lecture_02_intro

lecture_02_intro - Handout #2 EE 214 Winter 2009 Winter...

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Unformatted text preview: Handout #2 EE 214 Winter 2009 Winter 2009 EE214 Advanced Analog Integrated Circuit Design B. A. Wooley and B. Murmann Stanford University EE214 Basics (1) Teaching assistants Prasanthi Relangi, Kamal Aggarwal Administrative support Ann Guerra, CIS 207 Lectures are televised But please come to class to keep the discussion interactive! Web page: http://ccnet.stanford.edu/ee214 Check regularly, especially bulletin board Register for online access to grades and solutions Register for online access to grades and solutions Only enrolled students can register; we manually control the access list based on Axess data Please be patient; after you have registered in Axess it may take Please be patient; after you have registered in Axess, it may take up to one day before you can log into CCnet B. A. Wooley, B. Murmann EE214 Winter 2008-09 2 EE114 Basics (2) Textbook Gray, Hurst, Lewis and Meyer, Analysis and Design of Analog Integrated Circuits , 5th ed., Wiley Course prerequisites EE114 or equivalent Basic device physics and models Frequency response, poles, zeros Biasing, small-signal models Common source, common gate, and common drain stages Port impedance calculations Dominant pole approximation, zero value time constants Feedback basics B. A. Wooley, B. Murmann EE214 Winter 2008-09 3 Assignments Homework (20%) Handed out on Wed, due following Wed in class Lowest HW score will be dropped Policy for off-campus students Fax or email to SCPD before deadline stated on handout Midterm Exam (30%) Design Project (20%) Design of an amplifier using HSpice (no layout) Work in teams of two OK to discuss your work with other teams, but no file exchange! Final Exam (30%) B. A. Wooley, B. Murmann EE214 Winter 2008-09 4 Honor Code Please remember you are bound by the honor code We will trust you not to cheat We will try not to tempt you But if you are found cheating it is very serious There is a formal hearing You can be thrown out of Stanford Save yourself a huge hassle and be honest For more info http://www.stanford.edu/dept/vpsa/judicialaffairs/guiding/pdf/honorcode.pdf B. A. Wooley, B. Murmann EE214 Winter 2008-09 5 Analog Circuit Sequence Fundamentals for upper- level undergraduates and entry-level graduate Analysis and design techniques for high- performance circuits in Design of application and function- specific mixed-signal/RF EE314 students advanced Technologies building blocks EE114 EE214 EE314 RF Integrated Circuit Design EE315A VLSI Fundamentals of Analog Integrated Circuit Design Advanced Analog Integrated Circuit...
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lecture_02_intro - Handout #2 EE 214 Winter 2009 Winter...

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