Basic Physics for Solid State Electronics
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Course Description
Solid state devices have driven widespread technological revolution and are ubiquitous in our daily lives. We study the physics of solid state materials, enabling a complete understanding from the atom to the device. Topics include: energy band theory of solids; heterostructures and low-dimensional structures for bandgap engineering; electrons, holes, densities of states and relation to absorption and gain; and semiconductor statistics determining equilibrium and non-equilibrium carrier distributions. We explain how these principles govern the operation of modern devices, including transistors, light-emitting diodes and solar cells. Prerequisite: course in modern physics.
Grading Basis
ROP - Letter or Credit/No Credit
Min
3
Max
3
Course Repeatable for Degree Credit?
No
Course Component
Lecture
Enrollment Optional?
No
Does this course satisfy the University Language Requirement?
No
Programs
EE228
is a
completion requirement
for:
- (from the following course set: )
- (from the following course set: )