
Learn to test electrical and electronic components—diodes, resistors, capacitors, transistors, MOSFETs, inductors, and transformers—mastering meter use and checking components correctly.
Identify fuse symbols, test continuity with a multimeter in buzzer mode, and replace blown fuses with the same voltage and amperage ratings.
Explore the electronics capacitor: identify symbol variations, distinguish negative and positive terminals, understand polarized and non-polarized types, and read capacitance in farads and voltage ratings in volts.
Discover how an inductor filters signals with a capacitor, distinguish it from a transformer, and test inductors with a multimeter, replacing bad inductors with matching ones.
Compare transistors and mosfets, exploring symbols, three terminals, collector and emitter, and npn/pnp directions. Learn to test transistors with a multimeter to identify good versus bad devices.
Learn how to test a transistor using simple probe methods, identify base, collector, and emitter with red and black probes, and understand the basic principles of transistor operation.
Explore the MOSFET fundamentals, including its gate, drain, and source pins, the symbol, and how a control voltage enables current from drain to source, with eight-pin configurations and pin checks.
Learn to read resistor color codes, decode digits and multipliers, understand tolerance colors, and use a multimeter to measure resistance across ranges such as 2k and 2M.
Learn how diodes work and how to test them using a multimeter. Understand diode symbols, cathode and anode, forward conduction, reverse blocking, and protection roles in circuits.
Test a transformer by checking the continuity of each primary and secondary winding with a multimeter, using the buzzer to confirm coil integrity. Learn how the turns ratio between windings governs energy transfer and voltage on the primary and secondary sides.
Outline a plan to gradually include all essential electronics and electrical components for students, technicians, and engineers beginning their careers.
**Continuous Updates**
11 Reasons why you should choose this course
The course will teach you How to Test Electrical & Electronics Components step by step;
The course is created with perfect care by a computer engineer;
One-On-One Support;
The course is not long, so you can complete it in a short time, and then enjoy your new experiences;
Your inquiries will be answered in a short time with a full explanation of any question;
Constant updates.
Simple and easy-to-understand explanation with examples;
A certificate will be provided upon completion of the course;
You going to learn and master how to use the Multimeter during testing;
You going to learn how electronics components work in detail;
You will be able to draw and understand circuit diagrams of Transformer, Transistor, MOSFET, Inductors, Diodes etc...
Topics that we will be discussing in this course are :
How to test Transformer and how It Works;
How to test Transistor & how It Works;
How to test MOSFET & how It Works
How to test Inductor & how It Works
How to test Resistor & how It Works
How to test Fuses & how It Works
How to test Capacitor & how It Works
How to test Diode, how It Works and much more;
The Switch Mode Power Supply parts & components;
Circuit diagram analysis;
How to use the Multimeter in a correct way;
Electrical and electronics components symbols analysis etc...
You will also acquire many skills that will make you a hardware professional and have a deep understanding of Power Electronics.
I will guide you step by step with an easy explanation along this course.
If you are interested in one of the points we talked about before, then this course is for you.
What are you waiting for?
Enroll now and join us.
I'll love to see you in the class.