Title: Analyze values in AC circuits.
Course: Electronics Systems II (17106-II) > Section: Investigating Digital Electronics and Logic Circuits

Analysis should include determining

- inductance
- capacitance
- reactance.

Process/Skill Questions:

- What are the characteristics of inductors and inductance, and how are they measured and evaluated?
- What are the characteristics of capacitors and capacitive circuits, and how are they measured and evaluated?
- What are the scientific and mathematical concepts related to inductive and capacitive circuits?
- What are the characteristics of inductive reactance, capacitive reactance, and impedance, and how do these characteristics relate to one another?
- How do complex AC circuits operate, and how are the AC circuit characteristics calculated and measured?
- What are the applications for inductive reactance, capacitive reactance, and combinational reactance circuits?
- How do inductive reactive and capacitive reactive circuits compare?
- How can Ohm’s law and Watt’s law be applied to analysis or design of reactive circuits?
- How do resistance, reactance, and impedance compare?
- How can test equipment and computer simulation be used to verify calculated complex AC circuit characteristics?
- What are the applications for reactive circuits?
- What are the differences in reactive circuits when their components are placed in series, parallel, or series-parallel configurations?