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SSCD IIT Kanpur · Basic Analog Building Blocks · 26 videos

EE610: Analog VLSI Design - 2023

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Videos in this playlist

Thumbnail for Lecture 1: Necessity of non-linearity in analog amplifiers

Lecture 1: Necessity of non-linearity in analog amplifiers

Thumbnail for Lecture 2: Linearizing a non-linear element

Lecture 2: Linearizing a non-linear element

Thumbnail for Lecture 4: Introduction to incremental two port network

Lecture 4: Introduction to incremental two port network

Thumbnail for Lecture 3: Incremental equivalents of different electrical elements

Lecture 3: Incremental equivalents of different electrical elements

Thumbnail for Lecture 5: Use of MOSFET as the non-linear device for amplification

Lecture 5: Use of MOSFET as the non-linear device for amplification

Thumbnail for Lecture 7: Channel length modulation and its effects on amplifiers

Lecture 7: Channel length modulation and its effects on amplifiers

Thumbnail for Lecture 8: Capacitances in MOSFET

Lecture 8: Capacitances in MOSFET

Thumbnail for Lecture 9: Frequency characteristics of a common source amplifier

Lecture 9: Frequency characteristics of a common source amplifier

Thumbnail for Lecture 10: Frequency characteristics of common source amplifier contd..

Lecture 10: Frequency characteristics of common source amplifier contd..

Thumbnail for Lecture 6: Biasing a MOSFET for amplification

Lecture 6: Biasing a MOSFET for amplification

Thumbnail for Lecture 11: Poles and zeros by inspection in a common source amplifier

Lecture 11: Poles and zeros by inspection in a common source amplifier

Thumbnail for Lecture 12: Poles and Zeros through inspection

Lecture 12: Poles and Zeros through inspection

Thumbnail for Lecture 13: Intuition behind the locations of poles and zeros in a common source amplifier

Lecture 13: Intuition behind the locations of poles and zeros in a common source amplifier

Thumbnail for Lecture 14: Introduction to negative feedback

Lecture 14: Introduction to negative feedback

Thumbnail for Lecture 15: Effect of loop gain in a negative feedback loop

Lecture 15: Effect of loop gain in a negative feedback loop

Thumbnail for Lecture 16: Relating loop gain with closed loop transfer function

Lecture 16: Relating loop gain with closed loop transfer function

Thumbnail for Lecture 18: Stability criterion for higher order systems; introduction to phase margin

Lecture 18: Stability criterion for higher order systems; introduction to phase margin

Thumbnail for Lecture 17: Frequency response of a second order negative feedback system

Lecture 17: Frequency response of a second order negative feedback system

Thumbnail for Lecture 19: Stabilizing Miller compensated feedback network

Lecture 19: Stabilizing Miller compensated feedback network

Thumbnail for Lecture 20: Using current source to bias a common source amplifier

Lecture 20: Using current source to bias a common source amplifier

Thumbnail for Lecture 21: Introduction to differential amplifier

Lecture 21: Introduction to differential amplifier

Thumbnail for Lecture 22: CMRR in differential amplifier

Lecture 22: CMRR in differential amplifier

Thumbnail for Lecture 23: Introduction to PMOS to replace a passive resistor in a common source amplifier

Lecture 23: Introduction to PMOS to replace a passive resistor in a common source amplifier

Thumbnail for Lecture 24: Norton equivalent of a differential amplifier with current-mirror load

Lecture 24: Norton equivalent of a differential amplifier with current-mirror load

Thumbnail for Lecture 25: ICMR and common mode gain of a difamp and introduction to a two stage opamp.

Lecture 25: ICMR and common mode gain of a difamp and introduction to a two stage opamp.

Thumbnail for Lecture 26: Cascode configuration to increase gain; Current mirror for improved current matching

Lecture 26: Cascode configuration to increase gain; Current mirror for improved current matching