Then we type led.value (0)Īt this point, you will be able to see the LED on the board blink. Let us now turn on this LED by typing led.value(1) Next we will create a variable for the LED and first we will blink the LED that is on the board and for this we create an object of type pin. Let’s also import the time module, which will be useful while blinking the LED. You can refer to this in the MicroPython SDK document that’s available on the Raspberry Pi website ( ). This tells you that it’s connected and now one can code on the Pico.įor us to write our code, we will start a new file and type - from machine import Pin. You can leave the port to be detected automatically, just click on OK.Īt this point, it will show MicroPython on the shell. Now in the dropdown you will find an option called MicroPython (Raspberry Pi Pico). First thing we need to do is to go Run and choose Select interpreter. We just need a small setting to be configured. It works with the Raspberry Pi Pico out of the box. Next step is setting up Thonny real quick. Since we are here using a Windows OS, we shall download the version for Windows. So you search online for Thonny, click on the first link and then you have different versions that can be downloaded depending upon your operating system (OS).īear in mind it comes already installed on the Raspberry Pi. The next thing we need is IDE to write our code and for this the Thonny IDE is recommended. It will now automatically configure itself such that we can run MicroPython on it. Click on it and drag and drop it into the USB mass storage folder. In this section, you will see a Download UF2 file button. What we need to look at is the Getting started with MicroPython section. Right up at the top, you’ll see three options: first, there’s the board specifications and the Raspberry Pi Pico pinout diagram (that we have already shared above) that one can refer to while building one’s circuits. The top search result should lead us to the Raspberry Pi website. And to get MicroPython onto it so that we can start writing our code, what we need to do is look up ‘getting started with the Raspberry Pi Pico’ online. Now what coding language does Raspberry Pi Pico use? The answer is MicroPython. It will have an INDEX.HTM file inside it and an INFO_UF2.TXT file. Now that the Raspberry Pi Pico is connected to the laptop through the USB cable, it will show up like a USB mass storage on your laptop. This could be a Mac, a Raspberry Pi or a Windows PC. The first step now is to hold down or push the white colored boot button that you find on the Pico and then plug the other end of the USB cable into your laptop. Now that the headers are on the Raspberry Pi Pico, we are ready to connect it to our laptop with the USB cable and get started with some programming. Once we open it, we see that it comes as a bare chip without any of the headers on. The Raspberry Pi Pico comes in a small pouch. Raspberry Pi Pico unboxing, setting up and first program (lighting an LED) The diagram below explains this.Īs a microcontroller, the Raspberry Pi Pico can be used in many projects, be it Internet of Things (IoT), Adafruit Neopixel projects, data logging, small to medium scale robotics, projects needing interfacing with cameras, analog sensing (using environment sensors) and more. In order to use it well, it is recommended to get well acquainted with the Raspberry Pi Pico pinout. Priced at merely $4, Raspberry Pi Pico is smaller than the average Pi and indicates how the foundation is now looking to branch out into microcontrollers and custom silicon. Essentially, it is a microcontroller board built on silicon and designed at the Raspberry Pi Foundation. The latest offering by Raspberry Pi is the Raspberry Pi Pico, a new flexible IoT board. The boards have been made keeping in mind the promotion of teaching basic computer science to kids. Raspberry Pi refers to a series of small single-board computers developed in the United Kingdom by the Raspberry Pi Foundation in association with Broadcom. In this blog, we shall take a look at Raspberry Pi Pico, its key features (including hardware and software specifications), its pinout, how one can set it up and even light an LED using it. The Raspberry Pi Pico then is the latest offering from the manufacturers of the Raspberry Pi. What is Raspberry Pi Pico? If you are a young maker, chances are you already know about the Raspberry Pi.
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