Video lectures from the iCS group @ IIT Madras

EE5310: Analog Electronic Circuits/EE3002 Analog Circuits(Aug.-Nov. 2014)

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Instructor: Aniruddhan S

This is an introductory course on Analog Circuits. Problem sets and other instructions can be found here. Familiarity with basic linear electrical networks is assumed. At IIT Madras, the prerequisite courses are Electrical and Magnetic Circuits and Networks and Systems.

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Lectures

  1. 2014-07-30 (No Recording) (pdf): Introduction to the course
  2. 2014-07-31 (No Recording) : Introduction to two ports and small signal circuits
  3. 2012-08-01(pdf): Incremental 2-port parameters; Requirements of an amplifier
  4. 2012-08-05(pdf): Incremental 2-port parameters for a good amplifier; Introduction to MOSFET
  5. 2012-08-06(pdf): MOSFET characteristics; transconductance
  6. 2012-08-07(pdf): MOSFET output conductance; MOSFET small-signal equivalent circuit
  7. 2012-08-08(pdf): Building a high-gain opamp
  8. 2012-08-12(pdf): Negative feedback; Single-pole amplifier
  9. 2012-08-13(pdf): Two-pole amplifier
  10. 2012-08-14(pdf): Three-pole amplifier
  11. 2012-08-19(pdf): Dominant pole compensation
  12. 2012-08-20(pdf): Gain & phase margins; 2nd order system with unequal poles
  13. [2012-08-21]: Tutorial 1
  14. [2012-08-22]: Quiz 1
  15. 2012-08-26(pdf): Miller compensation - 1
  16. 2012-08-27(pdf): Miller compensation - 2
  17. 2012-08-28(pdf): MOSFET biasing - 1
  18. 2012-09-01(pdf): MOSFET biasing - 2
  19. 2012-09-03(pdf): MOSFET swing limits - 1
  20. 2012-09-05(pdf): MOSFET swing limits - 2
  21. 2012-09-09(pdf): Bias stabilisation using negative feedback - 1
  22. 2012-09-10(pdf): Bias stabilisation using negative feedback - 2
  23. 2012-09-11(pdf): Bias stabilisation using negative feedback - 3
  24. [2012-09-12]: Tutorial 2
  25. 2012-09-16(pdf): Bias stabilisation using negative feedback - 4
  26. 2012-09-17(pdf): Bias stabilisation using negative feedback - 5
  27. 2012-09-18(pdf): Incremental VCVS - Common drain amplifier
  28. [2012-09-19]: Tutorial 3
  29. [2012-09-23]: Quiz 2
  30. 2012-09-24(pdf): Incremental VCCS - Transadmittance amplifier; Phase splitter circuit
  31. 2012-09-25(pdf): Incremental CCCS - Common gate amplifier
  32. 2012-09-26(pdf): Incremental CCVS - Transimpedance amplifier
  33. 2012-09-29(pdf): PMOS transistor
  34. 2012-09-30(pdf): PMOS bias stabilisation
  35. 2012-10-01(pdf): Increasing gain of common-source amplifier - 1
  36. 2012-10-07(pdf): Increasing gain of common-source amplifier - 2
  37. [2012-10-08]: Tutorial 4
  38. [2012-10-09]: Quiz 3
  39. 2012-10-10(pdf): Input-output characteristics of PMOS common-source amplifier
  40. 2012-10-14(pdf): CMOS inverter - 1
  41. 2012-10-15(pdf): CMOS inverter - 2
  42. 2012-10-16(pdf): Differential amplifiers
  43. 2012-10-17(pdf): Half circuit analysis; CMRR
  44. [2012-10-21]: Tutorial 5
  45. 2012-10-23(pdf): Input common-mode range; differential amplifier with active load
  46. 2012-10-24(pdf): Differential amplifier with current-mirror load
  47. [2012-10-28]: Tutorial 6
  48. 2012-10-29(pdf): Issues with 1-stage opamp; 2-stage opamp
  49. [2012-10-30]: Quiz 4
  50. 2012-10-31(pdf): 2-stage opamp transistor sizes
  51. 2012-11-05(pdf): 2-stage opamp - mismatches, output DC
  52. 2012-11-07(pdf): 2-stage opamp - dominant pole compensation; Introduction to BJT
  53. [2012-11-11]: Tutorial 7
  54. 2012-11-12(pdf): BJT small-signal equivalent circuit; BJT current mirror
  55. 2012-11-13(pdf): BJT transistor biasing; Common emitter, common collector and common base amplifiers

Problem sets

  1. Problem set 1: 21 August 2014
  2. Problem set 2: 12 September 2014
  3. Problem set 3: 19 September 2014
  4. Problem set 4: 8 October 2014
  5. Problem set 5: 21 October 2014
  6. Problem set 6: 28 October 2014
  7. Problem set 7: 10 November 2014
  8. Problem set 8: 14 November 2014