Reprint several classics of my brother: 1. Analog CMOS integrated circuit design. We studied the textbook of the second module of electrical course. Teacher Wang Ning gave a wonderful speech in this class. I didn't realize there were other books, so I read this book several times. The contents of this book are mostly extracted from relatively new papers and have not been proved by industry practice, so one of the major features is that there are many traps. But it can be seen as a procurement that provides you with many in-depth research topics. 2.Phillip E. Allen's "CMOS Analog Integrated Circuit Design", the second edition, is very engineering and suitable for people with a certain theoretical basis of CMOS analog electricity. At that time, I came into contact with this book because Bi fantasized that he was an ADC. After reading it, I feel that Philip wrote this book to write ADC. It is worth mentioning that the operational amplifier is beautifully written in chapters 5, 6 and 7. 3. I strongly recommend the book Analysis and Design of Analog Integrated Circuits by Paul R. Gray, which can be called the Bible of Analog Circuits. I've been studying this book recently, and I feel that it's a long time since I met you. I'm addicted, and even a little reluctant to stop. This book is a textbook specially designed for EE 140 and EE240 by the Department of EECS, University of California, Berkeley. It can be said that the essence of Berkeley is the essence of silicon valley, and the essence of Silicon Valley is the essence of IC. Reading this book (English version), you will definitely appreciate the rigor of godfather Paul's thinking, rigor of argument and clarity of organization. One of the highlights of this book is the good combination of bipolar and CMOS, which can bring readers a complete concept of transitional IC. Recommended reading. EE 140 was taught by Daniel Rorber R.Broderson (the former boss of Brother Quan) in Berkeley, and his video is available on comic. I stayed with him for a whole semester, and I felt quite rewarding. It seems that all the blood in my body is made by Analog, so you can't help liking him. 4. The Art of Analog Circuit Layout by Allen Hastings and the Art of Analog Circuit Layout by Paul were used as EE240 textbooks in Berkeley. It helps you to look at the process from the point of view of the circuit designer, and feed back the circuit you designed from the point of view of the process. It is recognized as an excellent back-end teaching material. 5.Robert F. Pierret's Fundamentals of Semiconductor Devices is easier to get started than Shi Min's Fundamentals of Semiconductor Devices. I believe most of you have read this book. EE 130 in Berkeley is taught by professors. King (Tsuzai). Students interested in analog or devices had better lay a good foundation of energy band, pn junction, BJT and MOS. By the way, knowledge about "signal and system" and "control" is also necessary, especially when it comes to high frequency and stability design. 6. There may be some students who plan to join RF, so I recommend Thomas H. Lee's Design of CMOS RF Integrated Circuits, the second edition, which is absolutely authoritative. I haven't studied this book, so I won't comment on it for the time being. Personally, I feel very lucky to have the opportunity to observe the discussion of a topic by different scholars from different angles. Read the works of these masters (paul gray, R.G. Meyer, S.H. Lewis, Paul J. Hearst, Thomas H. Lee, Allen Hastings, R. Brodersen, etc. , especially the Berkeley five) can help me quickly. In addition, the University of California, Berkeley, as a model of public universities in the United States, represents the admirable spirit of being born in poverty but not afraid of powerful people, being brave in fighting for profits and challenging privileges and elites (Harvard, Yale and Stanford). For everyone here, the sun and the moon just pass by in a hurry, taking away our knowledge and ideals and leaving our precious "learning pulse".