This MOOC is targeting anyone who starts working on STM32 by introducing STM32 ecosystem. You need some knowledge in C programming, and a NUCLEO-F401RE board for the hands-on.
Welcome to STM32Cube basics training!
In this course we want to present you how to work with STM32 ecosystem. The course is focused on explanation of STM32CubeMX tool, how to handle basic tasks and use tool for basic project creation.
The course is structured in two parts. The first part is related to STM32CubeMX and MCU configuration:
- STM32 selection
- Pin-out configuration
- Clock configuration
- Peripheral configuration
- Power calculator
- Project generation settings
The second part is related to STM32Cube HAL library which is used for developing your application:
- HAL library structure
- Handles and callbacks
- Interrupts
- DMA
- Basic HAL usage
All these points are developed in presentation and hands-on.
What are the requirements?
You need some knowledge of C programming language and a NUCLEO-F401RE board for the hands-on (please refer to your local ST distributor for an offer).
What am I going to get from this course?
Understand STM32CubeMX tool, and be able to work with STM32Cube HAL library and navigate in its structure
What is the target audience?
Anyone who wants to start developing on STM32 MCUs and never worked with STM32CubeMX and the HAL library. Or for someone who worked with previous standard peripheral library on ST products and wants to understand the STM32Cube ecosystem.
通过隔离来保证接地质量作者:德州仪器公司 Thomas Kugelstadt通过现场总线-收发器系统实现的工业通信通常需要较长的传输线路。设计人员在没有察觉远程总线位置间的接地电位差 (GPD)较大的情况下,要么将本地接地作为可靠的信号返回路径,要么直接将两个远程接地连接在一起(创建一个嘈杂的接地环路)。这两种情况均危及到了传输信号的完整性,会导致系统锁死甚至损坏总线收发器。为了让设计人员察觉到这