Lecture 
Date 
Topic 
Reading 
1 
6/13 
introduction, voltage, current, power, KVL, KCL, elements, sources, solutions of circuit problems 
0, 1.11.3 
2 
6/14 
complex numbers review, resistor combinations 
1.4, Appendix A, 2.1 
3 
6/15 
source transformation, node voltage method 
2.12.2 
4 
6/16 
node voltage method, loop current method 
2.22.3 

6/17 
No Class 

5 
6/20 
linearity and superposition 
2.4 
6 
6/21 
Thevenin and Norton, available power and max power transfer 
2.42.5 

6/21 
Quiz 1 

7 
6/22 
ideal opamp and linear opamp circuits 
3.1 
8 
6/23 
differentiators and integrators, introduction to LTI systems 
3.23.3 
9 
6/24 
1st order RC and RL circuits with constant inputs 
3.4 
10 
6/27 
1st order RC and RL circuits with constant inputs (cont) 
3.4 
11 
6/28 
1st order RC and RL circuits with timevarying inputs, transient and steadystate response in LTI systems 
3.5 

6/28 
Quiz 2 

12 
6/29 
phasors, cosinusoids, impedance, sinusoidal steadystate 
4.14.2 
13 
6/30 
sinusoidal steadystate, average and available power 
4.3 
14 
7/1 
resonance, frequency response of dissipative LTI systems 
4.4, 5.1 

7/4 
No Class 

15 
7/5 
properties of frequency response, LTI system response to cosinusoids and multifrequency inputs 
5.25.4 

7/5 
Quiz 3 

16 
7/6 
periodic signals, Fourier series 
6.16.2 
17 
7/7 
Fourier series 
6.2 
18 
7/8 
system response to periodic inputs 
6.3 
19 
7/11 
Fourier transform pairs and properties of FT 
7.1 
20 
7/12 
Fourier transform pairs and properties of FT, frequencydomain description of signals 
7.17.2 

7/12 
Quiz 4 (Last quiz for 211 students) 

21 
7/13 
frequencydomain description of signals, LTI system response using FT 
7.27.3 
22 
7/14 
Fourier transform shift and modulation properties, coherent demodulation of AM signals, envelope detection of AM signals 
8.18.3 
23 
7/15 
coherent demodulation of AM signals, envelope detection of AM signals, cont. 
8.18.3 
24 
7/18 
envelope detection of AM signals, superheterodyne receivers 
8.38.4 
25 
7/19 
convolution 
9.1 

7/19 
Quiz 5 

26 
7/20 
convolution, impulse 
9.19.2 
27 
7/21 
impulse, FT of distributions and power signals 
9.29.3 
28 
7/22 
FT of distributions and power signals, sampling and analog signal reconstruction 
9.39.4 
29 
7/25 
impulse response, BIBO stability, causality and LTIC systems 
10.110.3 
30 
7/26 
causality and LTIC systems, noncausal systems, Laplace transform 
10.310.4, 11.1 

7/26 
Quiz 6 

31 
7/27 
Laplace transform and properties 
11.1 
32 
7/28 
inverse Laplace transform and PFE 
11.2 
33 
7/29 
inverse Laplace transform and PFE, sdomain circuit analysis 
11.3 
34 
8/1 
inverse Laplace transform and PFE, sdomain circuit analysis, cont. 
11.3 
35 
8/2 
sdomain circuit analysis, response of LTIC systems 
11.311.4 

8/2 
Quiz 7 

36 
8/3 
response of LTIC systems, LTIC system combinations 
11.411.5 
37 
8/4 
review 


8/6 
Final Exam (1pm  3pm) 
