StevenIC: Tips 'n Lifehacks of Design of Analog IC, Mixed-Signal IC (AMS) & RFIC (©Steven)

[Welcome to citing and linking to the pages of this blog] Summary of learning and practice of analog circuit, mixed-signal circuit and RF circuit designs, focused on their integrated circuit (IC) implementations. General knowledge learned from books, papers and practices are summarized. This blog also holds Job Hunting Guide, including interview questions, written by Fuding Ge.

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Contact email: rflover(at)gmail(dot)com {Announcement: This blog welcome the readers to submit your own tips, lifehacks, and knowledge in the Design of Analog IC, Mixed-Signal IC & RFIC (AMS/RFIC). The submitter shall be the author and copyright-holder of the article. The submitter will still keep the copyright after the submission. I will clearly indicate the copyright owner by using "©Author" after the article's title, for example, ©Mike Green. I will also provide a link at the first line of the article pointing to the submitter's website/blog. I can also provide the author's biography at the end of the article. The submitter can send me the article in .doc format to my email above. Your submitted articles will be subject to review before posting.}

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Thursday, June 18, 2009

An online course on "Practial circuit design strategy" (All slides can be downloaded)

http://www.rdmiddlebrook.com/D_OA_Rules&Tools/index.asp

Some highlights:

"Chapter 14 shows how you get the "wrong" results when you don't choose the "right" injection configuration.

Chapter 15 shows how nonidealities ignored in the conventional single-loop model can be incorporated in an extra term in the formula, which predicts a drastically different step response from a high-frequency IC feedback amplifier example. 

Chapter 16 is a real design-oriented example of how to get the proper response for a Darlington configuration, and features the CT. This is slightly different from the GFT CD, where the same example was treated by the GFT.

Chapter 17 is the classic switching regulator input filter problem, illustrating the use of the EET.

Chapter 18 shows how a current-programmed feedback loop in a switching regulator can be represented by a closed-loop equivalent circuit."


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