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**Course Time and Location:**Tu, Th 4:40-6:00 pm, 1128 Hart**Instructor:**Professor Stephen Lewis- Office: 2035 Kemper, Phone: 530-752-0458
- Office Hours: Mondays 11:00-11:50am and Thursdays 2:10-3:00pm
- Please contact me in person (in office hours or after class)
instead of by email or by phone.
**Required Text:**None**Reference Texts:***Data Converters*, Maloberti, Springer, 2008.*Principles of Data Conversion System Design*, Razavi, 1995.*Delta-Sigma Data Converters Theory, Design and Simulation*, Edited by Norsworthy, Schreier, and Temes, 1997.*Integrated Analog-to-Digital and Digital-to-Analog Converters*, van de Plassche, 1994.*Analysis and Design of Analog Integrated Circuits, 5th ed.,*Gray, Hurst, Lewis, and Meyer, 2009.*Analog MOS Integrated Circuits-II*, Edited by Gray, Wooley, and Brodersen, 1989.*Analog MOS Integrated Circuits for Signal Processing*, Gregorian and Temes, 1986.*Bipolar and MOS Analog Integrated Circuit Design*, Grebene, 1984.

**Prerequisites:**EEC210**Objectives:**After taking this course, a student should understand:- A/D and D/A building blocks (passive components and comparators),
- sample-and-hold circuits,
- digital-to-analog-converter characteristics, error sources, architectures, correction techniques, and limitations, and
- analog-to-digital-converter characteristics, error sources, architectures, correction techniques, and limitations.

**Grading:**The grades will be based on five quizzes, one design project, and a final exam. The quizzes will be closed book and closed notes and will be held on Tuesdays: Oct. 13, Oct. 20, Nov. 3, Nov. 17, and Dec. 1. The project will be due on Tuesday Nov. 24. The final exam will be held on Thursday Dec. 10 from 3:30 pm - 5:30 pm. There will be about five homework assignments, but they will not be collected or graded. The weighting used for the final course grade will be:Quizzes 25% Project 25% Final Exam 50%

**Reading Assignments:**The reading assignments refer to the books listed above and use the following abbreviations:- Maloberti = The Maloberti Book (required for EEC213)
- Razavi = The Razavi Book
- van de Plassche = The van de Plassche Book
- GHL&M = The Gray, Hurst, Lewis, and Meyer Text (required for EEC210)
- GWB = The Gray, Wooley, and Brodersen Book
- G&T = The Gregorian and Temes Text
- Grebene = The Grebene Book

**Topic****Reading**Passive Components GHL&M pp. 146-151, Grebene pp. 135-147, 154-159

G&T pp. 86-93, 117, 474-483

GWB pp. 119-127 (McCreary), 128-135 (Shyu)

GWB pp. 167-186 (Allstot)

Sample-and-Hold Circuits Maloberti Ch. 5, Razavi Ch 2 and 3, van de Plassche Ch. 8

GWB pp. 90-95 (Yen), 146-152 (Wilson)

GWB pp. 153-157 (Shieh)

Comparators Maloberti pp. 146-147 and 150-155, Razavi Sec. 7.2 and 8.1

van de Plassche Ch. 5, GWB pp. 99-106 (Allstot), 107-109 (Soo)

G&T pp. 425-437

Digital-to-Analog Converters Maloberti, Ch. 3, Razavi Ch. 4 and 5, van de Plassche Ch. 6

GWB pp. 370-375 (Miki), Grebene Ch. 14

Analog-to-Digital Converters Maloberti, Ch. 4 and Ch. 6-9, Razavi Ch. 6 and Sec. 8.3 and 8.4

van de Plassche Ch. 7, 10, and 11

GWB pp. 283-350 (10 papers), Grebene Ch. 15

- Homework #1
- Homework #1 Solution
- Homework #2
- Models for Homework #2
- Homework #2 Solution
**Homework #2 SPICE Solution**: SPICE output file for problem 1 (slow case)**Homework #2 SPICE Solution**: SPICE output file for problem 1 (fast case)**Homework #2 SPICE Solution**: SPICE output file for problem 2- More details on homework #2 solution
- Homework #3
- Homework #3 Solution
**Homework #3 SPICE Solution**: SPICE output file for problem 2- Homework #4
- Homework #4 Solution
**Homework #4 Problem #3 Solution**: Program for problem 3- Homework #5
- Homework #5 Solution
- Homework #6

**Homeworks and Homework Solutions:**

**Project:**