Shulou(Shulou.com)06/01 Report--

1) sufficient determination, perseverance and patience

A classmate asked me whether the skill of single-chip microcomputer is difficult. I think this achievement should be analyzed from two aspects.

First of all, we despise it in terms of strategy. So many students can learn from the teacher for a period of time to make a car, ultrasonic distance measurement, and even a robot, seems to be very arrogant. Then they are not three heads and six arms, and there is nothing we can't do. In practice, when it comes to skills, it is actually a layer of window paper, which is impenetrable in appearance and feels a special mystery. in practice, you only need a little effort to pierce it. To exaggerate, the logical relationship of single-chip microcomputer, as long as the level of primary school, is very complicated. As the saying goes, the meeting is not difficult, the difficult will not, everyone does not understand this equipment, it seems to be very mysterious. So everyone as long as careful and solid to keep learning, must be able to learn such skills.

Secondly, we should pay attention to it tactically. You said that the single-chip microcomputer equipment, if learned in ten or eight days, then this skill can still be valuable? I can express in this way that if a skill is learned if it is very complicated, then there must be no way out or money for this skill of many people. How long will it take to learn? My study plan for everyone, according to everyone's differences, averages more than two hours of study every day, and can be started in about one to three months.

The concept of introduction is to give you a single-chip microcomputer to open up the obligation, you at least know to try your best to strive for the results of the approximate way.

The crux of the technique is to keep doing it, with perseverance and patience. If you don't have to work for a long time, you will certainly be a stranger. Therefore, if you want to become a master of single-chip microcomputer, you need at least one year's experience of your single-chip microcomputer. The concept of becoming a master of single-chip microcomputer is that you can design a circuit according to your idea from scratch, write code according to the function of the demand, and make a product.

2) textbooks and tutorials

To learn the skill of single-chip microcomputer, excellent teaching materials and tutorials must be few. Single-chip microcomputer, everyone can directly study our tutorial, as well as supporting video tutorials. In line with the concept of open source and sharing, most of our video tutorials are free, and everyone can download them directly or watch them online. In addition, because we do single-chip microcomputer to open up the use of C language, so it is best to re-study this site "C language course", encounter some C language details of the results, can be convenient for everyone to consult, maybe you can also directly search the relevant results through Google and Baidu, most of them will give you the answer to the riddle.

3) one computer and one single-chip microcomputer development board

The computer is a tool for learning a single-chip microcomputer. As a result of writing programs and consulting materials, you have to use it. However, there is a digression to say, do not regard the computer as a game machine or a VCD player. It is OK to play games and watch movies occasionally. Work and rest are United, but Fucheng will sink into it, otherwise it would be better to have no computer.

Single-chip microcomputer development board, which is also necessary. If you are still in school, there will usually be an opening board in the school laboratory. You can consider borrowing one from the teacher, or use what your brothers and sisters have used up, so you can save some money. Of course, if there are experts around, such as instructing teachers and brothers who know how to use a single-chip microcomputer, you can also do one under their guidance. If there are people around you, you can also ask them for grades that you don't understand. If these premises do not have, then you can purchase an advanced repair of other people's board design ideas, to lay the foundation for my future design of the circuit board. Here is a special introduction to our KST-51 development board, I dare not say that our design is the best, but I can be very responsible to say that our board is from the hands of experienced front-line engineers, the design is mostly based on the practice of the project to open up ideas to stop, including the overall plan, circuit design, device structure, etc., can be considered that your future project development to provide a quality reference. On the other hand, because our tutorials are based on our pioneering board, everyone can save time and improve the effectiveness of learning.

Of course, even if you don't buy our pioneer board, you still have to have a pioneer board if you want to learn it. You can't always use software to simulate. Software simulation can't learn MCU. Often a classmate used to ask me, the teacher I imitated with software is easy to use, the hardware is not easy to use what is the reason. I would like to mention here that if you use this software to simulate in class, it is possible to fool teachers into perfunctory tests, but there is a great difference between practical development and simulation software. if you really want to learn this skill of single-chip microcomputer, I can only inform you. Pick up the soldering iron welding circuit, start to write the program, stay away from the simulation software, rely on software simulation can never learn the real skills.

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