Mastering Analog Electronics: From Fundamentals to Design

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Mina Sameh

10:51:58

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1. Introduction

1. Course Content.mp4

03:47

2. 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

3. 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 and IR sensor.mp4

08:44

10. Capacitor.mp4

09:04

11. Transistor.mp4

07:29

12. IC chips.mp4

06:06

13. Relay.mp4

07:46

14. Transformer.mp4

04:07

4. Circuit analysis techniques

1.1 Circuit analysis techniques.html

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

8. Diode as an amplitude modulator (AM).mp4

11:43

9. Diode as a frequency modulator (FM).mp4

09:54

6. Bipolar Junction Transistors (BJTs) and Field-Effect Transistors (FETs)

1. Bipolar Junction Transistors (BJTs) - Basics.mp4

17:30

2. BJT amplifier configurations (common emitter, common base, common collector).mp4

12:59

3. BJT biasing techniques (fixed bias, emitter bias, voltage divider bias).mp4

12:43

4. Introduction to Field-Effect Transistors (FETs).mp4

10:18

5. Field-Effect Transistors (FETs) - Structure, Operation, and Characteristics.mp4

16:27

6. FET Biasing Techniques Self-Bias and Voltage Divider Bias.mp4

11:43

7. Operational amplifiers

1. Op amp introduction.mp4

10:07

2. The characteristics of operational amplifier.mp4

19:45

3. OP-AMP GAIN.mp4

18:41

4. The Bandwidth of Operational Amplifier.mp4

14:45

5. The Effect of Input-Offset Voltage on Output Voltage of Operational Amplifiers.mp4

12:30

6. Feedback Equation and stability.mp4

09:48

7. Cascade circuit of operational amplifier.mp4

10:42

8. Some Examples on Op-Amp.mp4

08:18

8. Op-Amp applications

1. Introduction to Operational Amplifier Applications.mp4

16:38

2. Voltage Comparator.mp4

10:41

3. Summing amplifier.mp4

08:26

4. Summing amplifier (Digital to Analog Converter).mp4

11:06

5. Differential amplifier.mp4

10:10

6. Differential amplifier (Low Pass filters Integrators).mp4

12:20

7. Differential amplifier (High Pass filters Differentiators).mp4

10:31

9. Filters

1. what are filters and there types.mp4

10:42

2. Low-Pass Filters.mp4

20:10

3. High-Pass Filters.mp4

09:38

4. Band-Pass Filters.mp4

09:32

5. Band-Stop Filters (Notch Filters).mp4

08:15

6. More information about filters.html

10. Designing circuits using previus componenets

1. Using proteus 8 pro in simulating and designing the circuits.mp4

11:41

2. Using Breadboard in connecting the circuits.mp4

05:06

3. Using PCB in welding the circuits.html

4. How PCBs work.mp4

02:26

5. Simple Voltage supply Circuit.mp4

12:06

6. Triangular Wave Generator Circuit with Op Amp IC 741.mp4

13:56

7. Over Heat Detector with Auto Cut-Off System using Op-Amp.mp4

19:14

8. Light Sensor Switch Circuit using LDR and 741 OP-AMP.mp4

16:42

11. Course Conclusion

1. Course Conclusion.mp4

03:53

Description

Analog Electronics Mastery: Fundamentals, Design, and practical circuit design Applications.

What You'll Learn?

Understand electronic components, voltage, current, resistance, and variuos circuit analysis techniques.
Gain proficiency in diodes, BJTs, and FETs.
Master and Analyze amplifier fundamentals, feedback, stability and designing single-stage and multistage amplifiers.
Apply op-amps for various practical applications.
Build analog circuits and solve complex problems.
Design and simulate analog circuits.

Who is this for?

Students: Whether you're pursuing a degree in engineering, physics, or a related field, this course will provide you with valuable foundational knowledge in analog electronics and circuit design.

Electronics Enthusiasts: If you're passionate about electronics as a hobby and want to deepen your understanding of analog circuits, this course will serve as an excellent resource.

Engineers and Professionals: Engineers in various domains, as well as professionals looking to expand their skill set or transition into roles involving analog circuit design, will find this course beneficial.

Hobbyists: If you enjoy building electronic projects or tinkering with circuits in your spare time, this course will help you take your hobby to the next level by providing a solid theoretical foundation.

Aspiring Electronics Technicians: Individuals aiming to work as electronics technicians or repair professionals will gain essential knowledge and skills.

Anyone Interested in Electronics: Whether you have a casual interest in electronics or are curious about how the devices you use every day work, this course offers an accessible introduction to analog electronics.

What You Need to Know?

Simulation Software: You may require access to simulation software for hands-on circuit design and analysis, although free or trial versions will suffice.

Materials (Optional): Depending on your level of commitment and interest, you might want to have access to a breadboard, resistors, capacitors, and other basic electronic components for optional practical exercises.

Mathematics: A grasp of basic algebra and mathematical concepts will aid in understanding circuit analysis and calculations.

More details

Description
Welcome to the "Mastering Analog Circuits: From Fundamentals to Design" course, where you'll embark on a journey into the fascinating realm of analog electronics. This comprehensive online course is meticulously crafted to provide you with a deep understanding of analog circuits, from the very basics to advanced design principles.
What You Will Learn:
From understanding the fundamental components of electronics to designing complex analog circuits, this course covers it all. You'll delve into voltage, current, and resistance, mastering Ohm's Law and its practical applications. You'll explore diodes and transistors, gaining expertise in their operation and applications. Amplifiers, feedback mechanisms, and operational amplifiers (op-amps) will no longer be mysteries as you grasp their intricacies and real-world applications.
Through hands-on labs and practical projects, you'll learn to build, analyze, and optimize analog circuits. You'll develop the skills to design circuits for various practical applications, from signal processing to filtering. Moreover, you'll enhance your problem-solving abilities, enabling you to troubleshoot and fine-tune your circuits.
This course is designed for students, electronics enthusiasts, engineers, professionals, hobbyists, and anyone with an interest in electronics. Whether you're looking to excel academically, advance your career, or simply explore the world of analog electronics, this course provides the knowledge and skills you need.
By the course end, you'll be equipped with a solid foundation in analog electronics and circuit design, ready to tackle real-world projects and challenges with confidence. Join us today and unlock the potential of analog electronics!
Who this course is for:
Students: Whether you're pursuing a degree in engineering, physics, or a related field, this course will provide you with valuable foundational knowledge in analog electronics and circuit design.
Electronics Enthusiasts: If you're passionate about electronics as a hobby and want to deepen your understanding of analog circuits, this course will serve as an excellent resource.
Engineers and Professionals: Engineers in various domains, as well as professionals looking to expand their skill set or transition into roles involving analog circuit design, will find this course beneficial.
Hobbyists: If you enjoy building electronic projects or tinkering with circuits in your spare time, this course will help you take your hobby to the next level by providing a solid theoretical foundation.
Aspiring Electronics Technicians: Individuals aiming to work as electronics technicians or repair professionals will gain essential knowledge and skills.
Anyone Interested in Electronics: Whether you have a casual interest in electronics or are curious about how the devices you use every day work, this course offers an accessible introduction to analog electronics.

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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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