Study Guide

Objectives

The student is able to analyze the circuit in the time and frequency level, knows the filter types and their characteristics, mutual inductance, the operation of resonance circuits, knows the basics of waveform analysis.

Content

One-time phenomenon, filters, mutual inductance, resonance circuits, transfer functions, Bode graph. Laplace transforms and simple Laplace transform applications for circuit design and analysis. Fourier series and basic applications.

The course includes integrated mathematics content.

Assessment criteria, satisfactory (1-2)

Student
-Is able to analyze the circuit in time
-Knows filter types
- can function as a member of a group

Assessment criteria, good (3-4)

Student
-can analyze and simulate a circuit containing filters, mutual inductances and resonance circuits in the time and frequency domain,
- Knows the principles of Laplace transforms
- Know the basic applications of the Fourier series
- can function as a member of a group

Assessment criteria, excellent (5)

Student
- can design circuits with filters, mutual inductances and resonance circuits
- Is able to apply the Bode graph
- can apply Laplace transforms and Fourier series in design
- can proactively work in a group