Electrical Engineering 131

Title	Semiconductor Electronics
Instructor in Charge	Ture K. Gustafson
Units	3
Prerequisites	130 (which may be taken concurrently).
Description	Physics of solid-state electronics. Review of quantum-mechanical principles, crystal structure, lattice vibrations, band theory, electrons and holes, diffusion and drift, recombination, high-field phenomena, optical effects, device applications. Several one-hour minilabs done in pairs with the aid of a Teaching Assistant.

Sections	Instructor	Teaching Effectiveness			How worthwhile was this course?
Spring 2000	John Stephen Smith	5.0	/ 7 ± 1.3		5.0	/ 7 ± 0.0
Fall 1998	John Stephen Smith	5.4	/ 7 ± 0.9		5.1	/ 7 ± 0.9
Fall 1997	John Stephen Smith	4.6	/ 7 ± 0.9		5.0	/ 7 ± 1.0
Fall 1995	Cottle	4.8	/ 7 ± 1.3		4.8	/ 7 ± 1.3
Fall 1994	John Stephen Smith	4.6	/ 7 ± 0.9		4.2	/ 7 ± 0.9
Fall 1993	John Stephen Smith	4.4	/ 7 ± 0.8		4.0	/ 7 ± 0.8
Fall 1992	Gustafson	3.5	/ 7 ± 0.8		3.7	/ 7 ± 0.8
Fall 1991	Gustafson	4.7	/ 7 ± 0.8		4.9	/ 7 ± 0.7
Fall 1990	Gustafson	3.6	/ 7 ± 0.6		3.7	/ 7 ± 0.8
Fall 1989	Gustafson	3.4	/ 7 ± 1.4		2.8	/ 7 ± 1.0
Fall 1988	Gustafson	4.0	/ 7 ± 0.6		3.2	/ 7 ± 0.9
Overall Rating		Teaching Effectiveness			How worthwhile was this course?
Electrical Engineering 131		4.6	/ 7 ± 0.1		4.5	/ 7 ± 0.1

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