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SSCD IIT Kanpur · Basic Analog Building Blocks · 26 videos

EE 610: Analog VLSI design

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Videos in this playlist

Thumbnail for Lecture1: Voltage divider - loading effect

Lecture1: Voltage divider - loading effect

Thumbnail for Lecture2 - Linearizing a non-linear element

Lecture2 - Linearizing a non-linear element

Thumbnail for Lecture 4: MOSFET regions, and small signal parameters.

Lecture 4: MOSFET regions, and small signal parameters.

Thumbnail for Lecture5: Synthesis of controlled sources using negative feedback

Lecture5: Synthesis of controlled sources using negative feedback

Thumbnail for Lecture6: Introduction to negative feedback, with integrator in the loop.

Lecture6: Introduction to negative feedback, with integrator in the loop.

Thumbnail for Lecture7: Impact of error injection in a negative feedback loop with an integrator.

Lecture7: Impact of error injection in a negative feedback loop with an integrator.

Thumbnail for Lecture 8: Steady state errors and sinusoidal excitation in negative feedback

Lecture 8: Steady state errors and sinusoidal excitation in negative feedback

Thumbnail for Lecture9: Evaluation of Closed loop response from L(s)

Lecture9: Evaluation of Closed loop response from L(s)

Thumbnail for Lecture10: Effect of loading while breaking a loop.

Lecture10: Effect of loading while breaking a loop.

Thumbnail for Lecture11: Swing limitations and maximum gain in a common source amplifier; Intro to cascode stage

Lecture11: Swing limitations and maximum gain in a common source amplifier; Intro to cascode stage

Thumbnail for Lecture12: Swing limits continued.

Lecture12: Swing limits continued.

Thumbnail for Lecture12 Errata: Correction of swing limits in lecture 12

Lecture12 Errata: Correction of swing limits in lecture 12

Thumbnail for Lecture13: Amplifier design with constant current biasing.

Lecture13: Amplifier design with constant current biasing.

Thumbnail for Lecture14: Constant current biasing contd..

Lecture14: Constant current biasing contd..

Thumbnail for Lecture15: Biasing using constant current source into drain and feedback at source

Lecture15: Biasing using constant current source into drain and feedback at source

Thumbnail for Lecture16: Introduction to differential amplifier

Lecture16: Introduction to differential amplifier

Thumbnail for Lecture17: Input common mode range (ICMR) and common mode rejection ratio (CMRR) in diffamp.

Lecture17: Input common mode range (ICMR) and common mode rejection ratio (CMRR) in diffamp.

Thumbnail for Lecture18: Current mirrors

Lecture18: Current mirrors

Thumbnail for Lecture19: Active loads using PMOS; Inverters as amplifiers

Lecture19: Active loads using PMOS; Inverters as amplifiers

Thumbnail for Lecture 20: Diffamp with current mirror load

Lecture 20: Diffamp with current mirror load

Thumbnail for Lecture 21: PSRR in differential pairs

Lecture 21: PSRR in differential pairs

Thumbnail for Lecture 22: PSRR in difamp in negative feedback

Lecture 22: PSRR in difamp in negative feedback

Thumbnail for Lecture 23: Swing limits in an opamp in negative feedback

Lecture 23: Swing limits in an opamp in negative feedback

Thumbnail for Lecture 24: Introduction of stability issues in multi-pole architectures

Lecture 24: Introduction of stability issues in multi-pole architectures

Thumbnail for Lecture 25: Nyquist criterion and relationship with stability in all-pole systems

Lecture 25: Nyquist criterion and relationship with stability in all-pole systems

Thumbnail for Lecture 26: Stability analysis in two stage Miller compensated opamp

Lecture 26: Stability analysis in two stage Miller compensated opamp