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SSCD IIT Kanpur · Basic Analog Building Blocks · 42 videos

EE210-2025 (Analog Electronics)

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Videos in this playlist

Thumbnail for Lecture 1: Consequences of driving a low-impedance load

Lecture 1: Consequences of driving a low-impedance load

Thumbnail for Lecture 2: Why do we need a voltage controlled voltage source?

Lecture 2: Why do we need a voltage controlled voltage source?

Thumbnail for Lecture 3: Need for non-linearity to get power amplification

Lecture 3: Need for non-linearity to get power amplification

Thumbnail for Lecture 4: Linearizing a non-linear circuit

Lecture 4: Linearizing a non-linear circuit

Thumbnail for Lecture 5: Linearizing non-linear elements in a network

Lecture 5: Linearizing non-linear elements in a network

Thumbnail for Lecture 6: Combining incremental response with the quiescent response

Lecture 6: Combining incremental response with the quiescent response

Thumbnail for Lecture 7: Finding incremental resistance and introduction to two-ports (incomplete recording)

Lecture 7: Finding incremental resistance and introduction to two-ports (incomplete recording)

Thumbnail for Lecture 8: Incremental two-port Y-parameters and their usage in understanding controlled sources

Lecture 8: Incremental two-port Y-parameters and their usage in understanding controlled sources

Thumbnail for Lecture 9: Desirable I-V char of a 2-port-network for amplification (Frozen video after 15:00)

Lecture 9: Desirable I-V char of a 2-port-network for amplification (Frozen video after 15:00)

Thumbnail for Lecture 10: Visualising mechanical ways of creating an amplifier

Lecture 10: Visualising mechanical ways of creating an amplifier

Thumbnail for Lecture 11: Introduction of MOS structure to control current through a third-terminal

Lecture 11: Introduction of MOS structure to control current through a third-terminal

Thumbnail for Lecture 12: Intro to I-V char of a MOSFET

Lecture 12: Intro to I-V char of a MOSFET

Thumbnail for Lecture 13: Relating I-V char of a MOSFET (in linear region) to the y-parameters of a two port

Lecture 13: Relating I-V char of a MOSFET (in linear region) to the y-parameters of a two port

Thumbnail for Lecture 14: Relating I-V char of a MOSFET (in saturation) to two-port y-parameter model.

Lecture 14: Relating I-V char of a MOSFET (in saturation) to two-port y-parameter model.

Thumbnail for Lecture 15: Intro to common-source amplifier

Lecture 15: Intro to common-source amplifier

Thumbnail for Lecture 16: Estimating swing limits of a sinusoidal input signal when applied to a CS stage

Lecture 16: Estimating swing limits of a sinusoidal input signal when applied to a CS stage

Thumbnail for Lecture 17: Max achievable gain in a resistively loaded CS amplifier

Lecture 17: Max achievable gain in a resistively loaded CS amplifier

Thumbnail for Lecture 18: Using a capacitor to help replace multiple voltage sources for biasing

Lecture 18: Using a capacitor to help replace multiple voltage sources for biasing

Thumbnail for Lecture 19: Relating time-constant to 3dB frequencies in Bode plots

Lecture 19: Relating time-constant to 3dB frequencies in Bode plots

Thumbnail for Lecture 20: Biasing a transistor with constant current source

Lecture 20: Biasing a transistor with constant current source

Thumbnail for Lecture 21: Biasing a transistor using a current source contd..

Lecture 21: Biasing a transistor using a current source contd..

Thumbnail for Lecture 22: Constant current bias by applying current source/sink to the source of the transistor

Lecture 22: Constant current bias by applying current source/sink to the source of the transistor

Thumbnail for Lecture 23: CS amplifier with current source at the source; Introducing the source follower.

Lecture 23: CS amplifier with current source at the source; Introducing the source follower.

Thumbnail for Lecture 24: Biasing a transistor with a current source at drain and feedback at source

Lecture 24: Biasing a transistor with a current source at drain and feedback at source

Thumbnail for Lecture 25: Discussion constant current source biasing contd..

Lecture 25: Discussion constant current source biasing contd..

Thumbnail for Lecture 26: Introduction to channel length modulation and its implications

Lecture 26: Introduction to channel length modulation and its implications

Thumbnail for Lecture 27: Introduction to cascode configuration

Lecture 27: Introduction to cascode configuration

Thumbnail for Lecture 28: Discussion on cascode (common gate) configuration

Lecture 28: Discussion on cascode (common gate) configuration

Thumbnail for Lecture 29: Using PMOS transistor to increase gain of the NMOS common source amplifier

Lecture 29: Using PMOS transistor to increase gain of the NMOS common source amplifier

Thumbnail for Lecture 30: Introducing PMOS transistor to increase the incremental output resistance in a CS amp.

Lecture 30: Introducing PMOS transistor to increase the incremental output resistance in a CS amp.

Thumbnail for Lecture 31: Converting an NMOS based network to a PMOS based network

Lecture 31: Converting an NMOS based network to a PMOS based network

Thumbnail for Lecture 32: Using negative feedback to obtain precise gain.

Lecture 32: Using negative feedback to obtain precise gain.

Thumbnail for Lecture 33: Using source following to prevent loading while designing negative feedback loop

Lecture 33: Using source following to prevent loading while designing negative feedback loop

Thumbnail for Lecture 34: Norton equivalent of difference amplifier

Lecture 34: Norton equivalent of difference amplifier

Thumbnail for Lecture 35: Norton equivalent of a differential amp contd..

Lecture 35: Norton equivalent of a differential amp contd..

Thumbnail for Lecture 36: Differential amplifier with a current mirror load

Lecture 36: Differential amplifier with a current mirror load

Thumbnail for Lecture 37: Analysis of diffamp by splitting inputs into differential and common mode

Lecture 37: Analysis of diffamp by splitting inputs into differential and common mode

Thumbnail for Lecture 38: Capacitances in a MOSFET and its effects on feedback loop

Lecture 38: Capacitances in a MOSFET and its effects on feedback loop

Thumbnail for Lecture 39: Poles in diff-pair and relating UGB of loop gain to -3dB bandwidth of the closed loop

Lecture 39: Poles in diff-pair and relating UGB of loop gain to -3dB bandwidth of the closed loop

Untitled video

Thumbnail for Lecture 41: Introduction to BJT as an amplifying device

Lecture 41: Introduction to BJT as an amplifying device

Thumbnail for Lecture 42: Critical differences of BJT with MOSFET and design steps to handle them

Lecture 42: Critical differences of BJT with MOSFET and design steps to handle them