Easy-to-Learn Electrical and Electronics Fundamentals

Electrical and Electronic Fundamentals Made Easy for Everyone [Basics]

With an easy difficulty level to ensure no trouble taking the course, you can acquire knowledge about electronic circuits in general.

• This is a course for those who didn't major in the field but have high work relevance, such as those in purchasing, sales, planning, and production departments.

• By explaining overall matters such as electronics trends, technical issues, and history at an easy-to-understand level,

  
  You can approach electronic components, circuits, and products that seemed difficult more easily.

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After completing the course

• You will be able to comprehensively understand the basic terminology, laws, and issues of electronic circuits.

• You can understand and utilize the necessary terminology when performing related tasks.

• Understanding technology trends will increase your work comprehension.

Key Content

1. Electricity Basics

Engineering unit systems/Atomic structure and electricity/Electric charge, static electricity/Lightning/Lightning strikes/ESD accident cases
Battery principles/Types of chemical cells
Electronic circuit definition/DC & AC

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2. Electronics Fundamentals

History of electromagnetic waves/characteristics of electric and magnetic fields/harmfulness of electromagnetic waves
Differences between wired and wireless communication/radio wave classification/properties/attenuation/analog wireless & digital wireless

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3. Component Basics for Understanding Circuits

Passive & Active Components
Package Classification/Characteristics
dB & dBm
Ohm's Law/Resistor Function/Types/Reading Method/Kirchhoff's Laws/Capacitor Function/Types/Reading Method/Failure Types
Inductor Function/Types/Characteristics/Transformer Principles
Reasons for Using AC Power/AC Representation/Phase Difference/Wavelength/Frequency/Impedance

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4. Understanding and Application of Diodes

Diode basics/types/operating principles
AC-DC conversion process/wireless charging technology principles

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5. Understanding and Application of Transistors

BJT basic operating principles/characteristics/switching operation understanding
JFET basics/MOSFET structure/operation understanding/MOSFET switching operation understanding

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6. Understanding and Application of Noise Reduction Components

Understanding filters, common mode filters, and beads

Understanding operating principles/characteristics/switching operation, JFET basics/MOSFET structure/operation understanding/MOSFET switching operation understanding 6. Understanding and application of noise reduction components, understanding filters, common mode filter, understanding beads

7. Electronic Application Examples

Semiconductor types/Transmission line structure/PCB structure/Electronic products