
Learn to test motherboard main components using two multimeters, including simd resistors, all capacitor types (electrolytic, tantalum, ceramic), transistors and mosfets, and reading resistor and capacitor curves and capacitor codes.
Learn how to use a digital multimeter to test motherboard SMD components, including testing resistance, DC and AC voltage, amperage, capacitance, diodes, and transistors.
Identify npn and pnp transistors by base, collector, and emitter, noting arrow directions, and test with red and black probes to distinguish conduction between base-emitter and base-collector.
Explore the differences between p-channel and n-channel MOSFETs, their symbols, drain, source, and gate relationships, and how to test them with a multimeter, including diode orientation and continuity indicators.
Learn how to test all types of surface mount resistors with a multimeter, and understand resistor basics, symbols, and networks used on motherboards and mobile devices.
Identify resistor symbols, including standard, inverse, and network resistors, and learn three- and four-digit codes with r, k, m for decimal placement; test resistance with a multimeter.
Learn to test various smd resistors with a multimeter by selecting resistance mode, adjusting ranges, and verifying individual, network, and fuse resistors against expected values.
Learn to test SMD capacitors with a multimeter, understand definitions, types, and characteristics, including electrolytic, tantalum, and multilayer ceramic capacitors, and key units like microfarads and farads.
learn to identify electrolytic and tantalum capacitors on motherboards by deciphering voltage and capacitance codes with a code table, using examples like 330 μf at 10 v.
Learn how to identify multilayer ceramic capacitors on motherboards, read their polarity and tolerance codes, understand polarized and non-polarized capacitor symbols, and test them with a multimeter.
Learn to test smd capacitors on motherboards with a multimeter using diode and capacitor modes, identify polarity, and interpret continuity and capacitance readings to determine good or bad capacitors.
Learn how to identify and test SMD diodes with a multimeter, understanding diode definitions, symbols, and types such as standard, switching, rectifier, zener, Schottky, TVS, and LED.
Learn to test SMD diodes with a multimeter by locating the cathode and anode, using black on the cathode and red on the anode, and interpreting no readings as good.
Test smd diodes with a multimeter using diode and continuity modes to verify proper one-way readings and identify good or failed diodes on motherboards.
Learn to test SMD diodes and transistors with a multimeter: Schottky diodes show two readings, while a transistor shows one between collector and emitter.
Learn how to test transistors with a multimeter, identify the three terminals (base, collector, emitter), and detect a short between collector and emitter using diode or continuity modes.
Learn practical transistor testing on a motherboard using a multimeter, performing base-collector-emitter checks, diode readings, and continuity tests to identify good transistors and mosfets.
Learn to test mosfets on motherboards using a multimeter, identifying drain, source, and gate connections, and checking continuity, resistance, and open channels to determine good or bad devices.
Learn definitions, symbols, and types of inductors, including surface-mounted inductors on motherboards, and test them with a multimeter using continuity mode, noting that inductors are not polarized.
Test inductors on motherboards with a multimeter's continuity setting, identify inductor types labeled 'L', and recognize when low resistance or an open circuit signals failure.
- 16 Reasons why you should choose this course.
The course will teach you Everything about how to test SMD & THT components using the multimeter;
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 experience;
Your inquiries will be answered in a short time with a full explanation;
Simple and easy-to-understand explanation with examples;
A certificate will be provided upon completion of the course;
You are going to learn how to test surface mount devices;
You are going to learn how to test through-hole technology components;
You will learn how to test and check motherboard components step by step;
You are going to learn how to calculate SMD resistor codes;
You are going to learn how to calculate SMD capacitor codes;
You are going to understand the working principle of SMD and THT components;
You will learn how to use a digital multimeter;
You will learn many tips, secrets, and tricks about testing components.
This course will transform you from a beginner to a Pro.
Topics that we will be discussing in this course are :
How to use the Multimeter in the correct way.
Definition & Types of Resistors;
Resistor's Symbols & Code Calculation;
How To Test SMD Resistors - Practical lecture;
Definition, Types & Characteristics Of Capacitors
Electrolytic & Tantalum Capacitors
Ceramic Capacitors, Symbols & Code Calculation
How To Test SMD Capacitors - Practical lecture -
Definition, Symbols & Types of SMD Diodes
How To Test SMD Diodes - Practical lecture -
Definition & Types of Transistors
How To Test Transistors - Practical lecture -
Definition & Types of MOSFETs
How To Test MOSFETs - Practical lecture -
You will also learn many tips & tricks that will make you a hardware professional and have a deep understanding of how to test the motherboard components
I will guide you step by step with a straightforward explanation of 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'd love to see you in the class.