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SSCD IIT Kanpur · Basic Analog Building Blocks · 29 videos

EE610 (2024): Analog VLSI circuits

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Videos in this playlist

Thumbnail for Lecture 1: Need for nonlinearity, Analysis of one-port nonlinear device

Lecture 1: Need for nonlinearity, Analysis of one-port nonlinear device

Thumbnail for Lecture 2: Small-signal linear analysis for a one-port network, Analysis of a 2-port network

Lecture 2: Small-signal linear analysis for a one-port network, Analysis of a 2-port network

Thumbnail for Lecture 3: MOSFET I-V characteristics; Identifying region of operation for amplification

Lecture 3: MOSFET I-V characteristics; Identifying region of operation for amplification

Thumbnail for Lecture 4: Building an amplifier using a MOSFET

Lecture 4: Building an amplifier using a MOSFET

Thumbnail for Lecture 5: Input signal swing limits in a common source amplifier

Lecture 5: Input signal swing limits in a common source amplifier

Thumbnail for Lecture 6: Constant current bias in common source amplifier

Lecture 6: Constant current bias in common source amplifier

Thumbnail for Lecture 7: Common source amplifier with constant current bias - II

Lecture 7: Common source amplifier with constant current bias - II

Thumbnail for Lecture 8: Common source amplifier with constant current bias-III

Lecture 8: Common source amplifier with constant current bias-III

Thumbnail for Lecture 9: Negative feedback loops

Lecture 9: Negative feedback loops

Thumbnail for Lecture 10(1): Common source amplifier with constant current bias - IV

Lecture 10(1): Common source amplifier with constant current bias - IV

Thumbnail for Lecture 10(2): Implementing a VCVS using a transistor

Lecture 10(2): Implementing a VCVS using a transistor

Thumbnail for Lecture 11: Implementing a VCCS using a transistor

Lecture 11: Implementing a VCCS using a transistor

Thumbnail for Lecture 12(1): Implementing a CCCS using a transistor

Lecture 12(1): Implementing a CCCS using a transistor

Thumbnail for Lecture 12 (2): Implementing a CCVS using a transistor

Lecture 12 (2): Implementing a CCVS using a transistor

Thumbnail for Lecture 12 (3): Summary: VCVS, VCCS, CCCS and CCVS using an NMOS transistor

Lecture 12 (3): Summary: VCVS, VCCS, CCCS and CCVS using an NMOS transistor

Thumbnail for Lecture 13 (1): Impedance looking into the drain of a transistor

Lecture 13 (1): Impedance looking into the drain of a transistor

Thumbnail for Lecture 13 (2): Impedance looking at the source of the transistor

Lecture 13 (2): Impedance looking at the source of the transistor

Thumbnail for Lecture 13 (3): Quick and approximate analysis of a circuit with multiple controlled sources.

Lecture 13 (3): Quick and approximate analysis of a circuit with multiple controlled sources.

Thumbnail for Lecture 14: Building circuits with PMOS transistor

Lecture 14: Building circuits with PMOS transistor

Thumbnail for Lecture 14 (2): Condition for saturation region in an NMOS transistor vs PMOS transistor

Lecture 14 (2): Condition for saturation region in an NMOS transistor vs PMOS transistor

Thumbnail for Lecture 15: Common source amplifier with an active load

Lecture 15: Common source amplifier with an active load

Thumbnail for Lecture 16: CMOS inverter, differential amplifier-I

Lecture 16: CMOS inverter, differential amplifier-I

Thumbnail for Lecture 17: Differential amplifier - II

Lecture 17: Differential amplifier - II

Thumbnail for Lecture 18: The 5-transistor differential amplifier: Differential & common-mode gain

Lecture 18: The 5-transistor differential amplifier: Differential & common-mode gain

Thumbnail for Lecture 19: DC operating point and input common-mode range in a five-transistor OTA

Lecture 19: DC operating point and input common-mode range in a five-transistor OTA

Thumbnail for Lecture 20: Relevance of input common-mode range & output limits; Two-stage OTA & biasing

Lecture 20: Relevance of input common-mode range & output limits; Two-stage OTA & biasing

Thumbnail for Lecture 21: Negative feedback and loop gain

Lecture 21: Negative feedback and loop gain

Thumbnail for Lecture 22: Differences between voltage & current feedback; 1st order system in negative feedback

Lecture 22: Differences between voltage & current feedback; 1st order system in negative feedback

Thumbnail for Lecture 23: 2nd-order system in negative feedback; Types of damping; Deriving phase margin

Lecture 23: 2nd-order system in negative feedback; Types of damping; Deriving phase margin