ECE 202: Circuits II
Course Schedule
Updated 10:31 April 20, 2022. Tentative lecture schedule, including links to lecture slides and notes, and links to assignments. The schedule is subject to change, please check frequently.
L1 - Jan. 24
- Course Introduction
L2 - Jan. 26
- Mutual Inductance
Sections 13.1-13.2 (ignore "phasor" notation)
L3 - Jan. 28
- Coupling Coefficient
The Transformer
Ideal Transformer Model
Sections 13.3 (ignore "phasor" notation)
L4 - Jan. 31
- Transformer Reflection
Transformer Equivalent Circuits
Sections 13.4 (ignore "phasor" notation)
L5 - Feb. 2
- Examples of Transformer and Coupled Inductors
L6 - Feb. 4
- Intro to Sinusoidal Analysis
Sections 10.1-10.2
L7 - Feb. 7
- Sinusoidal Steady State
Phasor Notation
Example MATLAB Phasor Code from Class
Sections 10.3-10.4
L8 - Feb. 9
- Phasor Domain Circuit Analysis
Sections 10.5-10.8
Note: Lecture recording was lost; posted recording is from prior semester
L9 - Feb. 11
- Phasor Analysis Examples
L10 - Feb. 14
- Phasor Analysis Examples
L11 - Feb. 16
- Phasor Analysis Examples
LTSpice and MATLAB Phasor Analysis - Quiz 1: Mutual Inductance and Transformers
- note library_books play_arrow
L12 - Feb. 18
- Phasor Power: Average and RMS
Sections 11.1-11.2
L13 - Feb. 21
- Phasor Power
Complex, Reactive, and Apparent Power
Power Factor
Sections 11.3-11.5
L14 - Feb. 23
- Maximum Power Transfer
Impedance Matching Sections 11.3 & 11.6
L15 - Feb. 25
- Impedance Matching Examples
Section 11.6
L16 - Feb. 28
- Source Transformation Example
Power Spectrum
L17 - Mar. 2
- Experiment 1 Demo
Experiment 1 Assigned - Quiz 2: Phasor Circuit Analysis
- note library_books play_arrow
L18 - Mar. 4
- Experiment 1 Tips
Frequency Response
L19 - Mar. 7
- Midterm Exam Review
L20 - Mar. 9
- Midterm Exam 1
L21 - Mar. 11
- Fourier Series
Sections 17.1-17.3
Mar. 14
- Spring Break
Mar. 16
- Spring Break
Mar. 18
- Spring Break
L22 - Mar. 21
- Fourier Series Example and Symmetry
Sections 17.4-17.5
Note: Lecture recording was lost; posted recording is announcements, then clips from previous semesters
L23 - Mar. 23
- Complex Fourier Series
MATLAB code used in Lecture
Sections 17.10
L24 - Mar. 25
- Fourier Transform and Applications
Laplace Transform
Sections 14.1-14.3
L25 - Mar. 28
- Example Laplace Transforms
Sifting property of δ(t)
Sections 14.2-14.3
L26 - Mar. 30
- Laplace Transform Properties
s-Domain Circuit Analysis
Sections 14.5-14.7
L27 - Apr. 1
- Inverse Laplace Transform
Section 14.4
L28 - Apr. 4
- Partial Fraction Decomposition
Repeated Roots
Section 14.4
L29 - Apr. 6
- Complex Roots
Section 14.10
L30 - Apr. 8
- Example Laplace Problem
Laplace Transform of Periodic Signals
L31 - Apr. 11
- Laplace vs. Fourier
s-Plane Poles and Zeros
Section 14.10
L32 - Apr. 13
- Pole-Zero Maps
Section 14.10 - Quiz 3: Laplace Transforms
- note library_books play_arrow
Apr. 15
- Spring Recess
L33 - Apr. 18
- Convolution
Graphical Convolution
Graphical convolution demo
Section 14.11-14.12
L34 - Apr. 20
- Op-amp Laplace Example
Instructor Assessment
L35 - Apr. 22
- Op-amp Laplace Example (cont.)
Frequency Response
Section 15.1 - Experiment 2 Prelab Due
Quiz 4: Laplace Circuit Transforms
- note library_books play_arrow
L36 - Apr. 25
- Midterm Exam Review
L37 - Apr. 27
- Midterm Exam 2
L38 - Apr. 29
- Bode Plots
Section 15.2-15.3
L39 - May. 2
- Bode Plot Examples
Section 15.3-15.6
L40 - May. 4
- Resonant Pairs
Section 15.3-15.6
L41 - May. 6
- Resonance and filter design
Section 15.7-15.9 - Homework 10 Due
Experiment 2 Due - note library_books play_arrow
L42 - May. 9
- Final Exam Review
May. 11
- Study Day
L43 - May. 13
- 3:30pm-6:00pm
Final Exam
May. 16
May. 18
May. 20