Office hours:
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Th 10:45-11:45pm
(until further notice)
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Course Web Page:
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http://www.ece.ucdavis.edu/~hurst/EEC212/
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Prerequisites:
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Course EEC210 required
Course EEC150B or EEC201 recommended
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Text:
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Analog Integrated Circuit Design,
Carusone, Johns and Martin; Wiley, 2nd edition, 2012
or Analog Integrated Circuit Design, Johns and Martin; Wiley,1997.
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References:
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Analysis and Design of Analog Integrated Circuits, Gray, Hurst, Lewis & Meyer; Wiley.
Design of Analog Integrated Circuits and Systems, Laker and Sansen; McGraw-Hill.
Analog MOS Integrated Circuits, Gray, Hodges, & Broderson, editors; IEEE Press.
Analog MOS Integrated Circuits 2, Gray, Wooley, & Broderson, ed.;IEEE Press.
CMOS Analog Circuit Design, Allen and Holberg; Holt, Reinhart, and Winston
MOS Switched-Capacitor Filters: Analysis and Design, Moschytz, ed.; IEEE Press.
Operation & Modeling of the MOS Transistor, Tsividis; McGraw-Hill.
Analog MOS Integrated Circuits for Signal Processing, Gregorian & Temes, Wiley.
Feedback Amplifier Principles, Rosenstark; MacMillan.
Introduction to the Design of Transconductor-Capacitor Filters, Kardontchik; Kluwer.
Analog CMOS Filters for Very High Frequencies, Nauta; Kluwer.
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Grading:
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Homework 10%, Midterm 35%, Final 55%.
Homework grading - plan is for superficial grading only; 5 points per problem set.
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Exams:
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One midterm (date TBA) and a final.
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Reading Assignments:
All reading assignments refer to material in:
Analog Integrated Circuit Design,
Carusone, Johns and Martin; Wiley, 2nd edition, 2012 (or in
Analog Integrated Circuit Design,
Johns and Martin; Wiley, 1997, which is the first edition).
Optional reading assignments, enclosed in '()', refer to material in:
Analysis and Design of Analog Integrated Circuits,
Gray, Hurst, Lewis, and Meyer (GHL&M), 5th Edition, Wiley, 2009.
Topic | Reading (2nd edition, 2012) | Reading (first edition, 1997) |
MOS Transistors and Technology |
Chap. 1 and 2 |
Chap. 1 and 2
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Passive Components |
Sect. 2.4 |
Sect. 2.4
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CMOS Op Amps: Single-ended and Fully Diff. |
Chap. 6 (GHL&M: Sect. 6.3-6.7, Sect. 9.4.3-9.4.5 & Chap. 12)
| Chap. 5 and 6, (GHL&M: Sect. 6.3-6.7, Sect. 9.4.3-9.4.5 & Chap. 12)
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Feedback (Return Ratio) |
Chap 5 (Loop Gain found in Sect. 5.4.1 is return ratio), (GHL&M: Sect. 8.8)
| Sect. 5.2, (GHL&M: Sect. 8.8)
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Switched-Capacitor Filters |
Chap. 13 and 14
| Chap. 9 and 10
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Continuous-Time Filters |
Chap. 12
| Chap. 15
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Paper on Return Ratio (see Eqn 3):
"Determination of Stability Using Return Ratios in Balanced Fully Differential Feedback Circuits"
Information for simulating return ratio in a Single-Ended Circuit:
Single-Ended RR Instructions
Information for simulating return ratio in a Differential Circuit:
Differential RR Instructions
How to run SWITCAP1 on a Linux computer:
How to run SWITCAP1 on Linux
How to use VNC to remotely connect to a Linux computer (for SWITCAP1 sims):
How to use VNC to remotely connect to a Linux computer
SWITCAP Manual:
SWITCAP2 Manual
HSPICE Command Quick Reference :
HSPICE Command Quick Reference
Handouts :
System_Examples (lecture 1)
Calculating_Lambda (lecture 1)
Passive Components (lecture 3)
Single-transistor MOS amplifier models (lecture 3)
List of interesting papers on MOS op amps (lecture 10)
Gaussian surface examples (lecture 13)
SC circuit offset calculation (lecture 13)
SCF: S-to-Z transform example (lecture 14)
SC Biquads (lecture 14)
SC Ladder filter - example (lecture 15)
CT filter with finite gain & bw - example (lecture 20)
CT filter tuning - example (lecture 20)
List of interesting filter papers (lecture 20)
A Rauch biquad (lecture 20)
A PAST MIDTERM:
A Past Midterm
Our MIDTERM SOLUTION :
Midterm Solutions
Midterm: ave = 34.4/44
HOMEWORKS (submit through Canvas by 4pm on Fridays, unless stated otherwise)
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