Summary This article covers how to program and debug your STM32 device with the Arduino IDE. In this knowledge article, we explore the following main points: How to install the STM32 MCUs in the Arduino IDE How to program a simple blink LED based on the default example offered A brief description o...
Introduction This article gives you the key information you need to dive into USB development on STM32. It mentions various resources, including training (MOOCs), articles, and application notes, that can help understand USB theory and hardware implementation. 1. USB theory 1.1 Starting with the fun...
STM32 Sidekick is now live on the ST Community. This AI-powered tool, trained exclusively on official STM32 documentation, helps you find answers faster than ever.
IntroductionIn this article, you are introduced to the basics of the STM32 clock system. Furthermore, the tools that are used to easily configure the STM32 clock system. We split the article into two parts. Part two will discuss additional features and terms. If you would like to skip to part two, c...
This course offers a comprehensive, step-by-step guide to implementing FreeRTOS™ on STM32 microcontrollers. It begins with the fundamentals of the operating system, including the structure and core components. Progress through essential FreeRTOS™ concepts, starting with tasks, exploring various inte...
Summary This article provides a comprehensive guide on running AI models from the STM32 model zoo on STM32N6 microcontrollers. It includes step by step instructions on selecting a model, preparing the development environment, and converting the model using STM32Cube.AI. The guide also explains how t...
The examples in this guide are provided using the NUCLEO-U575ZI-Q board, but can be tailored to any other STM32. Introduction The real-time clock (RTC) is a peripheral dedicated to providing an accurate measure of time and ideally never stop independent of the MCU status (running or in low-power mode).
The software Control Center from Total Phase will be used to setup and control the master I2C communications with the STM32 I2C target code. 4. Steps Open STM32CubeIDE Create a new project using the NUCLEO-G070RB board Enter a name for the project (in this case, the project is named I2CSlave). Board Project Options:
