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- How to program and debug the STM32 using the Ardui . . .
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
- How to use VS Code with STM32 microcontrollers
When developing with STM32 microcontrollers, developers can choose between various IDEs to create their application and program debug their device VS Code is a great option because many developers are familiar with it, it’s easy to use, and it’s a lightweight application
- How to configure STM32 VS Code extension to use OpenOCD
Summary The STM32 VS Code extension doesn’t natively support OpenOCD, but with some simple configuration, you can integrate it into your debugging workflow This article covers how to set up OpenOCD (either Streamline or ST’s fork) with the extension by modifying the launch json file, allowing you t
- Guide to USB development resources on STM32
To see STM32 products USB specifications, you can refer to the section 2, “USB on STM32 products” in AN4879 Refer to specific application notes and datasheets for detailed hardware implementation guidance like the application notes for H5, F7, H7R S, and H72x H73x
- Home - STMicroelectronics Community
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
- Part 1: Introduction to the STM32 microcontroller . . .
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
- CAN (bxCAN) bit time configuration on STM32 MCUs
The article also described how the CAN bit time is generated on STM32 MCUs An example guide is provided on how to set the CAN bit timing parameters, by selecting optimum values in STM32CubeMX for a normal CAN operation
- How to calibrate the STM32s real-time clock (RTC)
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)
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