Search results for: 'pi a'

Overview Learn how to install Arduino IDE on Raspberry Pi and easily write and upload code to your Arduino board without the need for a PC or laptop. Follow these simple steps to get started. What You Will Learn How to install Arduino IDE on Raspberry Pi Required Materials Hardware Components Raspberry Pi 3 B or B+ × 1 Arduino UNO R3 × 1 Software Apps Arduino IDE How to install Arduino IDE on Raspberry Pi ? Follow these steps to install Arduino IDE: Ste...

Overview Welcome to the comprehensive guide to the ESP32 pinout. The ESP32 microcontroller is equipped with 48 pins, each serving multiple functions. However, not all pins are readily accessible on every ESP32 development board, and certain pins may have usage restrictions. This article aims to provide a clear and concise reference for understanding the pin configurations and functionalities of the ESP32, offering valuable insights into which pins to utilize and which to avoid for your projects. W...

Introduction Are you looking to turn your Raspberry Pi 4 into a powerful MiniPC with the latest operating system? In this step-by-step tutorial, we will cover the process of installing Windows 11 on Raspberry Pi 4. With its new user interface and advanced features, Windows 11 is a revolution in the operating system history. By installing this OS on an advanced and flexible mini-computer, like Raspberry Pi 4, you can now have a wonderful experience. Whether you're a tech enthusiast or a DIY lover, this ...

Introduction Are you interested in technology and want to explore the amazing capabilities of Raspberry Pi Pico? In this step-by-step guide, we will show you how to program Raspberry Pi Pico with Arduino IDE. Whether you're a beginner or an experienced programmer, this guide will help you make the most of this powerful microcontroller. We'll start by giving you an overview of Raspberry Pi Pico and its features, and then explain how to set up Arduino IDE in order to program Raspberry Pi Pico. You'll learn ho...

Introduction Are you familiar with single board PCs or mini PCs? They are small computers that even fit in your pocket. Their hardware structure is completely similar to that of ordinary computers. The only difference is that their dimensions have been decreased. One of the first things that any computer needs is an operating system. In this tutorial, we will introduce the best operating systems for Raspberry Pi —one of the most popular mini PCs. This tutorial will help you choose the most suitable oper...

Introduction Welcome to the world of innovation with Raspberry Pi Pico! This article explores voice recognition and wake word detection using machine learning techniques. Discover how to leverage Raspberry Pi Pico's capabilities to create intelligent devices that respond to voice commands. Join us as we explore the exciting possibilities for smart home technology, robotics, and more. Imagine you could use the machine learning capability on microcontrollers such as Rasp...

Introduction If you are interested in electronics, you have probably dealt with an oscilloscope. This device is a crucial tool for analyzing circuit performance. Most professional oscilloscopes, however, are often large, heavy, and expensive. In this tutorial, we will show you a practical and affordable solution for building your own oscilloscope and logic analyzer. All you need is a Raspberry Pi Pico/Pico W and an Android app called Scoppy.  This oscilloscope can connect to an Android device, givi...

Introduction If you want high-speed processing, then you need to be familiar with single-board computers (Single Board PCs). These computers often run on Android and Linux operating systems.One such computer that provides good technical characteristics at a reasonable price is the Orange Pi brand, which produces different types of such computers, one of which is the Orange Pi 3G-IoT-A board. As the name suggests, this board is designed for IoT applications because it has various connections including Wi...

Overview In this article, we want to take a deeper look at L293D. L293D is the most widely used IC to drive motors and it is necessary to know it’s theory, diagram, simulation, and pinout. Here we will discuss all these subjects. L293D & Motors; What's the story? Motors used in academic robots normally operate at 5, 6, 9, 12 or 24 volts. Depending on the model, the manufacturing method, price, etc., their current is about 100 mA to 5A. You can use motors in several ways. One method is to con...