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SSCD IIT Kanpur · Basic Analog Building Blocks · 36 videos

EE698I: Mixed-signal IC design (2024)

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Videos in this playlist

Thumbnail for Lecture 19(2): Digital calibration with PN dither based correlation: Gradient descent & LMS

Lecture 19(2): Digital calibration with PN dither based correlation: Gradient descent & LMS

Thumbnail for Lecture 19(1): Pipelined ADC: Thermal noise

Lecture 19(1): Pipelined ADC: Thermal noise

Thumbnail for Lecture 18(3): Pipelined ADC: M-DAC gain error & DAC mismatch: Digital calibration to tackle them

Lecture 18(3): Pipelined ADC: M-DAC gain error & DAC mismatch: Digital calibration to tackle them

Thumbnail for Lecture 18(2): Pipelined Flash ADC: Circuit implementation of the multiplying-DAC (M-DAC)

Lecture 18(2): Pipelined Flash ADC: Circuit implementation of the multiplying-DAC (M-DAC)

Thumbnail for Lecture 18(1): Pipelined ADC: Redundancy to tackle sub-ADC error; Deriving 1.5 bit & M+0.5 bit stage

Lecture 18(1): Pipelined ADC: Redundancy to tackle sub-ADC error; Deriving 1.5 bit & M+0.5 bit stage

Thumbnail for Lecture 17(3): Introduction to multi-step & Pipelined ADCs

Lecture 17(3): Introduction to multi-step & Pipelined ADCs

Thumbnail for Lecture 17(2): SAR ADC: Effect of capacitor mismatch: Understanding why digital calibration works

Lecture 17(2): SAR ADC: Effect of capacitor mismatch: Understanding why digital calibration works

Thumbnail for Lecture 17(1): SAR ADC: Split C-DAC technique for reducing the total capacitance

Lecture 17(1): SAR ADC: Split C-DAC technique for reducing the total capacitance

Thumbnail for Lecture 16(2): Redundancy to solve incomplete DAC settling; Deriving condition for redundancy & eg.,

Lecture 16(2): Redundancy to solve incomplete DAC settling; Deriving condition for redundancy & eg.,

Thumbnail for Lecture 16(1): Asynchronous SAR ADC: Understanding how to implement a self-timed asynchronous SAR

Lecture 16(1): Asynchronous SAR ADC: Understanding how to implement a self-timed asynchronous SAR

Thumbnail for Lecture 15: SAR ADC; Deriving the capacitive DAC switching schemes & the monotonic switching scheme

Lecture 15: SAR ADC; Deriving the capacitive DAC switching schemes & the monotonic switching scheme

Thumbnail for Lecture 14: Time-interleaved ADCs; Gain, timing & offset mismatch; Calibration to correct mismatches

Lecture 14: Time-interleaved ADCs; Gain, timing & offset mismatch; Calibration to correct mismatches

Thumbnail for Lecture 13: Interpolation in Flash ADC: Voltage & Time based interpolation

Lecture 13: Interpolation in Flash ADC: Voltage & Time based interpolation

Thumbnail for Lecture 12(2): Latch offset: Using dynamic pre-amplifier & Calibration to reduce offset

Lecture 12(2): Latch offset: Using dynamic pre-amplifier & Calibration to reduce offset

Thumbnail for Lecture 12(1): Flash ADC: single-ended & differential; Reference subtraction in voltage & current

Lecture 12(1): Flash ADC: single-ended & differential; Reference subtraction in voltage & current

Thumbnail for Lecture 11: Deriving the StrongARM latch

Lecture 11: Deriving the StrongARM latch

Thumbnail for Lecture 9(2): Miscellanea on switched-capacitors

Lecture 9(2): Miscellanea on switched-capacitors

Thumbnail for Lecture 9(1): Correlated double-sampling (CDS) & correlated level-shifting (CLS)

Lecture 9(1): Correlated double-sampling (CDS) & correlated level-shifting (CLS)

Thumbnail for Lecture 8(2): N-path filters & passive mixers (brief introduction)

Lecture 8(2): N-path filters & passive mixers (brief introduction)

Thumbnail for Lecture 8(1): Switched-capacitor integrator (delayed & delay-free)

Lecture 8(1): Switched-capacitor integrator (delayed & delay-free)

Thumbnail for Lecture 7: Recap; Example problems on solving switched-capacitor circuits using charge conservation

Lecture 7: Recap; Example problems on solving switched-capacitor circuits using charge conservation

Thumbnail for Lecture 6(3): Understanding charge-conservation in switched-capacitor circuits from KCL

Lecture 6(3): Understanding charge-conservation in switched-capacitor circuits from KCL

Thumbnail for Lecture 6(2): Deriving the switched-capacitor amplifier

Lecture 6(2): Deriving the switched-capacitor amplifier

Thumbnail for Lecture 6(1): Non-linearity from signal-dependent charge injection; Bottom-plate sampling to rescue

Lecture 6(1): Non-linearity from signal-dependent charge injection; Bottom-plate sampling to rescue

Thumbnail for Lecture 5(3): Thermal noise of switch; Variance & PSD of sampled noise in a track & hold

Lecture 5(3): Thermal noise of switch; Variance & PSD of sampled noise in a track & hold

Thumbnail for Lecture 5(2): Deriving the gate boostrapped switch

Lecture 5(2): Deriving the gate boostrapped switch

Thumbnail for Lecture 5(1): ON resistance of a MOS switch & non-linearity; CMOS/transmission gate switch

Lecture 5(1): ON resistance of a MOS switch & non-linearity; CMOS/transmission gate switch

Thumbnail for Lecture 4(3): Sampling switch; Effect of finite ON resistance for dc & varying signals; nMOS switch

Lecture 4(3): Sampling switch; Effect of finite ON resistance for dc & varying signals; nMOS switch

Thumbnail for Lecture 4(2): Static non-linearity of an ADC: Differential & Integral non-linearity (DNL & INL)

Lecture 4(2): Static non-linearity of an ADC: Differential & Integral non-linearity (DNL & INL)

Thumbnail for Lecture 4(1): Example calculations from ADC spectrum; Aliasing of harmonics

Lecture 4(1): Example calculations from ADC spectrum; Aliasing of harmonics

Thumbnail for Lecture 3(2): Windowing to reduce spectral leakage; Choosing the right input frequency to test ADC

Lecture 3(2): Windowing to reduce spectral leakage; Choosing the right input frequency to test ADC

Thumbnail for Lecture 3(1): Recap; DFT of a sinusoid; Signal on a bin; Signal not on a bin: Spectral leakage

Lecture 3(1): Recap; DFT of a sinusoid; Signal on a bin; Signal not on a bin: Spectral leakage

Thumbnail for Lecture 2(3): Deriving the discrete Fourier transform (DFT); Measuring SQNR

Lecture 2(3): Deriving the discrete Fourier transform (DFT); Measuring SQNR

Thumbnail for Lecture 2(2): Measuring SQNR: Recap of spectral analysis; Voltage & power spectral density (PSD)

Lecture 2(2): Measuring SQNR: Recap of spectral analysis; Voltage & power spectral density (PSD)

Thumbnail for Lecture 2(1): Quantization; Signal-to-quantization noise ratio (SQNR); Effective no. bits (ENOB)

Lecture 2(1): Quantization; Signal-to-quantization noise ratio (SQNR); Effective no. bits (ENOB)

Thumbnail for Lecture 1: Sampling: aliasing, anti-alias filter, oversampling; Signal reconstruction from samples

Lecture 1: Sampling: aliasing, anti-alias filter, oversampling; Signal reconstruction from samples