New to the knowledge of electronics, looking for a complete knowledge of this area?

How long is the development cycle of the new nitride drip power key technology? In terms of the technology development cycle, this depends on their scientific research efforts, on the one hand, or some progress in other aspects.

The technology development cycle of new GaN power electronic components is at least calculated in years, and it is a high-tech thing.

The development cycle of this kind of electronic component technology is generally 5 weeks, which is a reincarnation, which is also very good.

You don't need to buy any books, just search for some basic scientific knowledge of electronic technology on the Internet, print it out, and let him read it. If you are ready for him to develop in this field in the future, it is another matter.

First of all, you have to have a lot of time and amazing patience.

Electronic technology, the more you learn, the more boring it becomes, and the level of depression is higher than that of "High Mathematics", so you must be psychologically prepared.

China Railway Publishing House, "Pulse and Digital Circuit Basics", a volume.

Technical secondary school electrical engineering professional textbooks).

Higher Education Press, Electrical Engineering, Volume I and II.

University engineering textbooks).

China Railway Publishing House, "Electrical Electronics".

University engineering textbooks).

Peking University Press, Radio Repair Technology, Volume I, Middle and II.

General textbook for secondary school).

People's Posts and Telecommunications Publishing House, "How to Look at Digital Circuits", a volume.

People's Posts and Telecommunications Publishing House, "Radio Component Measurement and Maintenance".

The National Defense Industry Press's "Practical Electronic Technology Manual" is a thick volume.

China Water Resources and Hydropower Publishing House, "Practical Electrician Typical Legend".

An integrated circuit manual (I personally think this type of manual is essential).

The above can be used as a reference, and I myself relied on these books to get started.

Another newspaper is recommended, the "Electronic Newspaper".

The newspaper is doing quite well, and I've been subscribing to it for 7 years.

It is very conducive to the accumulation of electronic technology knowledge in all aspects.

In addition, the magazine "Radio" is also okay, monthly, but it is not suitable for beginners, it is recommended to read it after a few days of study.

The above books and newspapers are not advertisements hehe).

If you want to learn a little deeper, it is recommended to review the first volume of Advanced Mathematics. Otherwise, the second half of some books may not be understood.

Digital circuits are a difficult point, and I'll talk about it a little bit.

To learn electronic technology, digital circuits are compulsory, and digital circuits are a difficult point, which can be learned step by step in the following order.

The foundation of pulses, logic gates, and triggers in front must be laid!

1. Binary and binary encoding, as well as the conversion relationship with decimal system.

2. Pulse circuit (generation, shaping, alternating of pulse signals. Including, differential circuits, integration circuits, limiting circuits, multi-resonant oscillation circuits, monostable and bistable circuits, etc.).

3. Logic gate circuits (AND, or, NOT, NOT, OR gates).

4. Flip-flop circuit (RS flip-flop, JK flip-flop, D and T flip-flop are required).

5. Combinatorial logic circuits (basic combinators, comparators, parity circuits, coding, decoders, data selectors).

6. Sequential logic circuits (registers are added on the basis of combined logic circuits) such as counters, beat generators or something.

7. Single-chip microcomputer.

8. Conversion between analog and digital.

After all, everyone's learning method is different.

If you plan to study in depth, you need to take a look at the above ones, if you are just studying, then I still recommend that you find a place to intern in the summer, and the real knowledge needs to be verified in practice.

It depends on how you want to develop, but the basic circuits, digital circuits, and analog circuits must be proficient, at least one or two kinds of single-chip microcomputer programming and applications, as well as their commonly used peripheral circuits, and C language must be understood. There is also EAD software (like basic Protel, this is a must).It depends on the job requirements for further learning, such as embedded

Learning a new course or starting from the basics, I believe that you learn electronics is not to develop any high-tech products, just from the hands-on, first understand the components, and then try to solder some simple circuits, there are a lot of electronic small production books; Hands-on ability still depends on practice, and what books can provide is only some normative things.

Advanced Mathematics is the foundation of the basics, and if you simulate circuits, you can learn calculus a little.

If you learn theoretical knowledge, the approximate order is "Circuit Analysis" - Analog Electronic Circuits - "Digital Circuits" - "51 MCUs (51 MCUs are mainly used for teaching, and there are not many practical applications)" At least that's how classes are held in our universities) At the same time, you should also learn to draw circuit diagrams on a computer Protel99 software for electronic circuits.

If there is a university nearby, you can also go and audit.

**Generally, there are only technical forums or circuit diagram stations, and there is nothing teaching about it, and if there is, it should be the ** of each university.

Our professor said that it is not difficult to simulate circuits, and it would be nice to spend a little more time, which is a pity. College students are lazy. Ashamed.

The most basic is the knowledge of physical circuits, advanced mathematics and C language, and then learn the basic of circuits "Circuits and Electronic Technology", and learn "MCU" according to the professional foundation"Digital Circuits" and "Analog Circuits", it is easy to learn the basics.

Circuit analysis - > analog electronic circuits - > digital circuits, 51 single-chip microcomputers.

Let's start with high school math and advanced math in college.

Digital electricity and analog electricity are difficult to learn even for college students, let alone self-study!

Power electronics is hard to learn, and I'm learning it myself! It's good for you to go to a professional training college, it's very difficult to study on your own.

You can start by looking at electronic components. I am not learning simple modulus electricity, but learning digital electricity.

Going to a nearby appliance repair department as an apprentice is most effective

Well, that's what I want to ask, thank you!

Look up information on the Internet or buy physical books to read, at first you can buy a basic technical book to read (it is best to have a place to practice), plus perseverance and persistence, this can produce a leap! I wish you success I want to learn about electronics, how do I get started?

Hello, Zhonggong Education is at your service.

The social security recruitment announcement has prompted the content of the exam, this is easy to do, you can go to the bookstore to buy relevant books for study, the most afraid is that there is no prompt, I don't know what books to read?

If you have any questions, please feel free to ask questions from Zhonggong Education Enterprises.

I am a graduate student in the field of integrated circuits. Undergraduate majors include: Integrated Circuit Design and Systems, Microelectronics, Microelectronics Technology, Electronic Information Engineering, Communication Engineering (System-level Knowledge), Electronic Science and Technology (Major), and Optical Engineering with Integrated Optical Path.

Computer Science, Electronic Information,