EE5390: Analog Integrated Circuit Design, Jan.-May 2010
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.
See this page for information on how to view these videos.
Instructor: Nagendra Krishnapura
Course syllabus, schedule, and assignments can be seen here. If you wish to download these lectures for offline viewing, click on the link, replace the .html
with .mp4
and view it in a media player.
The lectures are also available in iPod format(320×240 video, AAC audio). Click on the link marked iPod next to each lecture to download these.
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2010-01-07(
iPod): Negative feedback system using an integrator; Step response; Sinusoidal steady state response
2010-01-08(
iPod): Loop gain and its implications; Instability in presence of delay
2010-01-12(
iPod): Realizing the integrator; Finite dc gain and its effects
2010-01-13(
iPod): Increasing dc gain by cascading two stages; Stability considerations
2010-01-15(
iPod): More than two poles in the feedback loop; Stability criterion for all pole systems
2010-01-15(
iPod): Stability criterion for all pole systems; Dominant pole compensation; Non-dominant poles as delays to integrator's response
2010-01-19: Assignment 1 discussion
2010-01-27(
iPod): Opamp as a circuit block; characteristics; Realizing a dominant pole compensated opamp
2010-01-28(
iPod): Need for unity gain compensation in opamps; Dominant pole compensation by lowering one of the poles
2010-01-29(
iPod): Miller compensation, pole splitting; Physical interpretation
2010-02-01: Assignment 2 discussion
2010-02-03(
iPod): Opamp models; An alternative view of miller compensated opamp
2010-02-04(
iPod): Three stage opamp; Approximate calculation of nondominant poles and zeros
2010-02-05(
iPod): Three stage opamp; Cancelling the right half plane zero
2010-02-09: Feedforward compensation; Nyquist stability criterion (no recording)
2010-02-10(
iPod): Feedforward compensation; Nyquist stability criterion
2010-02-11(
iPod): Discussions on stability; Components available in a CMOS process
2010-02-12(
iPod): Components in a CMOS process; Resistor models; Random mismatch
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2010-02-18: Quiz I
2010-02-19: Quiz I, Assignment 3 discussion
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2010-03-17(
iPod): Impedance scaling-effect on power dissipation and noise
2010-03-18(
iPod): Fully differential circuits; Differential and common mode half circuits
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2010-03-23(
iPod): Fully differential single stage opamp with common mode feedback
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2010-03-25: Quiz II
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2010-03-28: Quiz II discussion
2010-03-30(
iPod): Two stage opamp-systematic and random offset; thermal and flicker noise
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2010-04-01(
iPod): Fully differential two stage opamp; Common mode feedback
2010-04-06(
iPod): Fully differential two stage opamp; Common mode feedback
2010-04-07(
iPod): Fully differential two stage opamp; Frequency multiplication using feedback
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2010-04-09(
iPod): First order phase locked loop; Lock range; Phase detector implementation
2010-04-11(
iPod): Effect of periodic errors at phase detector output; Need for a type II PLL
2010-04-13(
iPod): Type II PLL implementation with PFD and charge pump; Additional poles for filtering reference feedthrough
2010-04-15(
iPod): Reference feedthrough due to current mismatch; Example design
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