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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Sunday, April 4, 2010

Free device model parameters for analog IC simulation - Predictive Technology Model, and etc.

http://www.eas.asu.edu/~ptm/
http://ptm.asu.edu/

Though the device parameters are not measured from the real devices, they can be used for simulation (within reasonable tolerance?).
Will read it for more details.

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Another related website http://www.mos-ak.org/

At its "Modeling Links", there are several related links to device modeling websites.

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In http://www.idea2ic.com/index.html, search for "BSIM4 simplified", you can also find information of device modeling, including the comparison between various device parameters with different lengths (180nm down to 22nm) in PDF.

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1um and 50nm MOSFET models, provided by R. Jacob Baker:
http://cmosedu.com/cmos1/cmosedu_models.txt
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