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SSCD IIT Kanpur · Basic Analog Building Blocks · 43 videos

EE210: Analog Electronics - 2023-24

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Videos in this playlist

Thumbnail for Lecture 1: Substitution theorem revisited

Lecture 1: Substitution theorem revisited

Thumbnail for Lecture 2: Derivation of Thevenin's theorem

Lecture 2: Derivation of Thevenin's theorem

Thumbnail for Lecture 3a: How can we ascertain if a source inside a black box is voltage or a current source?

Lecture 3a: How can we ascertain if a source inside a black box is voltage or a current source?

Thumbnail for Lecture 3(b): Ascertaining the type of source inside a box

Lecture 3(b): Ascertaining the type of source inside a box

Thumbnail for Lecture 4: Linearizing a non-linear element

Lecture 4: Linearizing a non-linear element

Thumbnail for Lecture 5: Incremental analysis with generic non-linearity

Lecture 5: Incremental analysis with generic non-linearity

Thumbnail for Lecture 6: Developing a generic framework for small signal equivalent

Lecture 6: Developing a generic framework for small signal equivalent

Thumbnail for Lecture 7: Requirement of non-linearity for power amplification

Lecture 7: Requirement of non-linearity for power amplification

Thumbnail for Lecture 8: Introduction to non-linear two port network

Lecture 8: Introduction to non-linear two port network

Thumbnail for Lecture 9: Desirable characteristics of two-port incremental network for amplification

Lecture 9: Desirable characteristics of two-port incremental network for amplification

Thumbnail for Lecture 10: Desirable I-V characteristics of a non-linear two port for amplification

Lecture 10: Desirable I-V characteristics of a non-linear two port for amplification

Thumbnail for Lecture 11: Relating a mechanical amplifier to an electronic counterpart

Lecture 11: Relating a mechanical amplifier to an electronic counterpart

Thumbnail for Lecture 12: Evolution of a device needed for amplification

Lecture 12: Evolution of a device needed for amplification

Thumbnail for Lecture 13: Introduction to the I-V char of a p-MOSFET

Lecture 13: Introduction to the I-V char of a p-MOSFET

Thumbnail for Lecture 14: Introduction to the small-signal model of a p-MOSFET

Lecture 14: Introduction to the small-signal model of a p-MOSFET

Thumbnail for Lecture 15: Various regions of operation of a P-MOSFET

Lecture 15: Various regions of operation of a P-MOSFET

Thumbnail for Lecture 16a: Biasing a P-MOSFET in saturation region and application of incremental input

Lecture 16a: Biasing a P-MOSFET in saturation region and application of incremental input

Thumbnail for Lecture 16b: Biasing a P-MOSFET in saturation contd...

Lecture 16b: Biasing a P-MOSFET in saturation contd...

Thumbnail for Lecture 17: A basic amplifier topology using a PMOS transistor

Lecture 17: A basic amplifier topology using a PMOS transistor

Thumbnail for Lecture 18: Use to a capacitor to replace a floating battery for biasing

Lecture 18: Use to a capacitor to replace a floating battery for biasing

Thumbnail for Lecture 19: Finding the values of the capacitances to be used in a common source amplifier

Lecture 19: Finding the values of the capacitances to be used in a common source amplifier

Thumbnail for Lecture 20: Introduction of an NMOS transistor and its similarities with the PMOS device

Lecture 20: Introduction of an NMOS transistor and its similarities with the PMOS device

Thumbnail for Lecture 21: Introduction to constant current biasing

Lecture 21: Introduction to constant current biasing

Thumbnail for Lecture 22: Constant current source biasing

Lecture 22: Constant current source biasing

Thumbnail for Lecture 23: Constant current bias, by applying current at the source.

Lecture 23: Constant current bias, by applying current at the source.

Thumbnail for Lecture 24: Using a constant current source to bias a transistor

Lecture 24: Using a constant current source to bias a transistor

Thumbnail for Lecture 25: Design of controlled sources using MOSFETs

Lecture 25: Design of controlled sources using MOSFETs

Thumbnail for Lecture 26: Synthesis of a common-drain and a common-gate configuration

Lecture 26: Synthesis of a common-drain and a common-gate configuration

Thumbnail for Lecture 27: Channel length modulation in MOSFET

Lecture 27: Channel length modulation in MOSFET

Thumbnail for Lecture 28: Use of a current buffer to improve voltage gain; Introduction to body effect

Lecture 28: Use of a current buffer to improve voltage gain; Introduction to body effect

Thumbnail for Lecture 29: Use of a current buffer (Common gate config) contd..

Lecture 29: Use of a current buffer (Common gate config) contd..

Thumbnail for Lecture 30: Introduction to current mirrors and the effect of channel length modulation

Lecture 30: Introduction to current mirrors and the effect of channel length modulation

Thumbnail for Lecture 31: Cascode current mirrors

Lecture 31: Cascode current mirrors

Thumbnail for Lecture 32: Wide-swing current mirror

Lecture 32: Wide-swing current mirror

Thumbnail for Lecture 33: Designing an amplifier using negative feedback

Lecture 33: Designing an amplifier using negative feedback

Thumbnail for Lecture 34: Introduction to differential amplifier for use in negative feedback loop

Lecture 34: Introduction to differential amplifier for use in negative feedback loop

Thumbnail for Lecture 35: Loop gain of a negative feedback loop using a differential amplifier

Lecture 35: Loop gain of a negative feedback loop using a differential amplifier

Thumbnail for Lecture 36: Differential amplifier with current mirror load

Lecture 36: Differential amplifier with current mirror load

Thumbnail for Lecture 37: Capacitances in a MOS transistor and its effects on amplifier

Lecture 37: Capacitances in a MOS transistor and its effects on amplifier

Thumbnail for Lecture 38: Relation between open loop gain and the the closed loop response

Lecture 38: Relation between open loop gain and the the closed loop response

Thumbnail for Lecture 39: Relating the damping factor of a second order closed loop system to phase margin of L(s)

Lecture 39: Relating the damping factor of a second order closed loop system to phase margin of L(s)

Thumbnail for Lecture 40: Loop gain of two stage amplifier and its impact on stability

Lecture 40: Loop gain of two stage amplifier and its impact on stability

Thumbnail for Lecture 41: Stability of two stage opamps and introduction to Miller compensation

Lecture 41: Stability of two stage opamps and introduction to Miller compensation