- Видео 44
- Просмотров 63 614
Electric Simplified
Добавлен 24 мар 2023
Welcome to our RUclips channel, where we strive to make electrical knowledge accessible and enjoyable for everyone! Join us as we explore the fascinating world of electricity, blending theoretical concepts and practical applications.
Our channel is dedicated to providing easy-to-understand explanations of electrical principles, from the basics to more advanced topics. Whether you're a beginner looking to grasp the fundamentals or an enthusiast seeking deeper insights, our content caters to all levels of understanding.
Through engaging videos, we break down complex theories into bite-sized, digestible explanations. We believe that learning about electricity shouldn't be intimidating or overwhelming. That's why we present the material in a simple, relatable manner, using visual aids and real-life examples to enhance comprehension.
Join us on this journey of discovery and let's explore the wonders of electricity together!
Our channel is dedicated to providing easy-to-understand explanations of electrical principles, from the basics to more advanced topics. Whether you're a beginner looking to grasp the fundamentals or an enthusiast seeking deeper insights, our content caters to all levels of understanding.
Through engaging videos, we break down complex theories into bite-sized, digestible explanations. We believe that learning about electricity shouldn't be intimidating or overwhelming. That's why we present the material in a simple, relatable manner, using visual aids and real-life examples to enhance comprehension.
Join us on this journey of discovery and let's explore the wonders of electricity together!
"AC Synchronous Motor" Explained | Rotating magnetic field
Welcome to Electric Simplified! In this video, we’ll talk about the AC synchronous motors. Ever wondered how these motors operate, from their fundamental principles to their real-world applications?
Join us as we break down the workings of AC synchronous motors, exploring the roles of the stator and rotor, and how they interact to create mechanical motion. We'll also compare synchronous motors with induction motors and highlight their unique ability to control the power factor in electrical systems.
Don't miss out on this illuminating discussion! Like, subscribe, and share to spread these electrical knowledges. Thanks for tuning in to Electric Simplified - where we make the complex world of...
Join us as we break down the workings of AC synchronous motors, exploring the roles of the stator and rotor, and how they interact to create mechanical motion. We'll also compare synchronous motors with induction motors and highlight their unique ability to control the power factor in electrical systems.
Don't miss out on this illuminating discussion! Like, subscribe, and share to spread these electrical knowledges. Thanks for tuning in to Electric Simplified - where we make the complex world of...
Просмотров: 69
Видео
How "DC Motor" Works? | DC Motor Explained - Simplified
Просмотров 1102 месяца назад
Welcome to Electric Simplified! In this video, we will discuss about the DC motors. Ever wondered how these motors work, from their basic principles to practical applications? Join us as we unravel the working principle of DC motors, exploring everything from Lorentz Law to induced electromotive force (EMF) step-by-step. Don't miss out on this illuminating discussion! Like, subscribe, and share...
Transformer : Equivalent Circuit & Calculation | Open-circuit vs Short-circuit Testing
Просмотров 1133 месяца назад
Welcome to Electric Simplified! In this video, we will explore the equivalent circuit of transformers, uncovering how losses impact efficiency with calculation examples. Besides, we will discuss the crucial roles of open-circuit and short-circuit testing. Don't miss out on this illuminating discussion! Like, subscribe, and share to spread these electrical knowledges. Thanks for tuning in to Ele...
Electrical Transformer Explained | Working Principle
Просмотров 1044 месяца назад
In this video, we will discuss about what is an electrical transformer and how it works based on simple illustration. Don't miss out on this illuminating discussion! Like, subscribe, and share to spread the electrical knowledges. Thanks for tuning in to Electric Simplified - where we make the complex world of electricity easy to understand!"
【Part 2】"MCB" vs "RCD" | Application & Simplified Calculation | Different Earthing System (TT, TN-C)
Просмотров 1005 месяцев назад
In this video, we'll explore practical scenarios demonstrating the critical roles of Miniature Circuit Breaker (MCB) and Residual Current Device (RCD) in electrical safety. Using a 63A Type B MCB and a 30mA RCD as examples, we'll simulate scenarios like overloading, short circuits, earth faults to illustrate how these devices operate in real-world situations. Additionally, we will explain the i...
【Part 1】"MCB" vs "RCD" | Electrical Protection Device
Просмотров 2926 месяцев назад
In this video, we will explore essential protective devices in our electrical systems: the Miniature Circuit Breaker (MCB) and the Residual Current Device (RCD). Discover how these devices work to safeguard against electrical hazards, ensuring safety in our homes and workplaces. Learn about their mechanisms, types, and importance in mitigating the risk of electrocution. Don't miss out on this i...
Which is more dangerous: Voltage or Current? | Human Body Resistance
Просмотров 1937 месяцев назад
In this video, we wiill discuss "Which is more dangerous: voltage or current?" Using real-world scenarios and scientific principles, we explore the relationship between voltage, current, and resistance, and how they impact the human body. Don't miss out on this illuminating discussion! Like, subscribe, and share to spread awareness about electrical safety.Thanks for tuning in to Electric Simpli...
【Electrical】 Earthing Explained | Grounding | Basic Concepts
Просмотров 3498 месяцев назад
【Electrical】 Earthing Explained | Grounding | Basic Concepts
What is 'Neutral' in Our Electrical System | Understanding Its Vital Role and Potential Issues
Просмотров 2889 месяцев назад
What is 'Neutral' in Our Electrical System | Understanding Its Vital Role and Potential Issues
What is Rectifier? | AC to DC Converter - Simplified
Просмотров 11011 месяцев назад
What is Rectifier? | AC to DC Converter - Simplified
Diode: The Unnoticed Hero of Our Device | P-N Junction | Basic Working Principle
Просмотров 13111 месяцев назад
Diode: The Unnoticed Hero of Our Device | P-N Junction | Basic Working Principle
How Three-Phase AC Works | Why not Single-Phase? | Basic
Просмотров 259Год назад
How Three-Phase AC Works | Why not Single-Phase? | Basic
Power Factor Explained | pH Scale as Analogy
Просмотров 578Год назад
Power Factor Explained | pH Scale as Analogy
P=VI Explained | Electrical Power | Why P=VI ? - Simplified
Просмотров 2,5 тыс.Год назад
P=VI Explained | Electrical Power | Why P=VI ? - Simplified
How “Capacitor” Works? | Capacitor Explained - Simplified
Просмотров 2,7 тыс.Год назад
How “Capacitor” Works? | Capacitor Explained - Simplified
How “Inductor” Works? | Inductor Explained - Simplified
Просмотров 10 тыс.Год назад
How “Inductor” Works? | Inductor Explained - Simplified
AC Explained | Alternating Current - Simplified
Просмотров 2 тыс.Год назад
AC Explained | Alternating Current - Simplified
Tripped Breakers? | Can you really turn on ALL your Home's Appliances? - Discovering the limits
Просмотров 132Год назад
Tripped Breakers? | Can you really turn on ALL your Home's Appliances? - Discovering the limits
Household Appliances with HIGH Power Consumption | Electricity bill | Power vs Energy
Просмотров 29 тыс.Год назад
Household Appliances with HIGH Power Consumption | Electricity bill | Power vs Energy
Home Circuit | How Devices in our homes are actually Connected? | Series or Parallel?
Просмотров 1,1 тыс.Год назад
Home Circuit | How Devices in our homes are actually Connected? | Series or Parallel?
V=IR Explained | Ohm's Law - Water System as Analogy
Просмотров 3,5 тыс.Год назад
V=IR Explained | Ohm's Law - Water System as Analogy
How Electricity Works? | Electric Field | Energy Conversion
Просмотров 3,6 тыс.Год назад
How Electricity Works? | Electric Field | Energy Conversion
The information is described very clearly. Easy to understand. Thanks 👍
This video is here to solve the problems of two or more families connected to a single electric Meter. One of the families consumed greater than the other. Any listeners to this video will take the cheats out of compoud consumption. A solution to keep at hand, thank you.
excellent explanation, please upload more videos
8/19/24 =)
Europeans can skip to 3:30
Awesome. I want a video about ' Three phase induction motor working principle ".Your videos are awesomely awesome really.Please make the video about this topics.
Brilliant explanation. Thank you
Awesome video! Can you explain a comparison between on load switch vs MCB?
In 1:25 when MCB trip the main purpose is to protect circuit itself (wirings inside the walls) from overloading (overheating) but not the devices connected to that grid. Other than that very nice video.
The both make the boat overturn🗿
The moon makes the waves and not the wind, so the cause of the boat flipping is the waves
The moon makes the tides not the waves 💀
Thank You! ❤
Very good explanation👍🏻
Theory succinctly explained on practical use of inductors in real life, well done!!
Very nice, thank you.
Thank you for your explanation
Great video, thanks for posting
Brilliant
Solid science despite many grammatical mistakes. Thanks for sharing.
Great Video
😳 'Promo sm'
Amazing... Videos
At 1:07 the slide shows Apparent power = active + reactive power, but in the calculation they follow the right angle triangle.
Wow!
Thank you
best of luck for your automated channel... I m watching your videos without skipping and gathering my Knowledge over basic EEE. Thanks
So nice thanks
That sounds like a computerized voice. Sorry, but there are better videos already published.
আমার x আছে আগা
Great explanation
Thank you so much !
Great tutorial ! capacitors next ?....cheers.
Yea, we will be doing video explaining capacitors in a simpler way soon.
Thanks! Very informative !
This really helped, thanks
Great video!