Class Restriction And Registration Summary


EE 30357 - Section 01: Semiconductors II (Devices) (CRN 21717)

Course Description:
Applications of transport phenomena in semiconductors to explain the terminal behavior of a variety of modern electronic devices such as bipolar junction transistors, MOS structures, and field effect transistors. Spring.

Associated Term: Spring Semester 2012
Campus: Main
Credits: 3
Grade Mode: Standard Letter
Course may not be repeated

EE 30347

EE 32357

Must be enrolled in one of the following Levels:
Employee Non-Degree (EM) ,  St. Mary's College (SM) ,  Undergraduate Non-Degree (UD) ,  Undergraduate (UG)
Must be enrolled in one of the following Campuses:
Main (M)

Course Attributes:
ZTST - Final exam

Registration Availability (Overflow: Off )
  Maximum Actual Remaining
TOTAL 27 17 10

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Instructor's Description of Course » Xing, Huili » EE  30357 - Section 01:  Semiconductors II (Devices) (CRN 21717)
This section presents the instructor's preliminary design of the course. It is intended to help students gain a general sense of what the course will be like.
Course Objectives
review semiconductor basics, carrier transport (drift and diffusion) and carrier distribution
how to draw a band diagram
analyze metal-oxide-semiconductor capacitors and transistors
analyze p-n junctions and related devices: photodetectors, solar cells and bipolar transistors
hands-on experience with device (transistors, LEDs, solar cells) measurement in the lab
Use of Class Time Extent (0-3 scale)
Lecture: review/elaboration of reading material
Class discussions or case study reviews
Cooperative learning (small groups)
In-class exercises, simulations/games, or problem set work
Lab work
Lecture: present material not in the readings
Quizzes or tests
Kinds of Assignments or Learning Activities Emphasis (0-3 scale)
concept-learning questioning
Problem-solving or computational exam questioning
Lab research and reports
Problem sets/exercises
Class attendance
Group, original research projects or interviews
In-class participation
Individual, original research projects or interviews
Multiple-choice, matching, or true-false type exam questioning
Types of Reading Materials Extent (0-3 scale)
Lecture notes or supplements
Other instructor-written handouts
Handbook (grammar, research, etc.) or manual (lab, etc.)
Reference materials
Role of teaching assistants (TAs)
Hold office hours
Read/grade assignments/homework
Facilitate/supervise lab sessions or studio work
Lead group help sessions
Enrollment History » EE 30357 Semiconductors II (Devices) (CRN 21717)
Enrollment over the last three years
Course was recently taught in SP09, SP10, SP11
Average number of students: 6
Composition of Students First Year Soph Junior Senior/5th Grad/Prof
Arts and Letters     5%    
Engineering     62% 29%  
Science       5%  

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