All electronic components names, functions, testing, pictures and symbols - smd components

Introduction to the educational video aimed at electronic technicians and engineers covering electronic components' names, functions, and testing methods.

Explanation of the video's structure, which includes a theoretical part followed by a practical demonstration.

Description of the electronic capacitor, including its terminals, polarization, and characteristics such as voltage and capacitance in microfarads.

Discussion on the purpose of capacitors in filtering current and providing continuous voltage, with variations depending on type, shape, and size.

Introduction to inductors, their function in increasing current in circuits, and the testing method using a multimeter.

Identification of different types of inductors found in desktop motherboards and their testing limitations.

Explanation of relays, their components, and characteristics such as voltage and amperage, with practical applications in circuits.

Introduction to rectifier bridge and its role in converting alternating current to direct current in smart power supplies.

Overview of various battery types, their terminals, and the importance of matching battery characteristics when replacing.

Introduction to MOSFETs, their potential functions in voltage regulation, oscillation, and diode rectification.

Identification of Schottky diodes and their role in switch mode power supplies.

Discussion on Integrated Circuits (ICs), their packages, and their specific use in basic input-output systems.

Introduction to different types of capacitors used for removing interference in circuits, such as CPP61 capacitors.

Explanation of transformers, their components, and their testing methods, with a focus on electromagnetic interference inductors.

Introduction to switches found in laptops and computer motherboards, their function, and testing methods.

Overview of oscillators in switch mode power supplies, their function in controlling power, and associated components.

Introduction to MOSFETs as voltage regulators and their importance in managing voltage transformations.

Emphasis on the importance of heatsinks in cooling down components in switch mode power supplies.

Discussion on ceramic capacitors, their function in noise reduction, and their prevalence in electronic circuits.

Introduction to transistors, their components, and the upcoming tutorial on how to test and identify them.

Explanation of fuses as protection components, their characteristics, and the importance of replacing them with matching specifications.

Introduction to resistors, their identification methods, and the upcoming tutorial on testing them with a multimeter.

Discussion on crystal oscillators, their function in generating timing and clock signals, and their location in motherboards.

Introduction to electronic or chemical capacitors, their characteristics, and their role in filtering and providing continuous voltage.

Overview of CMOS batteries, their types, and their function in devices like computers and laptops.

Introduction to diodes, their function in allowing current to pass in one direction, and their use in rectifying current.

Explanation of Zener diodes and their role in stabilizing voltage in circuits.

Introduction to tantalum capacitors, their polarization, and their widespread use in electronic circuits.

Discussion on oscillators in switch mode power supplies, their internal components, and associated cooling mechanisms.

Warning about the dangers of high tension inductors, their high voltage nature, and the importance of safety precautions.

Introduction to LEDs, resistors, and transient resistors, with an upcoming tutorial on testing these components.

Emphasis on the importance of connectors in electronic devices and the impact of faulty connectors on device performance.

Discussion on power selectors, their function in switching between voltage levels, and their testing methods.

Introduction to power jacks, their role in motherboard connectivity, and the consequences of their failure.

Emphasis on the critical role of heatsinks in preventing component damage and the importance of not neglecting them.

Conclusion with a reminder to subscribe, share, and like the video for more educational content on electronic repairs.