiFi and maybe Bluetooth in the future! It measures in at 51.3 x 21mm. The RP2040 chip supports 4 12-bit ADC channels (4 are user inputs and one measures internal temperature), two UARTs, two SPI and I2C controllers. It also has 8 PIO state machines, USB 1.1 host and device support and 16 PWM channels. Programming the Challenger RP2040 WiFi boards is exactly the same as programming the Pico. It can be programmed using the Raspberry Pi RP2040 SDK. Just press the boot select button whilst plugging the USB-C cable in and drag and drop the UF2 file onto the Challenger RP2040 WiFi. It will then reboot and run your program! It can also be programmed in MicroPython and CircuitPython. You can purchase the Raspberry Pi Pico W at the following links: 🤍 Timestamps: 00:00 Introduction 00:43 Pricing 01:50 Features/Specs 05:07 Pico W vs ESP32? 05:48 Dimensions 05:58 Pin Out 06:30 Programming 07:30 Thoughts and Conclusions Take a look at some other RP2040 boards covered here: 🤍 You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
On March 14th of every year we offer Craft Yours Pizzas from 12:00pm - 3:14pm for $3.14! This year we had 8 locations on board, cooking up mouth watering pizzas and had thousands of pizza lovers patiently wait for their turn. This video is a short recap of 🤍pizzaboyinthe6ix stopping at every one of these locations to give us a behind the scenes look at how we celebrated, the line ups and the operations involved in making it a success!
Protect your passwords (what I use): 🤍 🧪🧪Links and Guide: 🤍 What you might think is just a regular usb flash drive is actually a BAD USB (badusb), a device designed by hackers to hack your computer. In this video, I’m going to show you how to use one and build one with a Raspberry Pi Pico. - 🥇🥇ENTER TO WIN a USB Rubber Ducky from HAK5: 🤍 (must be a member of NetworkChuck. Join here: 🤍 ) - Get a Raspberry Pi Pico: 🤍 ($8) (affiliate) Get a USB Rubber Ducky: 🤍 (affiliate) 🔥🔥Join the NetworkChuck membership: 🤍 Sponsored by Dashlane SUPPORT NETWORKCHUCK - ➡️NetworkChuck membership: 🤍 ☕☕ COFFEE and MERCH: 🤍 Check out my new channel: 🤍 🆘🆘NEED HELP?? Join the Discord Server: 🤍 STUDY WITH ME on Twitch: 🤍 READY TO LEARN?? - -Learn Python: 🤍 -Get your CCNA: 🤍 FOLLOW ME EVERYWHERE - Instagram: 🤍 Twitter: 🤍 Facebook: 🤍 Join the Discord server: 🤍 0:00 ⏩ Intro 0:28 ⏩ BadUSB attacks 2:35 ⏩ how BADusb’s work 4:48 ⏩ Build your own Bad USB (Raspberry Pi Pico) 10:08 ⏩ Create your Bad USB attack!! (Ducky Script) 15:34 ⏩ How to defend against BadUSB attacks!! AFFILIATES & REFERRALS - (GEAR I USE...STUFF I RECOMMEND) My network gear: 🤍 Amazon Affiliate Store: 🤍 Buy a Raspberry Pi: 🤍 #badusb #usbrubberducky #raspberrypi
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I've been asked this question so many times this past week, so now I've had the Pico 4 for well over a week, here's my conclusion of whether you should upgrade from the HP Reverb G2. As usual, the answer isn't so clear cut, so make sure you watch the whole video. *Don't forget* FS Academy 40% DISCOUNT during the MSFS Marketplace sale period of DEC21 to JAN4. 🤍 BEST lens inserts for Pimax, Pico 4, Oculus Quest 2, HP Reverb G2: 🤍 15% discount code: vrflightsimguy Help Support the channel with a one off donation here: 🤍 DISCORD: 🤍 STORMFORCE HIGH END PC DEALS: 🤍 USE DISCOUT CODE: VRFSGUY5 Buy the BEST VR headset on the market, the Varjo Aero HERE: 🤍 VR COVER: USE CODE: FLIGHTSIM for 80% OFF! HERE: 🤍 AUBIKA Quest 2 Accessories HERE 🤍 VR HEADSET BALANCER KITS: LINK: 🤍 Use promo code: VRFLIGHTSIMGUY for a 5% discount DISCOUNTS off A NEW PIMAX headset with code: VRSIMGUY HERE: 🤍 *Please note some of these links are affiliated which helps support the channel* Thanks for watching! VRFSG #vr #microsoftflightsimulator #pico
The Raspberry Pi foundation spent a lot of money to create a new chip on the Pi Pico board for makers and gives it away for cheap. If I believe all the fanboy’s videos, it is the most important invention after sliced bread. But how does it compare with the Espressif and STM32 chips? Let’s have a closer look! I am a proud Patreon of 🤍GreatScott! , 🤍ElectroBOOM , 🤍Electronoobs , 🤍EEVblog , and others. No Docker, No Microsoft Teams, Zoom Links: Getting started: 🤍 Pi Pico US: 🤍 Raspberry Pi4 US: 🤍 Raspberry Pi4 DE: 🤍 Where I ordered my Picos: 🤍 00:00 Intro 01:02: What we will compare 01:22 Competitors 01:33 The Ecosystem 03:12 The role of ARM (and RISC-V) 03:35 Start of comparison 03:46 The Cores / PIO / Memory 07:21 The Pins / ADC / DMA 08:34 USB / MicroPython / Thonny /Debugging 10:35 Wi-Fi and BLE 10:55 Power Consumption / Deep-Sleep / Powering Options 12:33 Price 13:17 My Verdict 15:38 Outro The links above usually are affiliate links that support the channel (no additional cost for you). Supporting Material and Blog Page: 🤍 Github: 🤍 My Patreon Page: 🤍 Discord: 🤍 If you want to support the channel, please use the links below to start your shopping. No additional charges for you, but I get a commission (of your purchases the next 24 hours) to buy new stuff for the channel My Amazon.com shop: 🤍 For Banggood 🤍 For AliExpress: 🤍 For Amazon.de: 🤍 For Amazon UK: 🤍 For ebay.com: 🤍 🤍 🤍 🤍 Please do not try to email me. This communication channel is reserved for my primary job As an Amazon Associate, I earn from qualifying purchases #no#midroll#ads
This video covers how to solder header pins to your Raspberry Pi Pico board to make it breadboard friendly. Soldering the Raspberry Pi Pico is a straightforward task and is simple even for those new to soldering! Make your Pico usable in your breadboard based projects by following this video. If this video helped you, please consider leaving a like and subscribing, thank you! You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
Finally, support for the Raspberry Pi Pico is available in the Arduino IDE! Whilst this support is unofficial, we can program the Pico using a significantly easier toolchain. This video shows you how to install and use the Arduino core port for the Pico written by Earle Philhower. This process avoid's the horrible toolchain set up that we used to have to do with VSCode. It is expected that official Arduino IDE support will come out with the Arduino Nano 2040 Connect shortly. The first time you plug in your Pico, you must hold down the bootsel button. However, after you have programmed your first sketch to the Pico, you no longer have to hold down this button when connecting to USB. If you have trouble uploading a sketch, such as a hard fault, try pressing the bootsel whilst connecting and re-uploading your sketch. Links mentioned in this video: Additional Boards Manager URLs field: 🤍 Earle F. Philhower, III's GitHub: 🤍 If this video helped you, please consider leaving a like and subscribing, thank you! To see my other videos on the Raspberry Pi Pico, check out the playlist here: 🤍 You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
Dnes se podíváme na mini počítač Raspberry Pi. Využijete ho vůbec? Zjistíto v tomto videu. Videa od teď 2x týdně. 🍓 INFORMACE A KDE KOUPIT ► 🤍 ❤️ BUDU RÁD ZA ODBĚR ► 🤍 👍 LIKE ● 🗨️ KOMENT ● 📤 SDÍLENÍ 📷 MOJE FOTKY NA IG ► 🤍 🐦 MOJE MYŠLENKY NA TWITTERU ► 🤍 🎮 MOJE HRY NA STEAMU ► 🤍 💸 MŮŽEŠ MĚ PODPOŘIT = DONATE ► 🤍 🌐 PODÍVEJ SE NA MŮJ WEB ► 🤍 🎧 Sluchátka: GoGEN HBTM 31BL 📷 Kamera: Canon Powershot G7X Mark II 🖱️ Myš: MAX MGM3200B ⌨️ Klávesnice: Yenkee Ambush YKB 3100 🖥️ Monitor: LG Flatron W2243S-PF 🎙️ Mikrofon: Behringer C1-U 🎞️ Obraz: Streamlabs OBS 🔊 Zvuk: Audacity ✂️ Editace: Davinci Resolve 16 🎨 Grafika: paint.net 🔴 Livestream: Streamlabs OBS 🎵 Epidemic sounds nebo AudioMicro, pokud není výše jinak specifikováno! 🎵 Nejsem výhradně zastoupen žádnou agenturou. Veškeré nabídky spolupráce prosím směřujte přímo na můj oficiální email: dany.sebesta🤍seznam.cz © Dast - 2016-2021 ✨ Pokud se koukáš až sem, tak ti dlužím malinový koláč.
This video contains 10 New Raspberry pi Pico projects/project ideas that you can try. Subscribe to our channel to never miss any good project ideas. Get your free trial version of the Altium designer: 🤍 Want to learn Electronics the easy way, then check out our course: 🤍 About Altium: Altium is the industry’s leading PCB design software that combines schematic, layout, and everything else you need in one environment to effortlessly design printed circuit boards. Kits we recommend: SunFounder Raspberry Pi Pico Robot Car Kit: 🤍 SunFounder Raspberry Pi Pico Starter Kit: 🤍 - Disclaimer: All the projects in this video are the sole property of the creators. We are thankful to each one of them for sharing their projects with us or allowing us to include their project in this video. Check out the full project video of the respective creators below: - Project links: 10. Multifunctional control knob | Source: magi 🤍 9. Smartphone Oscilloscope | Source: How To Electronics 🤍 8. Coffee Grinder | Source: VEEB Projects 🤍 7. Pico Drone | Source: ravibutani03 🤍 6. Emulating EPROM | Source: element14 presents 🤍 5. Pico Keyboard and Gamepad | Source: Print 'N Play 🤍 4. Pico Pong | Source: Nick Bild 🤍 3. PicoHash | Source: Hash Robotics 🤍 2. Passcode Lock | Source: The Motor Channel 🤍 1. Mining rig | Source: The Common Channel 🤍 Chapters: 00:00 Intro 00:11 Multifunctional control knob 00:54 Smartphone Oscilloscope 01:43 Coffee Grinder 02:50 Pico Drone 03:36 Emulating EPROM 04:28 Pico Keyboard and Gamepad 05:08 Pico Pong 05:56 PicoHash 06:48 Passcode Lock 07:29 Mining rig 08:19 Outro Kits we recommend- The only Raspberry Pi kit you need(our pick):- Amazon: 🤍 All in one Arduino Kit (our pick):- Amazon: 🤍 ESP8266 Weather Station Kit:- USA: 🤍 Best ESP32 Kit(our pick):- USA: 🤍 -
This video is made possible by PCBWay: 🤍 You can order the PCB in this video directly from PCBWay: 🤍 A written Instructable can be found here: 🤍 If you like what I am doing please consider supporting me on Patreon: 🤍 The ILI9488 Touchscreen used on Ali: 🤍 Earle Philhower's arduino-pico core: 🤍 TFT_eSPI by Bodmer: 🤍 This project on Github: 🤍 Get in touch with me: Discord: 🤍 Twitter: 🤍 Facebook: 🤍 -
This video covers how to create a simple multicore program which uses both cores on the Raspberry Pi Pico. We use a Visual Studio Code project to program the brand-new Raspberry Pi Pico microcontroller board. We created a program where one core uses the analogue to digital converter in the Pico to read the internal temperature of the RP2040 and sends this data to another core to output the temperature of the chip to a windows machine over a USB serial interface. This video provides a conceptual overview of multicore (dual core) operation on the Raspberry Pi Pico. It also explains how to configure interrupts to correctly handle the sending and receiving of data between cores. We briefly discuss how to set up the analogue to digital converter (ADC) to read the onboard temperature of the RP2040 chip. The source code for this project (and a written article version) is available here: 🤍 Timestamps 00:00 - Introduction 00:33 - Why use a Multicore Program? 01:46 - How do Multicore Programs Work? 03:40 - Creating a Visual Studio Code Project 04:29 - Writing CMakeLists File 05:30 - Writing C File 09:45 - Conclusion If this video helped you, please consider leaving a like and subscribing, thank you! To see my other videos on the Raspberry Pi Pico, check out the playlist here: 🤍 You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
High quality PCB prototypes: 🤍 🔥We have a new microcontroller on the market, the Raspberry Pi PICO. Here I show you how to start with this board, upload the MicroPython and start programming in Thonny. See all the examples. 🔀LINKS - Download MicroPython: 🤍 Download Thonny: 🤍 Prepare the PICO: 🤍 Blink Example: 🤍 Permanent code main.py: 🤍 ADC example: h🤍 SSD1306 library: 🤍 i2c OLED example: 🤍 PWM Example: 🤍 🤝SUPPORT - Join my Arduino Course (Spanish): 🤍 ELECTRONOOBS.io: 🤍 Help my projects on Patreon : 🤍 my Q&A page: 🤍 Facebook page: 🤍 Canal en Español: 🤍 00:00 Intro 01:51 Main Specs 03:41 Micropython 04:56 Install Micropython 05:50 Blink Example 07:22 Permanent main.py 08:26 ADC example 09:46 i2c Example 13:23 PWM Example 15:15 Outro Like share and subscribe to motivate me. Thank you #raspberry #programming #micropython
Make your own DIY oscilloscope for £4 Amazon sell full kits if you are starting from nil: UK: 🤍 USA: 🤍 Admittedly that might cost you more than the $5 that route, but you will have a nice little setup for experiments! Python Source Code is included here, but for performance, switch to the Arduino stack: from machine import Pin, I2C, PWM from ssd1306 import SSD1306_I2C import utime #lets go! button = Pin(10, Pin.IN, Pin.PULL_DOWN) pwm = PWM(Pin(12)) pwm.freq(100) #1k pwm.duty_u16(32767) adc_read = machine.ADC(26) #A read takes 2us therefore 500ks/s! i2c = I2C(0,sda=Pin(0),scl=Pin(1),freq=40000) oled = SSD1306_I2C(128,32,i2c) oled.fill(0) oled.text("Ready!",0,0) oled.show() #update the screen! coefficient = 3.35 / 32767 while True: reading = adc_read.read_u16() calcvoltage = reading * coefficient print("V", calcvoltage) if button.value(): screenstuff = str(calcvoltage) oled.fill(0) oled.text(screenstuff,0,0) oled.show() #update the screen! utime.sleep(0.01) Come chat with me on discord 🤍 See my recommendations on Amazon: 🤍 If you would like to buy me a coffee or support the channel you can do so via Patreon at 🤍 I do have some bits and pieces on my web store at 🤍 Please note: As an Amazon Associate I earn from qualifying purchases. As such links to Amazon products within this video may fall under this. Thanks to all of you who use these links and help support the channel - you are fantastic! Thanks you lovely people, and keep on tinkering! Youtube Chapters 0:00 Introduction
Thank you to PCBWay for sponsoring this video. Check out PCBWay at the following referral link: 🤍 The Pimoroni Pico LiPo is a Raspberry Pi Pico sized RP2040 board packed with plenty of features for portable projects! It shares exactly the same pin-out as the Raspberry Pi Pico. This video gives you a first look at the new Pimoroni Pico LiPo. This board is a fantastic addition to the your RP2040 line up and showcases a wide range of features that you might want to use in your project! The Pimoroni Pico LiPo uses the Raspberry Pi RP2040 microcontroller and has 16MB of on-board flash storage it has an onboard LiPo and Lion charging capability (at currents up to 215mA!) and plenty of connectivity through SPI, I2C and UART. It is fairly a compact board which measures in at 21mm x 53mm. It has plenty of programmable I/O pins which have functions that bigger boards only dream of. The RP2040 chip supports 4 12-bit ADC channels (three are user inputs and one measures battery voltage), two UARTs, two SPI and I2C controllers. It also has 8 PIO state machines, USB 1.1 host and device support and 16 PWM channels. Programming the Pimoroni Pico LiPo is exactly the same as programming the Pico. It can be programmed using the Raspberry Pi RP2040 SDK. Just press the boot select button whilst plugging the USB-C cable in and drag and drop the UF2 file onto the Pimoroni Pico LiPo. It will then reboot and run your program! It can also be programmed in MicroPython and CircuitPython. You can purchase it Pimoroni at the following link: 🤍 Timestamps: 00:00 Introduction 00:40 PCBWay 01:23 Size and Pricing 02:12 Features 06:15 Pin-out 07:58 Features 09:49 Thoughts and Conclusions Take a look at some other RP2040 boards covered here: 🤍 You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
Eden Hazan, owner of Pi Co at 130 Spadina Ave., is building a multidimensional business around pizza. In this video, he explains the concept. Video by Jeda McCall
#Pico #PiPico #RaspberryPiPico In this video, we take a look at 10 Things You Might Not Know about the new $4 Microcontroller from the team over at the Raspberry Pi Foundation. We'll take a look at using the Pico as a USB Device for Machine Learning, as well as compare the specs of the Pico to the Apollo 11 Guidance Computer. SunFounder Pi Pico Kit (Sponsored): 🤍 SunFounder Pico 4WD Car Kit (Sponsored): 🤍 - 00:00 - Introduction 00:08 - RP2040 00:24 - Machine Learning 00:55 - USB 01:20 - Python & C/C 01:36 - Cost to Develop 02:13 - Debugging 02:35 - Low Power 03:06 - Temperature Sensor + Real-Time Clock 03:24 - Arduino Nano RP2040 Connect 03:58 - To the Moon? 04:26 - Outro - Hi, I'm Ryan Gaudion, a technology creator and entrepreneur. I have a passion for all things STEM (Science, Technology, Engineering, and Maths) and motivation to share the wonders of these topics with the up and coming pioneers of our future. My aim is to show you the potential of technology and encourage many into a future career in STEM subjects. Instagram - 🤍ryan_gaudion Website - 🤍everybitelectronics.co.uk
Am 21.3.2023 wird "The Walking Dead Saints & Sinners - Chapter2: Retribution" für PSVR2 ( 39,99 EUR) & PCVR erscheinen ... Hier mal ein vergleich mit der Mobilen Version , in Form eines gemütlichen Spaziergangs =) Die Pico 4 entsprciht der META QUEST 2 Version und die PSVR2 hat genau die Selbe Optik, wie die PC Steam VR Version des Spieles. Amazon: 🤍 Diese Videobeschreibung enthält Amazon Affiliate Links, mit denen ihr mich beim Kauf unterstützen könnt, ich erhalte eine kleine Provision während ihr nichts extra zahlt für euren Amazon-Einkauf! ▬▬▬▬ Social Media ▬▬▬▬ Facebook: 🤍 Twitter: 🤍 Instagram: 🤍 discord: 🤍 twitch: 🤍 ▬▬▬▬▬▬▬▬▬ psvr2 deutsch TWDSS2 ASMR vr deutsch virtual reallity deutsch game fun letsplay deutsch german PS4 ,PS5 PSVR Games deutsch PSVR Reviews deutsch PSVR PlayStation VR PS4 VR VR Games deutsch VR Virtual Reality Games Virtual Reality VR Gaming #PlaystationVR2 #pico4 #TWDSS
Ce jeu est tellement drôle, mais il faut être patient avec ses amis ! 😂 Obtiens 2 ans (+ 4 mois offerts) chez NordVPN ici : 🤍 Satisfait ou remboursé pendant les 30 premiers jours ! Vidéo sponsorisée par NordVPN. Merci à eux ! :-) 👕 Vêtements Yoko : 🤍 💜 Follow mon Twitch pour ne pas rater mon prochain live : 🤍 📱 Coques Squeezie × RhinoShield : 🤍 🔔 ABONNE-TOI : 🤍 (au moins 2 best of chaque semaine) 🔥 Télécharge l'extension Squeezie pour ne rater aucun live : 🤍 ――― ⁍ Twitch : 🤍 ⁍ Twitter : 🤍 ⁍ Twitter² : 🤍 ⁍ Discord : 🤍 ――― 🎧 Mes équipements : - Casque Logitech G733 : 🤍 - Clavier Logitech G915 TKL : 🤍 - Souris Logitech G PRO : 🤍 - Tapis Logitech G POWERPLAY : 🤍 - Micro Blue Spark : 🤍 - Webcam Logitech Streamcam : 🤍 - Vivo X60 Pro : 🤍 ――― ⭐ Chaînes des Participants : 🤍L0ckl34r 🤍Doigby ――― Montage vidéo : 🤍OkaMediaFR
Raspberry Pi Pico Basic Starter Kit. Thanks to Geeekpi and 52Pi for send this kit to me As an Amazon Associate I earn from qualifying purchases Pico starter kit 🤍 My Amazon UK store 🤍 Demo code GitHub GitHub - geeekpi/picokit: Demo code for Raspberry Pi Pico Starter Kit 🤍 sudo apt-get update && sudo apt-get upgrade -y && sudo apt -y purge thonny && sudo apt -y install thonny && thonny cd ~ git clone 🤍 cd picokit cd demo_code/ Raspberry Pi 4 NEWS playlist 🤍 All of my Pi videos are here (400 plus) Raspberry Pi 4 Raspbian and more 🤍
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This video covers how to set up a windows machine with the required toolchain to begin programming the brand-new Raspberry Pi Pico. The toolchain has been installed and Visual Studio Code has been set up to write C code, build it and upload it to the Pico. Future videos will explore how to write your own code to the Raspberry Pi Pico, stay tuned for them! Follow up to this video discussing creating your first project in Visual Studio Code: 🤍 The links for the required software is here: Arm GCC Compiler: 🤍 CMake: 🤍 Build Tools for Visual Studio 2019: 🤍 Python 3: 🤍 Git: 🤍 Visual Studio Code: 🤍 The commands to download the pico SDK and example projects are: git clone -b master 🤍 git submodule update –init git clone -b master 🤍 To build the example projects from the command line use the following: cmake -G "NMake Makefiles" .. nmake If this video helped you, please consider leaving a like and subscribing, thank you! You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
Do you want to know how to use the Raspberry Pi Pico with nRF24L01 radio modules, how to wire it up and the MicroPython code? Then watch this video. In this video I'll take you through how to setup an nRF24L01 module (either the version with the antenna or without), how to write the MicroPython code and the library you will need. I'll then demo a small test program to show it sending a full message between the devices. This video was made possible by 52pi.net Here are the links to the Raspberry Pi Pico Starter kits featured in this video: 🤍 🤍 🤍 🤍 For more information, tutorials, parts and more visit: 🤍 To join the membership at bronze, silver or gold levels, head over to 🤍 Enjoy this video? Buy me a coffee! 🤍 Follow me on Instagram - 🤍kevinmcaleer 🤍 Follow me on Twitter - 🤍kevsmac 🤍 Join the Facebook group - Small Robots 🤍 Music by Epidemic Sounds 🤍 nRF24L01 MicroPython Code on GitHub: 🤍 Chapters 00:00 Intro 00:18 Overview 00:30 Bench Cam 09:33 Code Running 09:51 Wiring up the nRF24L01+ Modules to the Pico #Pico #MicroPython #nrf24l01
This video covers how to use USB serial output on the Raspberry Pi Pico in your projects. We use a Visual Studio Code project to program the brand-new Raspberry Pi Pico microcontroller board. We alter a basic blink LED program to now output the state of the LED over serial to a monitor on the windows machine using the printf function. We also explain how to configure the CMake configuration file to enable the USB serial output on the Pico. The source code is available here: 🤍 PuTTY is available from here: 🤍 If this video helped you, please consider leaving a like and subscribing, thank you! You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
FreeRTOS is an open source Real Time OS available for a wide range of microcontrollers and this video serves as an introduction or starting point to a longer series on using FreeRTOS on RP2040 based boards such as the Raspberry Pi Pico and we are going to show you how to set up VSCode in order to compile and use FreeRTOS in your projects. By the end of this tutorial you will have a blink LED project which will flash the LED on the Raspberry Pi Pico on and off. The written version of this tutorial and the code used is available: 🤍 Template Project Repo: 🤍 In this tutorial we create a simple "blinky" program where a Raspberry Pi Pico toggles its onboard LED on and off using FreeRTOS. Timestamps 00:00 Introduction 01:00 File/Folder Structure 01:56 Downloading FreeRTOS 02:55 CMakeLists 05:27 FreeRTOSConfig.h 05:50 Main.c 09:26 Conclusions If this video helped you, please consider leaving a like and subscribing, thank you! To see our videos on the Raspberry Pi Pico, check out the playlist here: 🤍 You can find more embedded systems tutorials and projects on our website 🤍 Equipment we use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
W dzisiejszym odcinku przedstawię wam stosunkowo nową płytkę Raspberry Pi Pico. Odcinek będzie dotyczył zupełnych podstaw jeśli chodzi o tę płytkę. Poniżej spis zagadnień jakie będą poruszane, żeby łatwiej się odnaleźć w materiale. Zapraszam do oglądania. Spis treści: 00:00 Wstęp 01:02 Porównanie Raspberry Pi Pico i Arduino Nano 07:16 Przygotowanie płytki Raspberry Pi Pico do pracy 12:24 Omówienie książki Get started with MicroPython 14:10 Przygotowanie środowisk i sterowanie wewnętrzną diodą LED 19:41 Zewnętrzna dioda LED 21:55 Światła drogowe 24:51 Światła drogowe z przejściem dla pieszych 28:40 Gra na refleks 32:22 Gra na refleks na dwóch graczy 34:37 Alarm włamaniowy 36:36 Odczyt napięcia na potencjometrze 39:40 Pomiar temperatury za pomocą wbudowanego sensora 41:22 Sterowanie diodą LED za pomocą PWM 43:46 Praca z wyświetlaczem LCD 45:40 Praca z adresowalną taśmą LED 47:58 Podsumowanie Music: 🤍bensound.com
- Materiales - Tienda donde Compre los Materiales: 🤍 (1) Raspberry Pi PICO (1) Modulo Bluetooth HC-04 (4) LED Multicolor 5mm (10) Cable Jumper M-M (1) Protoboard 830 App Descarga Arduprofe Control Car: 🤍 - Programa - from machine import UART, Pin import time uartProfe = UART(0,9600) led_adelante = Pin(12,Pin.OUT) led_izquierda = Pin(13,Pin.OUT) led_derecha = Pin(14,Pin.OUT) led_reversa = Pin(15,Pin.OUT) while True: dato = uartProfe.read(1) led_adelante.value(0) led_izquierda.value(0) led_derecha.value(0) led_reversa.value(0) if "a" in dato: led_adelante.value(1) if "b" in dato: led_izquierda.value(1) if "d" in dato: led_derecha.value(1) if "e" in dato: led_reversa.value(1) print(dato) time.sleep(0.5) Apoya esta labor educativa - Patrocinar mi Canal: 🤍 Invítale un café al Profe: 🤍 Sea parte de mis videos: 🤍 Suscribirse al canal Suscribirse al canal: 🤍 SIGAME EN REDES SOCIALES - Pagina oficial: 🤍 Facebook: 🤍 Twitter: 🤍 Instagram: 🤍 Blog: 🤍 Google+ : 🤍 #pico #bluetooth #control #proyecto #elprofegarcia
Today I'm playing, experimenting and generally tinkering with the Raspberry Pi Pico microcontroller. My review of the PiPico starter kit: 🤍 Here's one of the resources I used to research this video: 🤍 Elecrow Raspberry Pi Pico Advanced Kit with 32 Modules and 32 Projects Lessons 🤍 Here's the manual: 🤍 - My tip jar: 🤍 My other tip jar (channel membership) : 🤍 If you are OK with me getting a commission on your purchases, feel free to use my affiliate links: Ebay: 🤍 Banggood: 🤍 Some other links to products may be affiliate links 🤍 #ElectronicsCreators - This isn't the only way to do it. It's probably not the best way to do it. But it's how I did it.
Use the new Pico W with the Arduino IDE instead of microPython! Article with code: 🤍 More articles and tutorials: 🤍 Join the conversation on the forum: 🤍 Subscribe to the newsletter and stay in touch: 🤍 On June 30, 2022, Raspberry Pi announced the latest iteration of it’s RP2040-based Pico microcontroller. The Pico W has the same pinout and form factor as the original Pico and has WiFi capabilities. Raspberry Pi also released a new UF2 file and several samples using microPython with the new WiFi chip. However, although they did release a C SDK, there was no update to the Arduino IDE for the new microcontroller. But you CAN use the Pico W with the Arduino IDE by using a new boards manager file that covers virtually every RP2040-based board. And today, I’ll show you how to install that for the classic Arduino IDE 1.8 and the newer IDE 2.0. After installing the new boards manager, we’ll give it a test. Then we’ll see how we can use the new WiFi features to control LEDs and servo motors with a web-based interface. Here is the Table of Contents for today's video: 00:00 - Introduction 03:25 - Raspberry Pi Pico W 08:05 - Bluetooth issues? 10:55 - Pico W vs. ESP32 13:35 - Installing the Boards Manager 18:22 - Blink test 20:48 - WiFi Network Scan 23:10 - Using the WiFi Library 28:07 - Using Web Data 30:56 - Pico W LED Control 37:43 - Pico W Servo Control 47:28 - Conclusion The Arduino IDE is a popular interface for programming microcontrollers, and now we can use it with the Pico W. Hope you enjoy the video! Bill
FreeRTOS is an open source Real Time OS available for a wide range of microcontrollers and this video is part 2 in a series on using FreeRTOS on RP2040 based boards such as the Raspberry Pi Pico. In this video we show you how to set up tasks in FreeRTOS. We also cover how to communicate between tasks with queues. By the end of this tutorial you will have a project where one task will flash the LED on the Raspberry Pi Pico on and off and the other task will print the state of the LED over USB serial. The written version of this tutorial and the code used is available: 🤍 Template Project Repo: 🤍 GitHub Command: "git clone recurse-submodules 🤍 In this tutorial we create a simple "blinky" program where a Raspberry Pi Pico toggles its onboard LED on and off and communicated this over USB serial interface using two FreeRTOS tasks. Timestamps 00:00 Introduction 00:45 What is a Real Time OS? 04:24 Tasks 05:23 Queues 07:44 Implementation 12:50 Conclusions If this video helped you, please consider leaving a like and subscribing, thank you! To see our videos on the Raspberry Pi Pico, check out the playlist here: 🤍 You can find more embedded systems tutorials and projects on our website 🤍 Equipment we use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
Owners Goran and Maegan are the masterminds behind The Junction's Pi Co. location, which is perched at the Dundas and Keele intersection. Like other businesses in the area, they chose The Junction because of the undeniable community feel. A small neighbourhood in a big city, The Junction boasts a friendly family vibe where area residents all seem to know each other. ➡️ 🤍kevinyuteam.com/2022/07/12/toronto-junction-business-spotlight-pi-co-pizza-bar/
This video covers the basics of the I2C communication protocol and how to use it on your Raspberry Pi Pico. We use a Visual Studio Code project to program the brand-new Raspberry Pi Pico microcontroller board in C. We created a project which uses the BNO055 inertial measurement unit (IMU) to read values of acceleration over I2C and print them to a serial monitor over a USB connection to a PC. I realise that I continuously say BNO005 not BNO055 in the video, oops! This video provides the fundamental background of the I2C communication protocol and explains how to correctly wire an I2C compatible device to the Pico. It explains which functions in the Pico SDK to use in order to communicate with this device. We also cover how to configure the Raspberry Pi Pico correctly in order to enable I2C communication. As an example, the BNO055 breakout board from Adafruit is used to demonstrate writing to, and reading from, registers on a peripheral device. This video also shows you where to find the required information in your particular peripheral device’s datasheet in order to get your peripheral device functioning correctly. The source code for this project (and a written article version coming soon!) is available here: 🤍 BNO055 Breakout board is available at Amazon (Affiliate): UK: 🤍 US: 🤍 SparkFun Article regarding pull up resistors: 🤍 Timestamps 00:00 Introduction 00:48 I2C Basics 02:15 Pico Wiring 03:03 I2C Messages 04:47 Pico SDK I2C Functions 06:00 Read/Write Operations 06:25 Programming Example 16:16 Conclusion If this video helped you, please consider leaving a like and subscribing, thank you! To see my other videos on the Raspberry Pi Pico, check out the playlist here: 🤍 You can find more embedded systems tutorials and projects on my website 🤍 Equipment I use regularly The following links are affiliate links where I may make a small percentage on qualifying sales through these links. Use the respective UK or US links listed. Budget Soldering Iron: UK: 🤍 US: 🤍 Breadboards: UK: 🤍 US: 🤍 Jumper Cables: UK: 🤍 US: 🤍 Camera: UK: 🤍 US: 🤍 Lens: UK: 🤍 US: 🤍 Tripod: UK: 🤍 US: 🤍 All videos and tutorials on this channel and mentioned websites are for educational purposes only.
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