Electronics Technology - Advanced Troubleshooting Course

Electronics Technology &

Advanced Troubleshooting

CIE's distance learning program Electronics Technology and Advanced Troubleshooting was designed for students with no previous electronics experience and provides them with a solid core of instruction in electronics technology.

It expands on the lessons from CIE's Electronics Technology with Lab (Course 1B) to include electronics troubleshooting training.
Students graduate with the ability to service consumer electronics such as TV and home audio equipment.

What You Will Learn

Electronics Technology and Advanced Troubleshooting starts with the basics of electronics and then moves on to more advanced topics that include:

AC and DC Circuit Theory
Identifying Components
Working with Printed Circuit Boards
Relays
Robots
Regulated Power Supplies
Troubleshooting Digital Systems
Television Troubleshooting Techniques
Advanced Troubleshooting Techniques
Understanding and Using the Oscilloscope
Advanced Troubleshooting of Modern Circuitry and more

Enroll On-line

Enroll on-line in Course 11 for only $25 down and you'll receive 0% FINANCING too! Tuition is $3,945.

Finance your tuition for only $75 a month!

No Risk Trial Period - 30 Day or 15 Lesson Money Back Pledge if you're not completely satisfied.

Lab Equipment

Electronics Technology and Advanced Troubleshooting (course 11) contains 118 self-paced lessons with over 200 hands-on training experiments using CIE's Personal Training Laboratory and Multimeter and five training videos including T.V. Parts I-IV and Troubleshooting with the Oscilloscope.
You can take your exams online with our e-grade site or simply mail them in to us. This program was created specifically for the distance learning student. Experience a step-by-step method of learning that allows you to complete each lesson at your own pace when it's convenient for you!
Our instruction staff works directly with you one-on-one to answer your questions and provide you with technical assistance when needed - even if it's on a Saturday!

Earn an Accredited Diploma

Students graduate with a Nationally Accredited Diploma in Electronics and are readily employable as electronics technicians.
They may continue their education with CIE and receive full academic and tuition credit that can be applied towards CIE's Associate Degree. In fact, this course contains 38 credit hours towards CIE's accredited Associate Degree in Electronics Engineering Technology.

CET Exam Preparation

Electronics Technology and Advanced Troubleshooting also includes a study guide on how to prepare for the Associate-Level Certified Electronics Technician (CET) exam.

This test is administered by the International Society of Certified Electronics Technicians and has over 46,000 certified technicians across the globe! Certification enables employers to separate knowledgeable job applicants from those with less training and skills.
CIE has an open enrollment policy and you can start this program at anytime. One of the advantages of enrolling with CIE is that you can study at your own pace. Some students go through the program slowly, others at an accelerated level, but on average most students complete about two lessons a week.
We can accommodate almost any arrangement that suits you best and with our generous time allotment of 36 months for Course 11 you can be assured to have enough time to complete your program.

• 118 lessons
• Completion Time Allowed: 36 Months
• 201 Laboratory Experiments Using CIE's Personal Training Laboratory with CIE's Multimeter
and five training videos including T.V.Part I-IV and Troubleshooting with the Oscilloscope
• 38 Credit Hours Towards CIE's A.A.S. Degree Program
• Preparation for CET Exam

Servicing Digital HDTV Guide - New!

CIE Bookstore has a new book that gives the reader an overall view of how the digital HDTV system operates with explanations of HDTV circuit operations and functions. Now available in CIE's Bookstore for only $34.95!


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Electronics Technology Troubleshooting Lessons

• Current and Voltage	• Operational Amplifier Characteristics
• Controlling Current and Voltage	• Silicon-Controlled Rectifiers & InjunctionTransistors: Theory & App
• Power Distribution	• Regulated Power Supplies
• Portable Extension Cords	• Regulated Power Supply Characteristics
• Static Electricity	• Working with FET's
• Electric Currents and Semiconductor Devices	• Radio Frequency Amplifiers
• Fractions and Decimal Numbers	• Oscillators
• Reciprocals, Percentages, and Powers of Numbers	• Sinusoidal Oscillators
• The Three Basics of Electric Circuits: Voltage, Current & Resistance	• Measuring and Measuring Instruments
• Ohm's Law, Conductors, and Insulators	• Measurement Techniques Laboratory
• Connecting and Tracing Battery Circuits	• Circuit Response to Non-Sinusoidal Waveforms
• Identifying Components	• Time Constants
• Tracing Wiring on Printed Circuit Boards	• RC Filter Circuits
• Roots of Numbers, Ratio, and Proportion	• Understanding and Using the Oscilloscope
• Inverse Proportion and Negative Numbers	• Optoelectronics
• Parallel Circuits	• Digital Switching Units
• Equivalent Circuits	• Binary Coding and Computer Arithmetic
• Applications of Kirchhoff's Laws	• Logic Circuit Tracing by Using Boolean Algebra
• Series-Parallel Circuits	• Digital IC Families with Practical Operating Requirements
• Voltage and Power	• Clippers, Clampers, and Binaries
• Vital Statistics of AC Circuits	• Pulse Processing Circuits
• Magnetism and Magnetic Circuits	• Multivibrators
• Induced Voltage and Current	• Important Digital Integrated Circuits
• Thinking Circuits and Automatic Switches	• 555 Timing Circuits
• Relays and Robots	• Digital Systems and How To Troubleshoot Them
• Scientific Notation	• Electromagnetism and Relays
• Units of Measure	• Systematic Troubleshooting
• Inductance	• Basic Gates
• Mutual Inductance and Magnetic Coupling	• Practical Digital Circuits
• Transformers	• Sequential Logic Circuits
• Electrical Charges and Capacitance	• Safety
• Capacitors in Action	• Introduction to Television
• Rectifiers and Amplifiers	• The Television System Functional Block Diagram
• Transistor and FET Amplifiers	• Television Troubleshooting Techniques
• Reading and Using Graphs	• Power Supplies
• Phasors and Formulas	• Horizontal Circuits
• Reliable Soldering Techniques	• High Voltage Circuits
• Working with Printed Circuit Boards	• Vertical Circuits
• Building a Siren with Flashing Light	• Tuners
• Using Your Multimeter to Measure Resistance	• Intermediate Frequency Amplifiers
• Your Personal Training Laboratory	• Video Circuits and the CRT
• Series and Parallel Resistor Circuits	• AGC Circuits
• Power and DC Circuits	• Synchronization Circuits
• Simplifying Circuit Analysis by Using Kirchhoff's Laws	• Introduction to Color Television
• Practical Applications of Kirchhoff's Laws	• Color Circuits
• Currents and Voltages in AC Circuits	• Color Symptom Troubleshooting
• Capacitors and Capacitive Circuits	• Color TV Setup
• Resonant Circuits	• Sound Circuits
• Inductors and Inductive Circuits	• Advanced Troubleshooting Techniques
• Resonance and Filters	• Interpreting Oscilloscope Waveforms
• Using Semiconductor Diodes	• Understanding the Operation of a Color Bar Generator
• Operation of Semiconductor Devices	• TV and Oscilloscope Adjustments
• Working with Semiconductor Diodes	• Interpreting Practical Waveforms
• Unregulated Power Supplies	• Modern Equipment Construction
• Operation of Tubes and Transistors	• Advanced Troubleshooting of Modern Circuitry
• Amplifiers
• Fundamentals of Transformers	END OF LESSONS EQUIRED FOR DIPLOMA
• Unregulated Power Supply Characteristics	Optional Lessons at No Extra Charge:
• How To Work With Transistors	• Certified Electronics Technician
• Transistors - Part I	(CET) Study Guide (Associate-Level)
• Common-Emitter Amplifier Characteristics
• Transistors - Part II
• Audio Amplifiers and Equipment
• Operational Amplifiers

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