Strategic Insight and Expertise for Sustainable Business Growth
CC’s professional basic electronics repair training develops practical skills in electronic equipment handling, testing, troubleshooting, component repair and fault finding.
EEE 152 - Basic Electronics Repair (10 Days)
This electronics course is designed to expose participants to the handling and troubleshooting of electronic equipment.
Participants will work with a wide range of complex analogue circuits and components, diagnose faults and learn to use advanced electronic test equipment.
Course Objectives
- Know the importance of safety precautions when dealing with AC and DC electronic circuits.
- Use an analog/digital multimeter to measure voltage, current, resistance and continuity for troubleshooting.
- Differentiate between AC and DC circuits.
- Remove and solder electronic components from and onto PCB boards.
- Understand how to protect PCB boards from moisture, water and vibration.
- Use the right chemical spray to clean PCBs.
- Understand how electronic components work with the help of diagrammatic explanations.
- Calculate the code value of resistors, potentiometers and capacitors.
- Identify and test most basic electronic components so troubleshooting work can be performed on electronic equipment.
- Read semiconductor substitution manuals and find suitable replacement parts using search engines.
- Understand semiconductor part numbers and datasheet specifications.
Who Should Attend?
- Technicians
- Maintenance Engineers
- Electrical Engineers
Course Syllabus
Day 1 — BASICS OF MEASUREMENTS
- Basics of Measurements
- Measurement systematics
- Definition of the basic units of measurement
- Description of the SI system
- Expression of numbers in scientific notation
- Representation of numbers to the power of 10
Day 2 — BASICS OF ELECTRONICS-1
- Electronic components (active and passive)
- Kirchhoff’s Law
- Ohm's Law
- Electro motor force
- Transformers
Day 3 — BASICS OF ELECTRONICS-2
- Circuit diagrams
- DC Circuits
- AC Circuits
- Integrated circuits
- Power
- Energy
- Dissipation
Day 4 — BASICS OF ELECTRONICS-3
- Analog circuits
- Digital Circuits
- Mixed Circuits
- Equivalent circuits
- Resonance concept in AC Circuits
- Analog filters
- Harmonic analysis
- Frequently used circuits
Day 5 — DIGITAL ELECTRONIC CIRCUITS
- Binary logic
- ASCII codes
- Truth tables
- Realization of truth tables
- Logic circuit
- Microcontrollers and microprocessors
- Programming of digital microcontrollers
Day 6 — DESIGN, SCHEMATICS AND PCBs
- Design considerations
- Catalog reading
- Importance of quality of components
- Procurement methods of components
Day 7 — USE OF DESIGN TOOLS
- Use of schematic and PCB design programs
- Grounding issue in electrical circuits
- Sample projects
Day 8 — LABORATORY CONSIDERATIONS-1
- Safety precautions
- Soldering and desoldering techniques
- Testing of electronic components
- Troubleshooting of circuits (Fault tracking techniques)
Day 9 — LABORATORY CONSIDERATIONS-2
- Use of multimeters during troubleshooting
- Use of heat for troubleshooting
- Advanced use of oscilloscopes
Day 10 — LABORATORY CONSIDERATIONS-2
- Use of rework station
- Selection of equivalent component during repair
- Protection of PCBs from natural disrupting factors
- Protection of PCBs from natural effects
- Maintenance of PCBs
Develop Your Basic Electronics Repair Expertise
Connect with Capital Consultants for professional electronics repair training, technical guidance and practical troubleshooting development.
REGISTER FOR COURSE GO HOME