Dept of Electrical Engineering & Computer Sciences

Analog-Digital Interfaces in VLSI Technology

Instructor:
Haideh Khorramabadi

Course Description

Course Reader (Filters)

Course Reader (Nyquist Rate Data Converters)

Course Reader (Oversampled Data Converters)

Lecture Notes Session 1

Lecture Notes Session 2

Lecture Notes Session 3

Lecture Notes Session 4

Homework #1

Solution Homework #1

Lecture Notes Session 5

Lecture Notes Session 6

Homework #2

Solution Homework #2

Paper to read for Homework #2

Lecture Notes Session 7

Lecture Notes Session 8

Homework #3

Solution Homework #3

Lecture Notes Session 9

Lecture Notes Session 10

Homework #4

Solution to Homework #4

Lecture Notes Session 11

Lecture Notes Session 12

Homework #5

Solution Homework #5

Lecture Notes Session 13

Lecture Notes Session 14

Lecture Notes Session 15

Midterm

Midterm Solution

Homework #6 due date postponed to Nov. 4

Solution for Homework #6

Lecture Notes Session 16

Lecture Notes Session 17

Homework #7

Homework #7 Solution

Lecture Notes Session 18

Lecture Notes Session 19

Homework #8 Due Nov. 16th (note modification)

Homework #8 Solution

Lecture Notes Session 20

Lecture Notes Session 21

Lecture Notes Session 22

Homework #9 Due Dec. 2nd

Homework #9 Solution

Lecture Notes Session 23

Lecture Notes Session 24

Homework #10 Due Dec. 9th- Please do not collaborate on this homework- Note since you will be choosing an over-sampling ratio larger than what is needed, you can allocate the extra noise to thermal KT/C. Also, assume anti-aliasing filter has accurate corner frequency and choose the corner frequency to be at 100kHz:

Homework #10 Solution

Lecture Notes Session 25

Lecture Notes Session 26

Final Exam

Final Exam Solution