Lectures are available live through webcast and archived through podcast. Visit the 240 webcase site.

1/17
 Lecture 1: (pdf) Introduction to Analog Design
1/19
 Lecture 2: (pdf) CMOS Technology and Passive Devices
1/24
 Lecture 3: (pdf) MOS Models for Analog Design
1/26
 Lecture 4: (pdf) MOS Small-Signal Models for Design
1/31
 Lecture 5: (pdf) Electronic Noise (updated 2/7)
2/2
 Lecture 6: Electronic Noise Models
2/7
 No Lecture (ISSCC)
2/9
 Lecture 7: (pdf) Equivalent Noise Generators
2/14
 Lecture 8: (pdf) Current Sources
2/16
 Lecture 9: (pdf) References
2/21
 Lecture 10: (pdf) Introduction to OTAs
2/23
 Lecture 11: (pdf) Fully Differential Circuits
2/28
 Lecture 12: (pdf) Folded Cascode OTA
3/2
 Lecture 13: (pdf) Feedback (2-Port) (class notes)
3/7
 Lecture 14: Feedback (Return Ratio) (class notes)
3/9
 Lecture 15: (pdf) Settling Time (Part I) (class notes)
3/14
 Lecture 16: Settling Time (Part II); CMFB (class notes)
3/16
 Midterm
3/21
 Lecture 17: OTA Design and Compensation (class notes)
3/23
 Lecture 18: OTA Design (cont) (class notes)
3/28-3/30
 Spring Break !
4/4
 Lecture 18: Low Power Design I
4/6
 Lecture 19: Low Power Design II
4/11
 Lecture 20: (pdf) Two Stage OTA Design
4/13
 Lecture 21: Output Stages (pdf)
4/18
 Lecture 22: Nested Miller; Comparator Design (pdf)
4/20
 Lecture 23: Comparator Design; Coupling (pdf)
4/25
 Lecture 24: E/M Coupling
4/27
 Lecture 25: Substrate Coupling; Matching (pdf)
5/2
 Lecture 26: MOS S/H (pdf)
5/4
 Lecture 27: Offset Cancellation (pdf)
5/9
 Lecture 28: No Lecture