Lecture	Topics	Reading
Sep 20	Review of ECE-205	handout
22	Introduction to the Laplace Transform	9.1
25	Basic Properties and table pairs	9.2
27	Pole-zero diagrams and inverse transforms	9.3-9.5
29	Circuit response with Laplace Transforms	9.6
Oct 2	Scaling properties, IV and FV theorems	9.7
4	Transformed circuits	10.1
6	Circuit analysis	10.2
9	Circuit theorems	10.3
11	Circuit theorems
13	Nodal analysis and mesh analysis (handout)	10.4-10.6
16	Network function definitions, Op Amps	11.1-11.2
18	Impulse response and step response	11.3-11.4
20	Sinusoidal steady-state response and convolution	11.5-11.6
23	Network function design (handout)	11.7
25	Midterm 1  (histogram)	solutions
27	Network function design
Nov 1	Frequency response, first-order circuits	12.1-12.3
3	Frequency response, first-order cascades	12.4
6	Frequency response, RLC circuits	12.5
8	Bode diagrams, real poles/zeros	12.6
10	University Holiday - Veterans Day
13	Bode diagrams, complex poles/zeros	12.7
15	Active filter design: second-order low/high-pass	14.1-14.2
17	Active filter design: second-order band-pass/stop	14.3
20	Midterm 2  (histogram)	solutions
22	You deserve a break...
24	University Holiday – Columbus Day (Observed)
27	Active low-pass filter design: 1st order cascades	14.4
29	Active low-pass filter design: Butterworth	14.4
Dec 1	Active low-pass filter design: Chebychev	14.4
4	Final Exam (histogram)

ECE 301 | ECE301 Syllabus