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SSCD IIT Kanpur · Basic Analog Building Blocks · 44 videos

EE 210: Microelectronics I, 2022

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Videos in this playlist

Thumbnail for Lecture 1: Use of Taylor series to deal with devices having non-linear I-V characteristics

Lecture 1: Use of Taylor series to deal with devices having non-linear I-V characteristics

Thumbnail for Lecture 2: Relating incremental model of a diode with its operating point.

Lecture 2: Relating incremental model of a diode with its operating point.

Thumbnail for Lecture 3: Relating the small signal equivalent to the tangent of the I-V characteristics

Lecture 3: Relating the small signal equivalent to the tangent of the I-V characteristics

Thumbnail for Lecture 4: Can an LTI network generate power gain?

Lecture 4: Can an LTI network generate power gain?

Thumbnail for Lecture 5: Requirement of non-linearity for power amplification

Lecture 5: Requirement of non-linearity for power amplification

Thumbnail for Lecture 6: Network theory; revisiting KCL, KVL, substitution theorem

Lecture 6: Network theory; revisiting KCL, KVL, substitution theorem

Thumbnail for Lecture 7: Network theory; Thevenin's theorem, source substitution, Tellegen's theorem

Lecture 7: Network theory; Thevenin's theorem, source substitution, Tellegen's theorem

Thumbnail for Lecture 8: Proof of reciprocity theorem; introduction to two-port network

Lecture 8: Proof of reciprocity theorem; introduction to two-port network

Thumbnail for Lecture 9: Necessary y-parameter conditions for amplification

Lecture 9: Necessary y-parameter conditions for amplification

Thumbnail for Lecture 10: An elementary introduction to physics of semiconductor devices; PN junction diode

Lecture 10: An elementary introduction to physics of semiconductor devices; PN junction diode

Thumbnail for Lecture 11: Introduction to MOS structure

Lecture 11: Introduction to MOS structure

Thumbnail for Lecture 12: Introduction to MOSFET structure

Lecture 12: Introduction to MOSFET structure

Thumbnail for Lecture 13: Introduction to I-V characteristics of in a MOSFET, and its relation with y-parameters

Lecture 13: Introduction to I-V characteristics of in a MOSFET, and its relation with y-parameters

Thumbnail for Lecture 14: Use of MOSFET in saturation region for amplification

Lecture 14: Use of MOSFET in saturation region for amplification

Thumbnail for Lecture 15: Synthesis of an amplifier while taking biasing into account

Lecture 15: Synthesis of an amplifier while taking biasing into account

Thumbnail for Lecture 16: Swing limits in a common source amplifier

Lecture 16: Swing limits in a common source amplifier

Thumbnail for Lecture 17: Biasing a common source amplifier for maximum input swing

Lecture 17: Biasing a common source amplifier for maximum input swing

Thumbnail for Lecture 18: Replacing a battery with a capacitor to bias a common source amplifier

Lecture 18: Replacing a battery with a capacitor to bias a common source amplifier

Thumbnail for Lecture 19: Finding the component values to bias a the input of a common source amplifier

Lecture 19: Finding the component values to bias a the input of a common source amplifier

Thumbnail for Lecture 20: Using coupling capacitor to drive a load without affecting bias points

Lecture 20: Using coupling capacitor to drive a load without affecting bias points

Thumbnail for Lecture 21: Bode plot for common source amplifier; Introduction to constant current biasing.

Lecture 21: Bode plot for common source amplifier; Introduction to constant current biasing.

Thumbnail for Lecture 22: Constant current biasing; diode connected transistor

Lecture 22: Constant current biasing; diode connected transistor

Thumbnail for Lecture 23: Constant current bias, by applying current at the source; evolution of a voltage buffer

Lecture 23: Constant current bias, by applying current at the source; evolution of a voltage buffer

Thumbnail for Lecture 24: Source follower architecture

Lecture 24: Source follower architecture

Thumbnail for Lecture 25: Introduction to current mirrors to bias a transistor with constant current

Lecture 25: Introduction to current mirrors to bias a transistor with constant current

Thumbnail for Lecture 26: Biasing a transistor by pushing current into the drain tweaking the source

Lecture 26: Biasing a transistor by pushing current into the drain tweaking the source

Thumbnail for Lecture 27: Biasing a transistor with current sources contd..

Lecture 27: Biasing a transistor with current sources contd..

Thumbnail for Lecture 28: Synthesis of current controlled current source- Common Gate configuration

Lecture 28: Synthesis of current controlled current source- Common Gate configuration

Thumbnail for Lecture 29: Channel length modulation in MOSFET

Lecture 29: Channel length modulation in MOSFET

Thumbnail for Lecture 30: Use of a current buffer to improve voltage gain; Introduction to body effect

Lecture 30: Use of a current buffer to improve voltage gain; Introduction to body effect

Thumbnail for Lecture 31: Effect of channel length modulation on current mirrors

Lecture 31: Effect of channel length modulation on current mirrors

Thumbnail for Lecture 32: Synthesis of a stable gain network using negative feedback

Lecture 32: Synthesis of a stable gain network using negative feedback

Thumbnail for Lecture 33: Synthesis of a differential amplifier to realize an error amplifier in a feedback loop.

Lecture 33: Synthesis of a differential amplifier to realize an error amplifier in a feedback loop.

Thumbnail for Lecture 34: Relating a differential amplifier in feedback to a classical negative feedback topology

Lecture 34: Relating a differential amplifier in feedback to a classical negative feedback topology

Thumbnail for Lecture 35: Introducing a PMOSFET to realize a gain stage

Lecture 35: Introducing a PMOSFET to realize a gain stage

Thumbnail for Lecture 36: Common source amplifier with active load

Lecture 36: Common source amplifier with active load

Thumbnail for Lecture 37: Differential amplifier with current mirror load

Lecture 37: Differential amplifier with current mirror load

Thumbnail for Lecture 38: Introducing two stage amplifiers and parasitic capacitances

Lecture 38: Introducing two stage amplifiers and parasitic capacitances

Thumbnail for Lecture 39a: Differential amplifier contd..

Lecture 39a: Differential amplifier contd..

Thumbnail for Lecture 39b: Role of parasitic impedances in stability of a two stage differential amplifier

Lecture 39b: Role of parasitic impedances in stability of a two stage differential amplifier

Thumbnail for Lecture 40: Compensating a two stage amplifier by making one pole dominant.

Lecture 40: Compensating a two stage amplifier by making one pole dominant.

Thumbnail for Lecture 41: Frequency compensation of two stage opamp

Lecture 41: Frequency compensation of two stage opamp

Thumbnail for Lecture 42: Miller Compensated opamp contd..

Lecture 42: Miller Compensated opamp contd..

Thumbnail for Lecture 43: Critical differences of BJTs with MOSFETs and analog circuit design using BJTs

Lecture 43: Critical differences of BJTs with MOSFETs and analog circuit design using BJTs