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Lecture 37: Constant-gm biasing: Deriving its multiple variants; Stability of constant-gm bias ckts.

Instructor: R. S. Ashwin Kumar (https://home.iitk.ac.in/~ashwinrs/) Full playlist:    • EE613: High-frequency analog circuit desig...   Course homepage: https://home.iitk.ac.in/~ashwinrs/202... ==========================================================================

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Lecture 38: Introduction to analog layout techniques & conclusion
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Lecture 38: Introduction to analog layout techniques & conclusion

133N Process, Supply, and Temperature Independent Biasing
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133N Process, Supply, and Temperature Independent Biasing

24 Biasing Circuits
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24 Biasing Circuits

Introduction to MOSFETs (25-Transistors)
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Introduction to MOSFETs (25-Transistors)

127. Supply-, Process-, and Temperature-Independent Biasing
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127. Supply-, Process-, and Temperature-Independent Biasing

Electronics - Lecture 21:  MOSFET biasing techniques, current mirrors, practical BJT biasing
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Electronics - Lecture 21: MOSFET biasing techniques, current mirrors, practical BJT biasing

Lecture 33(1): Class-AB output stage; Class-AB bias using a) Monti-Celli scheme, b) pseudo resistor
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Lecture 33(1): Class-AB output stage; Class-AB bias using a) Monti-Celli scheme, b) pseudo resistor

Analog VLSI Design Lecture 25: Supply Independent Biasing
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Analog VLSI Design Lecture 25: Supply Independent Biasing

#29 Generating current references
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#29 Generating current references

Fixed Transconductance Bias Circuits from First Principles
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Fixed Transconductance Bias Circuits from First Principles

Lecture 16: Two-stage Miller compensated OTA: Transistor-level implementation; Systematic offset
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Lecture 16: Two-stage Miller compensated OTA: Transistor-level implementation; Systematic offset

Lecture 36(2): Deriving flipped voltage follower & super source follower: How to study analog ckts?
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Lecture 36(2): Deriving flipped voltage follower & super source follower: How to study analog ckts?

Why Current Mode TX Driver in a SerDes?
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Why Current Mode TX Driver in a SerDes?

LDO (Low Dropout Regulator)
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LDO (Low Dropout Regulator)

CMOS Constant Transconductance Bias
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CMOS Constant Transconductance Bias

Finding Capacitance with an Oscilloscope
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Finding Capacitance with an Oscilloscope

Electronic Devices: MOSFET - Body Effect
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Electronic Devices: MOSFET - Body Effect

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