Electronics
PROGRAM OUTLINE
Your at-home learning program includes ten Instruction Sets designed to take you step-by-step through the techniques and skills you’ll
employ in your new career in Electronics. Your first Instruction Set
will be sent to you as soon as we receive your Enrollment Form. Other
Instruction Sets will follow as you complete your exams, so that you
will always have training materials to work with.
Here is an overview of what you’ll learn and the order in which you’ll receive your learning materials:
Instruction Set 1
- Learning Strategies
- The advantages of learning at home; types of study materials;
types of examinations; accessing and using the features of our
website; determining what kind of learner you are; establishing a study
schedule; using study tips; preparing for and taking examinations.
- Introduction to Electronics
- Conductors, resistors, and insulators; direct
current and alternating current; job opportunities.
Instruction Set 2
- Nature of Electricity
- Dangers and benefits of static electricity; volts,
amperes, and ohms; series and parallel circuits.
- Learning Aids:
- Electronics Practice Kit
- Component Colour Code Wheel
- Practical Exercise 1
Instruction Set 3
- Conductors, Insulators, and Batteries
- Conductors and conductivity; insulating
materials; safety precautions when using storage batteries.
- Circuit Analysis
and Ohm’s Law
- Finding the voltage, current, and resistance; the
use of Ohm’s Law.
- Multimeter Usage Manual
- Multimeter operation; AC and DC voltage measurement.
- Learning Aids:
- Electronics Practice Kit
- Circuit Formula Quick Reference Chart
- Equipment:
- Practical Exercise 2
Instruction Set 4
- Basic Measuring Instruments
- Analog or digital VOMs; using VOMs to measure
voltage; safe handling of a multimeter.
- Electronic Hardware
- Mechanical connectors; types
of solder tools.
- Switching Devices
- Types of switches; basic relay ladder diagrams.
- Learning Aid: Electronics
Practice Kit
- Equipment:
- Soldering Iron
- Desoldering Pump
- Practical Exercise 3
Instruction Set 5
- Magnetism and Electromagnetism
- Simple, compound, and closed magnetic circuits;
simple electromagnetic relays.
- Capacitors and Inductors
- Types of capacitors; how an inductor regulates
the flow of current.
- Basic Semiconductor
Components: Diodes
- How a diode works; selecting the
proper diode for replacement in a
circuit.
- Basic Semiconductor Components: Transistors
- Bipolar transistors; using an
ohmmeter; basic troubleshooting.
- Learning Aid: Electronics Practice Kit
- Practical Exercise 4
Instruction Set 6
- Alternating Current
- Characteristics of an AC cycle; calculating power.
- Capacitors in AC Circuits
- Reactance and Impedance; how AC frequency affects
impedance.
- Inductors in AC Circuits
- Applying Ohm’s law; understanding and calculating
impedance; how inductors are made and how they operate.
- Transformers
- Connecting
single-phase
transformers; operation
of autotransformers.
- Learning Aid: Electronics Practice Kit
- Practical Exercise 5
Instruction Set 7
- Reactance and Impedance
- Determining the reactance of a capacitor and inductor;
finding phase angles between voltage and current.
- Resonant Circuits
- Serial and parallel resonance; calculating
the value
of the Quality Factor, Q.
- Application of Resonant Circuits
- Low-pass, high-pass, band-pass, and
band-reject filters;
identifying power-supply filter designs.
- Learning Aid: Electronics
Practice Kit
- Practical Exercise 6
Instruction Set 8
- Rectifiers and Power
Supplies
- Basic types of electronic
rectifiers; operation of power-supply
filters.
- Amplifiers
- Transistor amplifier operations; determining
biasing conditions.
- Oscillators
- Oscillator circuits;
effects of temperature
on oscillator circuits.
- Fiber Optic and Optoelectronic Components
- Basic theory of light communications;
electron microscopes;
how fluorescent lights operate.
- Learning Aid: Electronics
Practice Kit
- Practical Exercise
7
Instruction Set 9
- Electronic Sensors
- Bridge circuits; concepts
of “stress” and “strain” in
electronics.
- Modulation
and Detection
Circuits
- Degrees of modulation; AM
and FM signals; modulation and detector circuits.
- Electronic Devices
and Amplifiers
- Passive
and active devices; determining
amplifier gain.
- Using Basic Oscilloscopes
- Operation of an oscilloscope; performing low-voltage
measurements.
- Learning
Aid: Electronics
Practice
Kit
- Practical Exercise 8
Instruction Set 10
- Audio and RF Circuits
- Tone frequencies used in control
systems;
virtues of AM, FM, and SSB transmission.
- Oscillator and Feedback Waveforms
- Oscillator circuits; how waveforms
are created.
- Electronic Power Supplies
- Basic operation of DC and AC conversion
equipment; selecting
the proper type of battery.
- Learning Aids:
- Electronics Practice Kit
- Electronics Workbench® Demo Disk
- Practical Exercise 9
Online Library and Librarian
Students in ICS Canada have access to an online library for use during their studies. Students can use this library to do the required research in the courses they complete or can use it for general reference and links to valuable resources. The library contains helpful research assistance, articles, databases, books, and Web links. A librarian is available to answer questions on general research-related topics via email and assist students in research activities during their studies with ICS Canada.
We reserve the right to change program content and materials when it becomes necessary.
In order to further enhance your performance in this field, ICS has researched and recommended specific practical activities designed to complement your course work.
To ensure that you acquire the manual skills which are important in this program area,
we encourage you to follow all of the course instructions.
Electronics Workbench is a trademark of Interactive Image Technologies, Ltd. registered in the United States of America and/or other jurisdictions. We reserve the right to change program content and materials when it becomes necessary.
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