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Course27 lectures33 h 38 min

EE 105 - Spring 2008

Ming Wu · University of California, Berkeley

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About

EE 105 - Spriing 2008 - This course covers the fundamental circuit and device concepts needed to understand analog integrated circuits. After an overview of the basic properties of semiconductors, the p-n junction and MOS capacitors are described and the MOSFET is modeled as a large-signal device. Two port small-signal amplifiers and their realization using single stage and multistage CMOS building blocks are discussed. Sinusoidal steady-state signals are introduced and the techniques of phasor analysis are developed, including impedance and the magnitude and phase response of linear circuits. The frequency responses of single and multi-stage amplifiers are analyzed. Differential amplifiers are introduced.

Microelectronic Devices and Circuits

Lectures

  1. Introduction: Basic Semiconductor Physics: Charge Carriers, Doping 2008-01-22 · 1 h 10 min · Audio
  2. Carrier Drift and Diffusion 2008-01-24 · 1 h 23 min · Audio
  3. Reverse Breakdown, Diode Models, Diode Circuits, Small-Signal Analysis 2008-01-29 · 1 h 18 min · Audio
  4. BJT: Structure, Operation in Active Mode, I-V Characteristics, Large-Signal Model (Lecture Available after 5pm) 2008-02-01 · 1 h 20 min · Audio
  5. Transconductance, Small-Signal Model, Early Effect, Operation in Saturation Mode 2008-02-05 · 1 h 28 min · Audio
  6. PNP Transistor, BJT Amplifiers: Input and Output Impedances 2008-02-07 · 1 h 17 min · Audio
  7. BJT Biasing, Common-Emitter Amplifier 2008-02-12 · 1 h 16 min · Audio
  8. Emitter Degeneration, CE Stage with Biasing 2008-02-14 · 1 h 17 min · Audio
  9. Common-base Amplifier 2008-02-19 · 1 h 17 min · Audio
  10. Emitter Follower, Various Amplifier Examples 2008-02-21 · 1 h 20 min · Audio
  11. Cascode Stage 2008-02-26 · 1 h 17 min · Audio
  12. Current Mirror 2008-03-04 · 1 h 10 min · Audio
  13. Frequency Response: Bode Plots, Pole Identification, Miller's Theorem, High-Frequency BJT ... 2008-03-06 · 1 h 6 min · Audio
  14. CB Stage, Emitter Follower, Cascode Stage 2008-03-11 · 1 h 22 min · Audio
  15. MOS Capacitor: Structure, Regions of Operation 2008-03-13 · 1 h 15 min · Audio
  16. Charge Storage, Capacitance 2008-03-18 · 1 h 19 min · Audio
  17. MOSFET: Structure, I-V Characteristics 2008-03-20 · 1 h 13 min · Audio
  18. Channel-Length Modulation, Transconductance, Body Effect, Small- and Large-signal Models, PMOS transistors, Comparison Against BJT 2008-04-01 · 1 h 14 min · Audio
  19. CMOS Amplifiers: MOSFET Biasing, Current Sources, Common-Source Stage 2008-04-03 · 1 h 16 min · Audio
  20. Common-Gate Stage, Source Follower, Various Amplifier Examples 2008-04-08 · 1 h 21 min · Audio
  21. MOS Cascode and CMOS Current Mirror 2008-04-10 · 1 h 8 min · Audio
  22. Differential Amplifiers: General Considerations, BJT Differential Pair 2008-04-17 · 1 h 14 min · Audio
  23. MOS Differential Pair 2008-04-22 · 58 min · Audio
  24. BJT and MOS Cascode Differential Pairs, Common-Mode Rejection, Active Load 2008-04-24 · 1 h 13 min · Audio
  25. Frequency Response: High-Frequency MOSFET Model, CS Stage 2008-04-29 · 1 h 17 min · Audio
  26. CG Stage, Source Follower, MOS Cascode Stage, BJT and MOS Differential Pairs 2008-05-06 · 1 h 17 min · Audio
  27. Course Review 2008-05-08 · 1 h 4 min · Audio

Credits and licence

Institution
University of California, Berkeley
Teacher
Ming Wu
Year
2008
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
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