Fundamentals of Electronic Circuitry
(standard course)

Course Overview

The Fundamentals of Electronic Circuitry course is designed to provide greater detail of the fundamental concepts of electricity. The primary topics covered in the course are:

• Basic electricity concepts
• Circuit configurations
• Circuit analysis formulas
• Function of electronic components
• Impedance and phase angle
• Semiconductor components

Objectives

After successfully completing the Fundamentals of Electronic Circuitry course, participants will be able to perform the following course objectives:

• Calculate parallel resistance
• Calculate capacitance and inductance in basic AC circuits
• Calculate total impedance in a basic AC circuit
• Solve word problems involving Ohm's and Watt's Laws
• Demonstrate knowledge of basic transistor theory
• Use phase diagrams to calculate resonance frequency
• Prepare to pass the TKT test using in class sample tests

Format

Fundamentals of Electronic Circuitry is a 30-hour program, offered two nights a week, for 3 hours each night. The course is highly interactive and includes hands-on application of circuit building using an electronic project lab kit. Participants are also actively engaged with the use of scientific calculators for solving application problems.

Special Features

• Interactive course delivery
• Hands-on, experiential project labs
• Text workbooks for in and out of classroom study
• Scientific calculators given to participants

Benefits

• Participants improve their mathematical capabilities as they work through the program.
• Successful completion of the program results in participants having a greater understanding of circuitry.