Video Lecture Series from IIT Professors :
Analog IC Design by Prof. Sankaran Aniruddhan Sir
He is an assistant professor in the VLSI group of the department of Electrical Engineering of the Indian Institute of Technology Madras. He work in the area of RF integrated circuit design. He obtained B. Tech. degree in Electrical Engineering from IIT Madras, in 2000 then graduated with M.S. and Ph.D. degrees from the Electrical Engineering Department at the University of Washington, Seattle in June 2003 and June 2006 respectively. He worked at the System-on-Chip Laboratory under the guidance of Prof. David Allstot in the area of Phase-Locked Loops for Wireless Applications. Between 2006 and 2011, He worked as a Senior/Staff Engineer in the RF-Analog group at Qualcomm Inc., San Diego where He designed integrated circuits for Cellular RF applications.
Lectures - Notes (pdf) and Video (mp4)
Lecture 1 - Introduction to CMOS Ics [Notes Video]
Lecture 2 - CMOS scaling; Second-order effects in MOS operation [Notes Video]
Lecture 3 - MOS capacitances; Short-channel effects; CS analysis [Notes Video]
Lecture 4 - CS, CG, CD stages; Cascode stage [Notes Video]
Lecture 5 - Folded cascode; Cascode current mirrors [Notes Video]
Lecture 6 - Bipolar current mirrors [Notes Video]
Lecture 7 - Differential pairs (large-signal); Intro to Noise [Notes Video]
Lecture 2 - CMOS scaling; Second-order effects in MOS operation [Notes Video]
Lecture 3 - MOS capacitances; Short-channel effects; CS analysis [Notes Video]
Lecture 4 - CS, CG, CD stages; Cascode stage [Notes Video]
Lecture 5 - Folded cascode; Cascode current mirrors [Notes Video]
Lecture 6 - Bipolar current mirrors [Notes Video]
Lecture 7 - Differential pairs (large-signal); Intro to Noise [Notes Video]
Lecture 8 - Noise in MOSFETs; Two-port noise equivalent sources [Notes Video]
Lecture 9 - Flicker noise; noise in CS and CG stages [Notes Video]
Lecture 10 - Noise in CD, cascode & Diff pairs; Systematic mismatch [Notes Video]
Lecture 11 - Random mismatch [Notes Video]
Lecture 12 - Offset cancellation [Notes Video]
Lecture 13 - Frequency response [Notes Video]
Lecture 14 - Zeroes in freq response; Diff amp freq response [Notes Video]
Lecture 15 - Feedback Theory (2-port) [Notes Video]
Lecture 16 - Feedback Theory (control) – 1 [Notes Video]
Lecture 17 - Feedback Theory (control) – 2 [Notes Video]
Lecture 18 - Feedback Theory (control) – 3 [Notes Video]
Lecture 9 - Flicker noise; noise in CS and CG stages [Notes Video]
Lecture 10 - Noise in CD, cascode & Diff pairs; Systematic mismatch [Notes Video]
Lecture 11 - Random mismatch [Notes Video]
Lecture 12 - Offset cancellation [Notes Video]
Lecture 13 - Frequency response [Notes Video]
Lecture 14 - Zeroes in freq response; Diff amp freq response [Notes Video]
Lecture 15 - Feedback Theory (2-port) [Notes Video]
Lecture 16 - Feedback Theory (control) – 1 [Notes Video]
Lecture 17 - Feedback Theory (control) – 2 [Notes Video]
Lecture 18 - Feedback Theory (control) – 3 [Notes Video]
Lecture 19 - Feedback Theory (control) - 4; Intro to Opamps [Notes Video]
Lecture 20 - Single-stage Opamp – 1 [Notes Video]
Lecture 21 - Single-stage Opamp – 2 [Notes Video]
Lecture 20 - Single-stage Opamp – 1 [Notes Video]
Lecture 21 - Single-stage Opamp – 2 [Notes Video]
Lecture 22 - Telescopic Opamp [Notes Video]
Lecture 23 - Folded Cascode Opamp – 1 [Notes Video]
Lecture 24 - Folded Cascode Opamp - 2; Two-stage Opamp – 1 [Notes Video]
Lecture 25 - Telescopic Opamp Design; Two-stage Opamp – 2 [Notes Video]
Lecture 26 - Tracking compensation in two-stage opamps [Notes Video]
Lecture 27 - Tracking compensation - 2; Two-stage opamp design – 1 [Notes Video]
Lecture 28 - Two-stage opamp design - 2; Bipolar Opamps [Notes Video]
Lecture 29 - Bipolar 741 Opamp -1 [Notes Video]
Lecture 30 - Bipolar 741 Opamp -2 [Notes Video]
Lecture 31 - Bipolar 741 Opamp -3 [Notes Video]
Lecture 32 - Fully Differential Opamps -1 [Notes Video]
Lecture 33 - Fully Differential Opamps -2 [Notes Video]
Lecture 34 - Fully Differential Opamps -3 [Notes Video]
Lecture 35 - Three Stage Opamps; Bandgap References -1 [Notes Video]
Lecture 36 - Bandgap References - 2 [Notes Video]
Lecture 37 - Bandgap References – 3 [Notes Video]
Lecture 38 - Bandgap References – 4 [Notes Video]
Lecture 39 - Bandgap References - 5; Output Stages – 1 [Notes Video]
Lecture 40 - Output Stages – 2 [Notes Video]
Lecture 41 - Output Stages – 3 [Notes Video]
Lecture 42 - Output Stages – 4 [Notes Video]
Lecture 43 - Output Stages - 5 [Notes Video]
Lecture 44 - Analog Layout [Notes Video]
Lecture 45 - Course Review [Notes Video]
Lecture 23 - Folded Cascode Opamp – 1 [Notes Video]
Lecture 24 - Folded Cascode Opamp - 2; Two-stage Opamp – 1 [Notes Video]
Lecture 25 - Telescopic Opamp Design; Two-stage Opamp – 2 [Notes Video]
Lecture 26 - Tracking compensation in two-stage opamps [Notes Video]
Lecture 27 - Tracking compensation - 2; Two-stage opamp design – 1 [Notes Video]
Lecture 28 - Two-stage opamp design - 2; Bipolar Opamps [Notes Video]
Lecture 29 - Bipolar 741 Opamp -1 [Notes Video]
Lecture 30 - Bipolar 741 Opamp -2 [Notes Video]
Lecture 31 - Bipolar 741 Opamp -3 [Notes Video]
Lecture 32 - Fully Differential Opamps -1 [Notes Video]
Lecture 33 - Fully Differential Opamps -2 [Notes Video]
Lecture 34 - Fully Differential Opamps -3 [Notes Video]
Lecture 35 - Three Stage Opamps; Bandgap References -1 [Notes Video]
Lecture 36 - Bandgap References - 2 [Notes Video]
Lecture 37 - Bandgap References – 3 [Notes Video]
Lecture 38 - Bandgap References – 4 [Notes Video]
Lecture 39 - Bandgap References - 5; Output Stages – 1 [Notes Video]
Lecture 40 - Output Stages – 2 [Notes Video]
Lecture 41 - Output Stages – 3 [Notes Video]
Lecture 42 - Output Stages – 4 [Notes Video]
Lecture 43 - Output Stages - 5 [Notes Video]
Lecture 44 - Analog Layout [Notes Video]
Lecture 45 - Course Review [Notes Video]
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