Common Course Outline

Catalog Description

Course Description

This course is a study of linear circuits. The more rigorous methods for the solution and ultimate understanding of electric circuits are studied, including the methods of Laplace transforms. Complex circuits involving filters are studied. Operating characteristics of semiconductor devices are explained. The accompanying integrated laboratory allows students to study, measure, and troubleshoot these circuits.

Date Last Revised (Month, year)

February, 2025

Outline of Major Content Areas

1. Sinusoidal steady-state power calculations
2. Laplace transforms
3. Mathematical basis
4. Use in circuit analysis
5. The transfer function
6. Frequency selective circuits
7. Active filter circuits
8. Transistors
9. Transistor theory
10. Device characteristics of BJTs and FETs
11. Analysis of BJT and FET amplifiers
12. Electronic measurement techniques
13. Multimeter
14. Oscilloscope
15. Function generator

Learning Outcomes (General)

The student will be able to:

1. Use more advanced methods, including Laplace transforms, to analyze an electrical circuit for voltage and current responses when the circuit is stimulated by a forcing function.
2. Analyze sinusoidal steady-state circuits and calculate power.
3. Analyze frequency-selective circuits.
4. Analyze active-filter circuits.
5. Design transistor amplifiers.

Learning Outcomes (MnTC)

NA

Methods for Evaluation of Student Learning

Methods may include but are not limited to:

• Objective exams
• Lab exams
• Quizzes
• Written homework
• Online homework
• Small group projects
• Oral presentations
• Laboratory reports

RCTC Core Outcome(s)

This course contributes to meeting the following RCTC Core Outcome(s):

Critical Thinking

Students will think systematically and explore information thoroughly before accepting or formulating a position or conclusion.

Special Information (if any)

Scientific calculator or equivalent is required.