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MIT OCW 6.002 Annotations

This revision is from 2010/10/25 23:21. You can Restore it.

(I didn't start this Wiki before I had watched several of these videos. I might someday catch back up on Lectures 1-5.)

TOREDO(Edit)

Lecture 1 - Introduction and lumped abstraction

Lecture 2 - Basic circuit analysis method (KVL and KCL mMethod)

Lecture 3 - Superposition, Thévenin and Norton

Lecture 4 - The digital abstraction

Lecture 5 - Inside the digital gate

Annotated(Edit)

Lecture 6 - Nonlinear Analysis

Lecture 7 - Incremental Analysis

Lecture 8 - Dependent sources and amplifiers

Lecture 9 - MOSFET amplifier large signal analysis - part 1

TODO...(Edit)

Lecture 9 - MOSFET amplifier large signal analysis - part 2

Lecture 10 - Amplifiers - small signal model

Lecture 11 - Small signal circuits

Lecture 12 - Capacitors and first-order systems

Lecture 13 - Digital circuit speed

Lecture 14 - State and memory

Lecture 15 - Second-order systems - part 2

Lecture 16 - Sinusoidal steady state

Lecture 17 - The impedance model

Lecture 18 - Filters

Lecture 19 - The operational amplifier abstraction

Lecture 20 - Operational amplifier circuits

Lecture 21 - Op amps positive feedback

Lecture 22 - Energy and power

Lecture 23 - Energy, CMOS

Lecture 24 - Power conversion circuits and diodes

Lecture 25 - Violating the abstraction barrier