I have been studying mold power for a while, recommending a few self-reported "treasures" to everyone, talking about their feelings of using them and their experiences in learning the model, for later reference:
1. Razavi's "Analog CMOS Integrated Circuit Design"
We studied the textbooks of the second-mode electric class, and Teacher Wang Ning made this class a remarkable one. I didn't realize that there were other books at the time, so I read the book several times. The contents of this book are mostly taken from newer papers, and have not been proven by industry. Therefore, one of the characteristics is that there are more pitfalls. But it is a sourcing that provides a lot of in-depth research topics for everyone.
2. Phillip E. Allen, "CMOS Analog Integrated Circuit Design, Second Edition"
This book is very engineering and suitable for people who have a certain theoretical basis of CMOS mode. At that time, due to the assumption of ADC, I contacted the book. After reading, I feel that Phillip is writing this book for writing ADC. It is worth mentioning that chapters 5, 6, and 7 have written OP-AMP very well.
3. Paul R. Gray's "Analysis and Design of Analog Integrated Circuits" (strongly recommended)
It is called the Bible of the model, and the monk is studying this book recently. I feel that the book has a feeling of hatefulness, and it is very addictive and even a little bit of desire. This book is a special textbook for EE Berkeley's EECS department for EE140 and EE240. It can be said that it is the essence of berkeley, the essence of berkeley is the essence of silicon valley, and the essence of siliconvalley is the essence of IC. Read this book (English version), you will be able to appreciate the rigor of Paul Godfather's thinking, the rigor of argumentation, and the clarity of the book. One of the highlights of the book is that bipolar and CMOS are well combined as counterparts. It can give the reader a complete concept of a transistor-level IC. Recommended reading. EE140 in Berkeley was taught by the big cow Rorber R. Broderson (the former boss of the whole brother), he has his video, I insisted on finishing his entire semester class, I feel that the harvest is quite large, it seems to feel in my body The blood is done by Analog, you can't possibly not like him.
4. Alan HasTIngs, The Art of Analog Circuit Layout
The book, along with Paul's book, serves as a textbook for Berkeley's EE240. It helps you to look at the process from the perspective of a circuit designer, and to feed back the circuit you design from a process perspective. It is a well-recognized excellent back-end textbook.
5. Robert F. Pierret's Semiconductor Device Fundamentals
Compared with Shi Min's book, it's easier to get started. I believe that most of you have read this book. Berkeley's EE130 is taught by Prof. King (Tsu Jae). Students who are interested in participating in analog or device should best lay the foundation for energy band, pn juncTIon, BJT and MOS. Incidentally, knowledge about "signal and system" and "control" is also necessary, especially when it comes to high frequency and stability design.
6. Some students may want to join the RF, so Thomas H. Lee's "The Design of CMOS Radio-Frequency Integrated Circuits Second EdiTIon" is absolutely authoritative. I haven't studied this book yet, so I don't comment for a while.
I think that the circuit, the essence or the essence is the same, whether you are doing analog or RF, ADC or PLL, some places are open, or need to be care. It is said that the circuit that the Supreme said has to do is to feel that it is an electron and flows in the circuit. Haha, it’s really fascinating, but as Razavi said, perception is still very important. Finally, don't have too much hope for circuit design. I also chatted with my classmates yesterday. Everyone thinks that there is not much hope in this industry. For those of us who are new to the market. I also hope that everyone will have good luck.
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