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Course28 lectures33 h 58 min

EE 40 - Spring 2006

Constance Chang-Hasnain · University of California, Berkeley

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About

EE 40: Introduction to Microelectronic Circuits - Spring 2006. Fundamental circuit concepts and analysis techniques in the context of digital electronic circuits. Transient analysis of CMOS logic gates; basic integrated-circuit technology and layout. Lectures available as streaming video at webcast.berkeley.edu/courses.

Introduction to Microelectronic Circuits

Introduction/Overview

Definition Current, Voltage, KCL and KVL

Circuit Element, Model, KCL and KVL

Resistor in Parallel, Series, Node Analysis

Node Analysis with Dependent Sources; Mesh Analysis Lecture begins after a 20-minute quiz. Mesh Analysis, Superposition, Thevenin and Norton Equivalent Circuits, Max Power Transfer

Potential Plots, Water Model, Capacitor, Inductor

First Order Circuits; Transient Response to First Order Circuits; Modeling of Digital Logic Gate

Second Order Circuits

Steady State Sinusoidal Analysis; Phasors; Complex Impedance

Review of Complex Numbers

Lectures

  1. Introduction/Overview 2006-01-17 · 1 h 17 min · Audio
  2. Definition Current, Voltage, KCL and KVL 2006-01-19 · 1 h 31 min · Audio
  3. Circuit Element, Model, KCL and KVL 2006-01-24 · 1 h 17 min · Audio
  4. Resistor in Parallel, Series, Node Analysis 2006-01-26 · 1 h 22 min · Audio
  5. Node Analysis with Dependent Sources; Mesh Analysis 2006-01-31 · 1 h · Audio
  6. Mesh Analysis, Superposition, Thevenin and Norton Equivalent Circuits, Max Power Transfer 2006-02-02 · 1 h 16 min · Audio
  7. Potential Plots, Water Model, Capacitor, Inductor 2006-02-07 · 1 h 20 min · Audio
  8. First Order Circuits; Transient Response to First Order Circuits; Modeling of Digital Logic Gate 2006-02-09 · 1 h 15 min · Audio
  9. Second Order Circuits 2006-02-14 · 55 min · Audio
  10. Steady State Sinusoidal Analysis; Phasors; Complex Impedance 2006-02-16 · 1 h 22 min · Audio
  11. Review of Complex Numbers 2006-02-21 · 1 h 13 min · Audio
  12. Circuit Analysis with Complex impedance 2006-02-23 · 1 h 6 min · Audio
  13. Filters 2006-02-28 · 1 h 6 min · Audio
  14. Op Amp Example; Inverter Amp; Summing Amp; Non-Inverting Amp; Differential Amp; I-to-V Converter 2006-03-07 · 1 h 20 min · Audio
  15. Semiconductor Materials; Si; Doping 2006-03-09 · 1 h 13 min · Audio
  16. Diodes 2006-03-14 · 55 min · Audio
  17. Diodes 2 2006-03-16 · 1 h 10 min · Audio
  18. MOSFET 2006-03-21 · 1 h 13 min · Audio
  19. MOSFET 2 2006-03-23 · 1 h 17 min · Audio
  20. MOSFET; MOSFET Curcuit 2006-04-04 · 1 h 10 min · Audio
  21. Small signal Analysis; Common Amplifiers 2006-04-11 · 1 h 18 min · Audio
  22. Source Follower and Common Gate Amplifier 2006-04-13 · 1 h 11 min · Audio
  23. Review of midterm2 2006-04-18 · 1 h 18 min · Audio
  24. Logic 2006-04-20 · 1 h 15 min · Audio
  25. Synthesis of Logic Circuits 2006-04-25 · 1 h 2 min · Audio
  26. Microfabrication 2006-05-02 · 1 h 15 min · Audio
  27. Nano-X World: is it Emperor's New Clothes? 2006-05-04 · 1 h 9 min · Audio
  28. Final Review Session 2006-05-09 · 1 h 25 min · Audio

Credits and licence

Institution
University of California, Berkeley
Teacher
Constance Chang-Hasnain
Year
2006
Level
Undergraduate
Language
English
Source
Internet Archive
Licence
Internet Archive states no licence for it. Internet Archive's terms
Attribution
2006 Regents of the University of California
Who can watch
Internet Archive gives no rating. Invisible Network shows it to Teens profiles and older, judged from what the source says about it. How courses are placed