Electrical Engineering 104

Title	Linear and Nonlinear Circuits
Units	5
Prerequisites	40 (may be waived by instructor), Mathematics 53 or 54, and Physics 7B.
Description	Kirchhoff's laws. Telegen's theorem. Circuit elements (including op amps). Simple nonlinear circuits. General network analysis. Sinusoidal steady-state analysis. Laplace transform. Convolution. Network theorems. Natural frequencies. Stability. Network functions: poles and zeros; magnitude and phase. Two-ports. Filter approximation, synthesis, sensitivity.

Sections	Instructor	Teaching Effectiveness	How worthwhile was this course?
Fall 1998	Leon O. Chua	5.7 / 7	5.2 / 7
Spring 1997	Leon O. Chua	6.0 / 7	6.4 / 7
Spring 1995	Leon O. Chua	5.6 / 7	6.0 / 7
Fall 1994	Leon O. Chua	6.0 / 7	5.5 / 7
Spring 1994	Seth Sanders	6.1 / 7	5.5 / 7
Fall 1993	Leon O. Chua	4.8 / 7	4.8 / 7
Spring 1993	Ernest S. Kuh	5.7 / 7	5.1 / 7
Spring 1993	Liam Murphy	6.0 / 7	4.8 / 7
Fall 1992	Leon O. Chua	4.0 / 7	3.7 / 7
Fall 1992	Leon O. Chua	4.7 / 7	5.0 / 7
Spring 1992	Leon O. Chua	4.9 / 7	5.1 / 7
Spring 1992	Ernest S. Kuh	5.1 / 7	4.9 / 7
Fall 1991	Seth Sanders	4.6 / 7	4.6 / 7
Fall 1991	Ernest S. Kuh	4.8 / 7	4.8 / 7
Spring 1991	Ernest S. Kuh	5.5 / 7	4.8 / 7
Spring 1991	G. Lin	4.3 / 7	3.9 / 7
Fall 1990	Leon O. Chua	5.1 / 7	4.8 / 7
Fall 1990	Seth Sanders	4.2 / 7	4.2 / 7
Spring 1990	Cuneyt Guzelis	3.6 / 7	4.8 / 7
Spring 1990	Leon O. Chua	4.9 / 7	4.9 / 7
Fall 1989	Ernest S. Kuh	4.9 / 7	4.7 / 7
Fall 1989	Charles A. Desoer	5.3 / 7	5.0 / 7
Spring 1989	C. Lucas	3.0 / 7	4.7 / 7
Spring 1989	Ernest S. Kuh	5.4 / 7	5.1 / 7
Fall 1988	C. Lucas	3.5 / 7	5.5 / 7
Fall 1988	Leon O. Chua	4.9 / 7	5.0 / 7
Overall Rating		Teaching Effectiveness	How worthwhile was this course?
		4.9 / 7	5.0 / 7