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Lect 1 Introduction and technology size
considerations Op amp basic topologies , ref1,
ref2 ,ref3,ref4,
ref5,
ref 6 on extracting transistor data
Lect
1C Op Amp
Limitations
Lect
1A 3 dB time
constant computation
Lect
1B Op Amp
Macromodeling
Lect
2
Nested Gm-C Amplifiers:
Examples
and recent settling time techniques
Lect
2b Nested Gm-C
For large load capacitance
Lect
2c
Inverse Nested Gm-C
Lect
3 Line
Drivers ( Output Amplifiers)
Lect 4
Bandgap and references
Lect
5 Low Voltage
( LV)Cells ref
Lect 5A
LV Current Source Implementation
Lect
5B
Flipped Voltage Follower and Applications
Lect 6
Rail-to-rail Amplifiers
Lect
7
Fully Balanced Fully Symmetric Circuits;
an example
Lect
8
Bulk Driven Circuits; a
bulk bias design
Lect 9
Floating Gate Circuits,
application
Lect 10
Noise: Fundamentals
Lect 11 LDO
Lect 13 Class D amplifiers
Lect 14A
Multipliers
Lect 14
Linearized OTAs
Lect 15
Negative Capacitor and Negative Resistor Implementations.
Lect 16 Common
Mode Feedback Fundamentals and Implementations
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