Electronics Repairing Masterclass

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Mina Sameh

10:09:10

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1 - Introduction

1 -Introduction.mp4

01:55

2 - Introduction to Electronics Basic electronics knowledge

1 -what is electricity.mp4

08:30

2 -Voltage, current and resistance.mp4

10:15

3 -AC wave, DC wave and the frequency.mp4

11:19

4 -Simple circuits for clarification (UPDATED LECTURE).mp4

15:58

5 - Parallel and series connection.html

3 - Introduction to Electronics Basic electronic components and their properties

1 -Resistor.mp4

12:28

2 -Voltage divider (UPDATED LECTURE).mp4

06:11

3 -LDR.mp4

04:32

4 -Diode.mp4

08:11

5 -Zener diode.mp4

04:49

6 -LED.mp4

07:53

7 -LED-current limitting resistor (UPDATED LECTURE).mp4

02:17

8 -7 segment display (UPDATED LECTURE).mp4

05:41

9 -IR LED.mp4

08:44

10 -Capacitor.mp4

09:04

11 -Transistor as a switch.mp4

07:29

12 -IC chips.mp4

06:06

13 -Relay.mp4

07:46

14 -Transformer.mp4

04:07

4 - Introduction to Electronics Circuit analysis techniques theoretical

1 -Circuit analysis techniques content.mp4

03:18

2 - Circuit analysis techniques.html

5 - Diode Operation and Applications

1 -Basic concept of electron flow and p-n junction formation.mp4

13:32

2 -Diode definition, structure, and symbol.mp4

11:06

3 -Types of diodes rectifier, zener, LED.mp4

13:57

4 -Diode Characteristics and Models.mp4

14:25

5 -Diode as a rectifier half-wave and full-wave rectification.mp4

11:28

6 -Ripple factor and filter capacitor calculation.mp4

13:28

7 -Voltage regulation using Zener diodes.mp4

10:29

6 - Power supplies and voltage regulation

1 -Introduction to Power Supplies.mp4

10:53

2 -Types of Power Supplies.mp4

30:41

3 -Voltage Regulators and Their Types.mp4

12:29

7 - Introduction to Circuit Diagrams and Designing

1 -Designing Simple Linear Power Supply Circuit.mp4

12:06

8 - Essential Tools and Equipment

1 -Digital Multimeter (DMM).mp4

28:25

2 -Oscilloscope.mp4

17:34

3 -Function Generator.mp4

23:25

4 -Logic Analyzer.mp4

15:04

5 -Spectrum Analyzer.mp4

14:08

6 -LCR Meter.mp4

10:58

9 - Introduction to Troubleshooting and Repairing

1 -Introduction to troubleshooting methodologies.mp4

23:33

2 -What are PCBs (Documentary).mp4

02:26

2 - Intro to PCB (Printed Circuit Board).html

3 -PCB ( Printed Circuit Board ) Explained.mp4

17:47

4 -Repairing techniques for electronic components and circuit boards.mp4

47:03

10 - Componenets testing and repairing them

1 -Fuses.mp4

14:00

2 -Resistors and potentiometers.mp4

10:58

3 -Capacitors.mp4

11:31

4 -Inductors and Transformers.mp4

24:10

5 -Diodes and Rectifiers.mp4

10:44

6 -Voltage regulators.mp4

10:49

7 -Relays.mp4

10:59

8 -IC testing.mp4

14:29

Description

Master the Art of Electronics Repairing: From Basics to Advanced Techniques

What You'll Learn?

Fundamental concepts of electricity, voltage, current, and resistance
The difference between AC and DC waves and the importance of frequency
How to identify, test, and use basic electronic components
Circuit analysis techniques and theoretical approaches to circuit design
Diode operations and applications, including rectification and voltage regulation
How to design simple power supply circuits
Essential tools and equipment for electronics repair
Troubleshooting methodologies for diagnosing and repairing electronic components and circuit boards

Who is this for?

Hobbyists and DIY enthusiasts interested in electronics

Students pursuing studies in electrical engineering or related fields

Technicians and professionals looking to enhance their electronics repair skills

Anyone interested in understanding and repairing electronic devices

What You Need to Know?

A basic understanding of high school-level physics and mathematics

Interest in electronics and willingness to learn

Access to basic electronics tools and equipment (e.g., multimeter, soldering iron)

More details

Description
Welcome to the Electronics Repairing Masterclass, your comprehensive guide to mastering the art of electronics repair. This course is designed for anyone looking to gain a deep understanding of electronics, from the basic principles to advanced repair techniques. Whether you're a hobbyist, a student, or a professional looking to expand your skill set, this course will provide you with the knowledge and practical skills you need to succeed.
We begin with a solid foundation in basic electronics, exploring the fundamental concepts of electricity, voltage, current, and resistance. You'll learn to differentiate between AC and DC waves and understand the importance of frequency in electronic circuits. Through hands-on examples, we'll illustrate simple circuits, series, and parallel connections to reinforce your understanding.
Next, we delve into the properties and applications of essential electronic components such as resistors, capacitors, diodes, transistors, IC chips, and transformers. You'll learn how to identify and test these components, and understand their roles within a circuit.
The course also covers advanced topics such as circuit analysis techniques, diode operations and applications, and the design of power supply circuits. We'll introduce you to the tools and equipment essential for electronics repair, including digital multimeters, oscilloscopes, function generators, and logic analyzers.
Finally, we'll guide you through the process of troubleshooting and repairing electronic components and circuit boards. You'll learn practical techniques for diagnosing issues, replacing faulty components, and ensuring the longevity and reliability of repaired devices.
By the end of this course, you'll be equipped with the skills and confidence to tackle a wide range of electronics repair projects, from simple fixes to complex diagnostics and repairs.
Who this course is for:
Hobbyists and DIY enthusiasts interested in electronics
Students pursuing studies in electrical engineering or related fields
Technicians and professionals looking to enhance their electronics repair skills
Anyone interested in understanding and repairing electronic devices

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Electronics

Mina Sameh

Instructor's Courses

Since I was a student at Don Bosco institute and it is an international school. I started to learn and gain more and more experience in electrical engineering. Like electronics, PCB, classic control, plc, photovoltaic (solar system), and biomedical engineering. I had an opportunity to build a lot of projects like home automation. Then the flame of my passion for electronics started to grow.After I graduated from Don Bosco institute in 2016. I started my education in electronic engineering at Alexandria University. after graduating from Don Bosco institute within one year I worked at my institute as a teacher. where I discovered how amazing it is to share your knowledge and experience, which made me eager and eventually found myself starting my own online teaching journey.I want to show you how to be a better PCB builder, electronic circuit designer, make money from your skills, and live the life you dreamed of.

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