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This article shows you the principle of MicroPython and the example analysis of STM32 branch, the content is concise and easy to understand, it will definitely brighten your eyes. I hope you can get something through the detailed introduction of this article.

As the name implies, MicroPython is the Python that can run on the micro-controller, in other words, it uses Python language to control the single-chip microcomputer. The so-called Python is actually a programming language, like the C language that is very difficult to learn, the very popular Java language, the basic language suitable for beginners, the JavaScript language suitable for web programming, and so on.

Why learn Python?

For many programming enthusiasts who do not understand the Python programming language, even though Python is very popular in the hardware field, it still takes a period of time to learn to use it, and the Python language is very easy to use. Even Google is using Python on a large scale, so you don't have to worry about learning it will be useless. TPYBoard of MicroPython development board

What can I do with Python?

Many people may ask, what can you do with Python? Python can do daily tasks, such as automatic backup of your MP3; can do websites, many famous websites, including YouTube is written by Python; can be used as the background of online games, many online games are developed by Python. In a word, it can do a lot of things! Single chip microcomputer controlled by Python language

Brief introduction to STM32 Branch of MicroPython

The STM32 series has the strongest function, the fastest speed and the most abundant resources in MicroPython. It supports the most chip models, has the best adaptability, and its library is the most comprehensive. At present, the STM32 branch supports dozens of models of chips and development boards under the STM32F4/F7/L4 series, which is the best choice for DIY, such as STM32F405. In other words, ARM processor STM32F405 can directly run Python language, Python language to control the single-chip microcomputer.

TPYBoard of MicroPython development board

With the help of Micro Python, users can access and control the underlying hardware through Python scripting language, such as controlling LED light bulb, LCD display, reading voltage, controlling motor, accessing SD card and so on. Python language control stand-alone.

TPYBoard is a MicroPython development board made by TurnipSmart Company in compliance with MIT protocol. It is based on STM32F405 single-chip microcomputer and transmits data through USB interface. The development board has four LED lights, an acceleration sensor and a clock module, which can work normally between 3V-10V.

In short, TPYBoard realizes the control of single-chip microcomputer through Python scripting language, and what the single-chip machine does is equal to what TPYBoard can do.

The above is the example analysis of MicroPython principle and STM32 branch. Have you learned any knowledge or skills? If you want to learn more skills or enrich your knowledge reserve, you are welcome to follow the industry information channel.

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