EE 482: Semiconductor Devices
Fall Quarter 2002
Monday, Wednesday, Thursday, Friday 12:30-1:20pm, EE1 026
Discussion/problem session: Mondays 11:30am-12:30pm, EE1 M406
Instructor: Scott Dunham
Office: EE 218
Phone: 543-2189
E-mail: dunham@ee.washington.edu
Office hours: Mondays 2-3pm, Fridays 1:30-2:30pm
TA: Fran Taylor
Office: EE1 B039 (LB)
E-mail: fet@u.washington.edu
Office hours: Tuesdays 2:30-3:30pm
Electronic Office hours: Tuesdays 9-11pm
The class EPost
Discussion Forum is now active. You must have a UW NetID
(e.g. account whose email ends with @u.washington.edu) to access the
discussion forum.
Announcements:
GOOD NEWS!! We have room with tables for the final, More
234. More Hall is across from the new CSE building. It is the home of
Civil Engineering and is between Mech E and MSE buildings. The EE 482
final exam will be held Monday 12/16 2:30-5:20pm.
Fran Taylor will hold office hours today (Thursday 10/24) 2-3pm
in his office. For other questions, send email to EPost.
Note revised office hours above. During electronic office hours,
EPost will be monitored to give a rapid response time.
Homework #1 has been revised (the 5th problem has been dropped as we
didn't get to that material in class today). The updated version
(Postscript, PDF) is
now posted.
Course Description: Fundamentals of semiconductor theory: carrier
diffusion and drift; concept of direct and indirect energy materials,
effective mass of mobile carriers; device physics: homo- and heterojunctions,
operating principles of bipolar junction, and MOS field-effect transistors.
4 class hours. 4 credits.
Text: ``Semiconductor Physics and Devices'' by Neamen
Prerequisites:
EE 332 (Devices and Circuits II), EE 361 (Applied Electromagnetics)
Homeworks
Homework #1 (Postscript, PDF). [You can go to Integrals.com for help on
integrals.]
Homework #1 Solutions (PDF).
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Homework #3 Solutions (PDF).
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Homework #4 Solutions (PDF).
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Homework #5 Solutions except Problem 2 (PDF).
Homework #5 Solutions for Problem 2 (PDF).
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Homework #6 Solutions (PDF).
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Homework #7 Solutions (PDF).
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Homework #8 Solutions (PDF).
Handouts
Constants and Parameters(Postscript, PDF)
Mobility and Diffusivity versus Total Ionized Dopant Concentration (PDF)
Notes on
Semiconductor Devices in Equilibrium (TIFF, PDF)
Notes on
Movement of Free Carriers (TIFF, PDF)
Notes on
Semiconductor Devices in Nonequilibrium (TIFF, PDF)
Notes on
PN Junctions (PDF)
Notes on
Metal Semiconductor Junctions (PDF)
Notes on
MOS Capacitors (PDF)
Notes on
MOS Transistors (PDF)
Notes on
Bipolar Junction Transistors (PDF)
Links
Exams