| Lect 1 Introduction and technology size
considerations , ref1,
ref2 ,ref3,ref4,
ref5,
ref 6 on extracting transistor data
Lect 2
Nested Gm-C Amplifiers,
large capacitive
load, reverse
types
Lect
3 Driver
(output) Amplifiers
Lect 4 Voltage references and band gaps
Lect 5
Rail to rail Amplifiers
Lect
6 Low
Voltage Design Techniques
Lect 7
Floating Gate Techniques
Lect 8
Bulk-Driven Techniques
Lect 9
Common-Mode Feedback Concepts and Circuits
Lect
10
Fully Balanced Fully Symmetric Circuits
Lect 10 B
Negative Impedance Implementation
Lect
11 DC level
shifters and applications
Lect 12 LDO Fundamentals
Lect 13
Class-D Amplifiers: Fundamentals and implementations.
Lect 14
Multipliers
Lect 15 Low
voltage OTAs using different techniques
Lect 16
Switched-Capacitors: Fundamentals I,
II
Lect
17 S/H
Circuits
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