Welcome to EE233! The first stop in your journey to learn the art of electronics!
We will be covering a large volume of material during this quarter. Hopefully, this course will be both informative and fun.
Electric circuit theory: analysis of circuits with sinusoidal signals, phasors, system functions, complex frequency, frequency response, and computer analysis of electrical circuits, power and energy, two port network theory, and laboratory in basic electrical engineering topics.

Prerequisite: 1.0 in either ENGR 215 or EE 215.
At the end of this course, a student will be able to:

1. Analyze a circuit given sinusoidal inputs.
2. Compute average power consumed or supplied by a circuit.
3. Design simple circuits for maximum power transfer to a load.
4. Apply Laplace transform techniques to simplify the analysis of complex circuits.
5. Analyze circuits in the frequency domain.
6. Use several alternative techniques in time-domain and frequency-domain to analyze the same circuit.
7. Design simple circuits from time-domain and frequency-domain specifications.
8. Use two-port models and parameters to simplify the analysis of large circuits.
9. Use SPICE as a computer tool to verify a design, and to confirm time-domain and frequency-domain analysis results.
10. Use basic laboratory instruments: oscilloscope, power supply, function generator, multimeter.
11. Measure basic signal parameters: amplitude, frequency, etc.
12. Measure and compute basic circuit parameters from measurements.