How to start learning analog electronics

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1. Analog electronics: a professional basic course for introductory electronic technology. To put it bluntly, many people who major in information engineering make a living from this technology after graduation, which means "analog electronics is your livelihood". Teacher Pan's talk is a bit sensational, but I don't feel that way myself. For some reasons, I don't want to keep touching hardware, because there are C language, C++ language, algorithms, MFC, and many other things I want to learn, and I want to have more technologies to bear. However, I can't say that I will give up on analog electronics. I have just come into contact with analog electronics, and there is no reason to refuse this good thing. Although it may not be used to make a living, it will not be the most terrible when needed. So I opened a blog to record my time studying analog electronics for a semester. Since I am a beginner, I hope I can continue to supplement and correct my mistakes. 2. Analog electronics is a course that is more engineering and practical. Here are some examples to illustrate. Engineering: Qualitative and quantitative analysis 1) In the future, you can repair some basic electrical appliances by yourself without help from others. 2) Given a large drawing, you can analyze the function of the entire circuit. 3) As an engineer in the future, you can give people a lot of constructive suggestions on analog electronics. 4) When a part fails, you know where the fault is and can replace it with other components. 5) Know how to use an oscilloscope to handle analysis problems. Practicality: Commonly used tools should be used flexibly. 3. Some circuit knowledge that needs to be mastered 1) Input and output resistance 2) Thevenin-Norton equivalent circuit 3) KCL/KVL = Kirchhoff's Law 4) Associative and non-associated directions 4. When studying, grasp the basic concepts, basic circuits, basic circuit analysis methods, and basic experimental means 5. Teacher's lecture schedule: prepare in advance 1) Introduction 2) Diode and its basic circuit 3) Bipolar junction transistor and its amplifier circuit 4) Field effect transistor and its amplifier circuit 5) Power amplifier circuit 6) Analog integrated circuits 7) Operational amplifiers 8) Feedback amplifier circuits 9) Signal processing and signal generation circuits 10) Frequency Response 6. Give yourself a few words (come back and read it many years later): 1) Make a promise to yourself 10 years later (30 years old). 10 years later, I will give you a man who is proficient in C language, C++ language, assembly language, 51 single-chip microcomputer, STM32 single-chip microcomputer, ARM, Windows programming, VC MFC design, Java language, Android software development, Matlab language, analog and digital electronics, circuits, data structure and algorithm, image processing, website development. Believe me! ２) People who study computer science have seen all kinds of storms. Don't be afraid of problems now and in the future. ３）Slowly accumulate what you have learned. The more knowledge you have, the more open your mind will be.MFC design, Java language, Android software development, Matlab language, analog and digital electronics, circuits, data structures and algorithms, image processing, website development, trust me! ２) Those who study computer science have seen all kinds of storms and waves. Don’t be afraid of problems now or in the future. ３) Slowly accumulate what you have learned. With more knowledge, your heart will be wider. MFC design, Java language, Android software development, Matlab language, analog and digital electronics, circuits, data structures and algorithms, image processing, website development, trust me! ２) Those who study computer science have seen all kinds of storms and waves. Don’t be afraid of problems now or in the future. ３) Slowly accumulate what you have learned. With more knowledge, your heart will be wider. MFC design, Java language, Android software development, Matlab language, analog and digital electronics, circuits, data structures and algorithms, image processing, website development, trust me! ２) Those who study computer science have seen all kinds of storms and waves. Don’t be afraid of problems now or in the future. ３) Slowly accumulate what you have learned. With more knowledge, your heart will be wider. MFC design, Java language, Android software development, Matlab language, analog and digital electronics, circuits, data structures and algorithms, image processing, website development, trust me! ２) Those who study computer science have seen all kinds of storms and waves. Don’t be afraid of problems now or in the future. ３) Slowly accumulate what you have learned. With more knowledge, your heart will be wider.