By the way, what about the development and training institution of single chip microcomputer in Shenzhen? Why are there so few MCU training institutions?

Some institutions are not bad, such as Huaqing Vision.

I think many people who study single-chip microcomputer always ask how to learn single-chip microcomputer well in the first sentence. Today, Bian Xiao summed up this scholar's learning methods. How did he start? How to begin to master this process, simply tell you, can be used as an understanding.

The course of single chip microcomputer is actually a subject that pays great attention to hands-on practice. After all, you can get a general understanding of the function registers of single chip microcomputer from books. It doesn't matter if you don't understand it the first time and the second time. After all, you still lack practical sensory knowledge, so it only takes two or three days to learn to read a book with a single chip microcomputer. Then the next key point is the practice process, which is very critical. If you don't practice learning MCU, I think it's very difficult for you to learn it. As for exercises, I recommend two methods. One is that you spend money to buy a single learning board, which doesn't need too many functions. After all, for a novice, buying such a multifunctional board may not be used in life, so it is suggested that as long as there are running lights, digital tubes, independent keyboards, matrix keyboards, AD or DA (the same principle), liquid crystals and buzzers on the board, it is almost enough. As long as you pass the first level, the road behind you will be much easier, and everything is difficult at the beginning. Everyone may have heard of it. The other is that if you have a single-chip master around you, you can ask him to help you build a simple minimum system board. Only when you know the hardware can you use it skillfully. And if you don't have such a master around you and can't find anyone who can help you, then I advise you to buy one yourself. After all, it is much more convenient to have one of your own, and it will be used for small experiments with single chip microcomputer in the future, which will save trouble.

After these two aspects are ready, the next step is to equip a computer. Try to spare as much time as possible to practice. First, learn how to use debugging software, and then start with the simplest running water lamp experiment. After a period of contact, you will find how charming the single chip microcomputer is. When the program you write is implemented according to your wishes, you are happier than doing anything, and you will be addicted, really. People who do electronics are really addicted. Then let the digital tube light up. After these two meetings, you can't extricate yourself. You have begun to think about which line to take in life. This is the way to practice. When writing a program, you will certainly encounter many problems. At this time, you will look through the books or ask others. When you get the answer, you will remember it for a lifetime. Knowledge must be used in real life to solve practical problems in order to play a role.

To sum up, in fact, as long as you have confidence, can stick to it, and have a strong will not to stop until you succeed, it is also very easy to learn single chip microcomputer. Finally, I emphasize that the key to learning single chip microcomputer is to pay attention to the practical process. It is also necessary to learn single chip microcomputer and software programming. These are the more important points.