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Syllabus
- ECE 132
*Introduction
and quick review of necessary physics
*Carriers in pure semiconductors
*Doping (Impurities) in semiconductors
*p-n junctions
*Applications of p-n junctions, (LEDs, Solar Cells, etc.)
*Bipolar Transistors
*Field Effect Transistors
Please attend discussions as the pace of the class is quick
and discussions serve as a good review.
To encourage attendance there will be a quiz each discussion
section.
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Grading
10%
Quizzes
20% Homeworks
20% Midterm
50% Final Exam
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TA(s)
Sanjay Kumar
Email:
sanjaykumar_at_umail
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Professor
Mishra's Office Hours
TIME:
Monday 1pm-3pm
Please email: Lisa Dahlen
to schedule alternative appointments with Professor Mishra (phone: 805-893-8956)
LOCATION:
UCSB - Engineering Science Building, Room 2215
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Assignments
& Course News
Assignments
and solutions will be posted on the web (in pdf format) when ready.
When the problem set or solution is available, it will be an active
hyperlink. Late assignments will not be
accepted without the TA’s prior consent.
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Description
Electrons
and holes in semiconductors; doping (p and n); state occupation
statistics; transport properties of electrons and holes; p-n junction
diodes; I-V, C-V, and switching properties of p-n junctions; introduction
to bipolar transistors, MOSFETs and JFETs. (F)
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Prerequisites
Physics
4 with a minimum grade of C-; Mathematics 5A with a minimum grade
of C; and ECE 2A-B (may be taken concurrently) with a minimum
grade of C- in both. Lecture, 3 hours; discussion, 2 hours.
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ECE
132 Lecture Notes & Data Files
Please
choose the buttons below to view notes that are relevant to information
covered in class. You will need Adobe Acrobat reader to view the
notes below. If you do not have this you may download it for free
at Adobe®
Acrobat®Reader®.
Notes - Pages 1-27
Notes - Pages 28-54
Notes - Pages 55-60
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Textbook
Solid State Electronic Devices, by B. G. Streetman and S. Banerjee
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Useful
Links
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