Main Page

From CBE179 Wiki
Revision as of 21:30, 17 December 2014 by Brandon (Talk | contribs) (Pages of Interest)

(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to: navigation, search

Welcome to CBE 179 - Processing Technology for Solid State Devices

This site is run on MediaWiki, the open-source software developed for Wikipedia.

Supplementary material, notes, and items of interest may be served here.

Please contact Brandon if you would like to contribute.

News[edit]

Exam #01 - Practice - Fall 2014 Key

Exam #02 - Practice - Fall 2014 Key

Personnel[edit]

The course is held in 122 Barrows on MWF from 9-10am. Course Expectations.

Your instructor is Dr. David Graves; your GSI is Brandon Curtis.

Lecture recordings will also be available at Berkeley's YouTube channel (CBE 179 playlist), in iTunes U, and at webcast.berkeley.edu.

Pages of Interest[edit]

Lecture Notes
01: Introduction
02: Mobility, Conductivity, and Devices
03: Device Physics
04: Vacuum Technology
05: Gas Kinetic Theory
06: Collision Theory
07: Free Molecular Flow
08: Gas Transport
09: Vacuum Pumps
10: Silicon Oxidation
11: Deal-Grove Model
12: Film Characterization
13: Chemical Vapor Deposition
Lithography
Plasma Spectroscopy
Plasma Etching
Plasma Physics
Ion-Assisted Processing
Assignments
Homework 01 - Solutions - Overview Video
Homework 02 - Solutions - Device Physics
Homework 03 - Solutions - Gas Kinetic Theory
Homework 04 - Solutions - Dielectrics
Homework 05 - Solutions - LEDs
Homework 06 - Solutions - Chemical Vapor Deposition
Homework 07 - Solutions - Lithography
Homework 08 - Solutions - Plasma Processing
Homework 09 - Solutions - Plasma Etching
Term Paper - Topic of your choice!
Supplementary Materials
Technical Glossary
Constants and Units
Books, Articles, and Videos
Simulations
Semiconductors @ Berkeley
Process Economics