我双手赞成推荐《The Art of Electronics》——它是极佳的入门书。我还想加上 Camenzind（555 定时器的发明者）写的《The art of designing analog chips》以及《Multistage Transistor Circuits》（SEEC 第 5 卷）。最后一本书是电路设计部分流程的极佳入门。如果有人觉得特别……
I would wholeheartedly second 'The Art of Electronics'---it is a perfect book to start with. I would add 'The art of designing analog chips' by Camenzind (the inventor of the 555 timer) and 'Multistage Transistor Circuits' (SEEC, vl 5). The last book is a good introduction into the design portion of the process. If one feels particularly…
……然后用 Ebers–Moll 模型进行定量分析；它们的重点在于如何利用这些知识，通过可在电路板上拼装的分立元件来设计能正常工作的电路。Camenzind 的《Designing Analog Chips》（网上有免费版）则深入探讨了如何利用这些信息来设计真正的芯片（nand2tetris 不仅扯到了亚稳态和噪声容限之类的东西，作者们似乎还搞混了……
…then quantitatively with the ebers–moll model; they're focused on how to use this information to design working circuits from discrete components you can put together on a circuit board. camenzind's designing analog chips (available free online) goes into how to use this information to design actual chips (not only does nand2tetris get into things like metastability and noise margin, the authors seem to be confused about…
“电子”书单里没有 Horowitz & Hill 的《The Art of Electronics》。它是最好的之一，被一些名校采用（由哈佛的两位教授编写，哈佛等地都在用）。Sedra/Smith 的《Microelectronic Circuits》在书单里，这是另一本我会为电子工程基础课程推荐的书。
Camenzind 的《Designing Analog Chips》也……
The "electronics" list doesn't include Horowitz & Hill's "The Art of Electronics". It's one of the best, used at some prestigious universities (written by 2 professors at Harvard, used there among others). Sedra/Smith's book "Microelectronic Circuits" is listed, it's the other one I'd mention for a course on the fundamentals of electronics engineering.
Camenzind's "Designing Analog Chips" also de
I stick to ICs from the 1970s and 1980s; after that, things get too hard to understand. Books from that era provide a reasonable description.
For digital circuits, Mead and Conway's Introduction to VLSI Systems is a good source of information. It's available online: https://ai.eecs.umich.edu/people/conway/VLSI/VLSIText/VLSITe... (the link seems to be down right now, though.)
For analog circuits,
That's wonderful, thank you.
I recommend Chapter 11 (starting at page 141 in the PDF file) for a detailed personal account of how he developed the 555 timer chip.
I'm also finding that the first 30 pages of the book is a very readable introduction to how semiconductors and transistors work -- it's written from an engineering mindset as opposed to the usual physics point of view.
Direct link to
我双手赞成推荐《The Art of Electronics》——它是极佳的入门书。我还想加上 Camenzind（555 定时器的发明者）写的《The art of designing analog chips》以及《Multistage Transistor Circuits》（SEEC 第 5 卷）。最后一本书是电路设计部分流程的极佳入门。如果有人觉得特别……
I would wholeheartedly second 'The Art of Electronics'---it is a perfect book to start with. I would add 'The art of designing analog chips' by Camenzind (the inventor of the 555 timer) and 'Multistage Transistor Circuits' (SEEC, vl 5). The last book is a good introduction into the design portion of the process. If one feels particularly…
……然后用 Ebers–Moll 模型进行定量分析；它们的重点在于如何利用这些知识，通过可在电路板上拼装的分立元件来设计能正常工作的电路。Camenzind 的《Designing Analog Chips》（网上有免费版）则深入探讨了如何利用这些信息来设计真正的芯片（nand2tetris 不仅扯到了亚稳态和噪声容限之类的东西，作者们似乎还搞混了……
…then quantitatively with the ebers–moll model; they're focused on how to use this information to design working circuits from discrete components you can put together on a circuit board. camenzind's designing analog chips (available free online) goes into how to use this information to design actual chips (not only does nand2tetris get into things like metastability and noise margin, the authors seem to be confused about…
“电子”书单里没有 Horowitz & Hill 的《The Art of Electronics》。它是最好的之一，被一些名校采用（由哈佛的两位教授编写，哈佛等地都在用）。Sedra/Smith 的《Microelectronic Circuits》在书单里，这是另一本我会为电子工程基础课程推荐的书。 Camenzind 的《Designing Analog Chips》也……
The "electronics" list doesn't include Horowitz & Hill's "The Art of Electronics". It's one of the best, used at some prestigious universities (written by 2 professors at Harvard, used there among others). Sedra/Smith's book "Microelectronic Circuits" is listed, it's the other one I'd mention for a course on the fundamentals of electronics engineering. Camenzind's "Designing Analog Chips" also de
我只用 20 世纪 70 年代和 80 年代的 IC；那之后的东西太难理解了。那个时代的书提供了合理的描述。 对于数字电路，Mead 和 Conway 的《Introduction to VLSI Systems》是很好的信息来源。它可以在线获取：https://ai.eecs.umich.edu/people/conway/VLSI/VLSIText/VLSITe...（不过这个链接现在好像打不开了。） 对于模拟电路，……
I stick to ICs from the 1970s and 1980s; after that, things get too hard to understand. Books from that era provide a reasonable description. For digital circuits, Mead and Conway's Introduction to VLSI Systems is a good source of information. It's available online: https://ai.eecs.umich.edu/people/conway/VLSI/VLSIText/VLSITe... (the link seems to be down right now, though.) For analog circuits,
下载他那本讲模拟 IC 设计的书：http://www.designinganalogchips.com/
Download his book about designing analog ICs: http://www.designinganalogchips.com/
太好了，谢谢。 我推荐第 11 章（PDF 文件从第 141 页开始），里面有他如何开发 555 定时器芯片的详细个人叙述。 我还发现这本书的前 30 页是非常易读的半导体和晶体管工作原理入门——它是从工程思维而非通常的物理学视角写的。 直接链接到……
That's wonderful, thank you. I recommend Chapter 11 (starting at page 141 in the PDF file) for a detailed personal account of how he developed the 555 timer chip. I'm also finding that the first 30 pages of the book is a very readable introduction to how semiconductors and transistors work -- it's written from an engineering mindset as opposed to the usual physics point of view. Direct link to