Video lectures from the iCS group @ IIT Madras

EE539: Analog Integrated Circuit Design, Jan.-May 2008

These lectures are available on the web for the benefit of students at IIT Madras and elsewhere. Copyrights to these rest solely with the instructor and IIT Madras. Copying them, publishing them, rehosting them on other servers, or using them for any sort of commercial gain is prohibited.

Instructor: Nagendra Krishnapura

Course syllabus, schedule, and assignments can be seen here. If you wish to download these lectures for offline viewing, save the .swf file and view it in a browser with flash plugin or a standalone flash player.

You can download the entire set of lectures(690MB). The archive contains directories for each day's lecture. It also has an index file 2008-ee539-nkrishnapura.html from which you can access the lectures.

  1. 2008-01-01: Introduction to the course
  2. 2008-01-02: Negative feedback amplifiers-basic concept, frequency and time domain behavior
  3. 2008-01-07: Negative feedback amplifier nonidealities-Finite dc gain; additional poles and zeros
  4. 2008-01-08: Negative feedback amplifier nonidealities-Effect of additional poles in time and frequency domains
  5. 2008-01-09: Negative feedback systems-Effect of additional poles and zeros; Modifying zeros by changing input and output points around the loop
  6. 2008-01-11: Realizing negative feedback systems with opamps
  7. 2008-01-14: DC negative feedback around opamps; Fully differential opamps
  8. 2008-01-15: Components available on a CMOS IC
  9. 2008-01-18: Assignment 1 discussion
  10. 2008-01-21: Assignment 1 discussion
  11. 2008-01-22: Random and systematic mismatch, process variations
  12. 2008-01-23: MOS large signal and small signal models
  13. 2008-01-29: MOS small signal model; mismatch in MOS transistors
  14. 2008-01-30: AC small signal model of the MOSFET; concept of fT
  15. 2008-02-01: Resistor noise model
  16. 2008-02-04: MOSFET noise mode; BJT small signal and noise model
  17. 2008-02-05: MOSFET, BJT noise models
  18. 2008-02-06: Assignment 2 discussion
  19. 2008-02-08: Assignment 2 discussion
  20. 2008-02-11: Common source amplifier-dc and small signal analysis
  21. 2008-02-12: Common source amplifier-noise, and ac analyses
  22. 2008-02-18: Quiz 1 discussion; Assignment 3 discussion
  23. 2008-02-19: Common source amplifier
  24. 2008-02-22: Common source amplifier; Miller effect
  25. 2008-02-25: Common gate amplifier-circuit derivation; gain and input impedance
  26. 2008-02-26: Common gate amplifier-small signal dc and noise analyses
  27. 2008-02-27: Common gate amplifier-ac analysis
  28. 2008-02-28: Recording error :-(
  29. 2008-03-03: Power, bandwidth, and signal to noise ratio; Impedance and frequency scaling of circuits
  30. 2008-03-04: Biasing transistors at a given current
  31. 2008-03-05: Biasing transistors at a given current
  32. 2008-03-07: Biasing arrangements; current mirror; common drain amplifier
  33. 2008-03-10: Simple current mirror; cascode current mirror
  34. 2008-03-11: Amplifiers biased at a constant current
  35. 2008-03-12: Differential pair-introduction
  36. 2008-03-14: Differential and common mode half circuits
  37. 2008-03-17: Opamp CMRR requirements; Need for single and multi stage amplifiers; Differential pair with passive and active loads
  38. 2008-03-18: Differential pair with active load-gain, output resistance, CMRR
  39. 2008-03-24: Quiz II discussion
  40. 2008-03-25: Differential pair frequency response, noise
  41. 2008-03-26: Differential pair noise, offset, slew rate
  42. 2008-03-28: Effects of opamp slew rate, Assignment 6 discussion
  43. 2008-03-31: Telescopic cascode opamp
  44. 2008-04-01: Folded cascode opamp-dc gain
  45. 2008-04-02: Telescopic cascode opamp frequency response
  46. 2008-04-04: Telescopic and folded cascode opamp-noise, mismatch, slew rate
  47. 2008-04-08: Two stage opamp-topology, frequency response
  48. 2008-04-09: Two stage opamp-frequency response, noise
  49. 2008-04-11: Accurate biasing circuits; Two stage opamp slew rate
  50. 2008-04-15: Fully differential opamps, common mode feedback
  51. 2008-04-16: Fully differential opamps, common mode feedback, CMFB loop stability
  52. 2008-04-16-II: Fully differential two stage opamp, common mode feedback
  53. 2008-04-21: Course summary