6 min.s 30 sec.s to 7 min.s 30 sec.s : The way you have managed to explain the decrease in Eddy current due to increase in core resistance as a result of thin surface area of an insulation through use of "resistivity formula" - that's really excellent .
Again from 4 min.s 05 sec.s up to 6 min.s 21 sec.s - the way you have managed to explain the concept of Eddy current & it's no need in the core , that is also excellent .
Explained in an amazing way, even if it was easy topic but still many of candidate had doubt about lamination, whether it is insulation coating provided on thin core or just that thin core rather than solid core..now its cleared..
7 min.s 40 sec.s to 11 min.s 50 sec.s - The you have managed to explain the concept of Hysterisis loss through "Magnetic Effect of Electric current" & "Atomic Magnetic Dipoles" and "Heat due to collision between magnetic dipoles while changing alignment with direction change of original magnetic flux" ; all really really very excellent to realize the concept .
1 min. 28 sec.s to 4 min.s 05 sec.s : The background of Electromagnetic Induction to understand the concept of Eddy current ,i.e., How magnetic flux linked with a coil or circuit induces voltage in the coil or circuit which can of course make a current to flow if & only if the circuit is closed - that's also really very good .
10:00 In an insulator, an atoms aren't random, it tightly packed to each other, but atoms move randomly in all conductors that's why in random speed of electrons and they collided to each other the effect of collision the net velocity or speed is Zero. that why it can't produce current or magnetic field.. and when we apply pd the conductor the electronics starting to flow in a particular direction depends on direction of current.
6 min.s 30 sec.s to 7 min.s 30 sec.s : The way you have managed to explain the decrease in Eddy current due to increase in core resistance as a result of thin surface area of an insulation through use of "resistivity formula" - that's really excellent .
Sir ,
Thank you 5 bar eddy current loss dekha neke bad ab samjha pai...
Sir kisi ne aaj tk itne simple language me nhi smjhaya... thnku so much sir
😊❤
Again from 4 min.s 05 sec.s up to 6 min.s 21 sec.s - the way you have managed to explain the concept of Eddy current & it's no need in the core , that is also excellent .
sir seriously ur explanation is the best when compared to other channels!
Thank you 😊❤❤
@@NOMORErattamaar your the best sir
Explained in an amazing way, even if it was easy topic but still many of candidate had doubt about lamination, whether it is insulation coating provided on thin core or just that thin core rather than solid core..now its cleared..
7 min.s 40 sec.s to 11 min.s 50 sec.s - The you have managed to explain the concept of Hysterisis loss through "Magnetic Effect of Electric current" & "Atomic Magnetic Dipoles" and "Heat due to collision between magnetic dipoles while changing alignment with direction change of original magnetic flux" ; all really really very excellent to realize the concept .
Sir, aapka jitna video dekha sabka concept clear ho gaya... Aap aur video banate rahiye aapka channel akdin bohot huge ho jayega.
Thank you sir. Our confusion is clear on Eddy current.
I'm in full support with this channel and you
Shukriya bhai 😇❤❤
Very good informative video. Simply good explanation sir. Thank you 🙏🙏🙏
This channel deserves much more subscribers
Way of explanation is easy to grasp & makes concepts crystal clear
Sab seh simple aur best explanation 👌🏻❤
1 min. 28 sec.s to 4 min.s 05 sec.s : The background of Electromagnetic Induction to understand the concept of Eddy current ,i.e., How magnetic flux linked with a coil or circuit induces voltage in the coil or circuit which can of course make a current to flow if & only if the circuit is closed - that's also really very good .
Very Very appreciated interpretation
Very well presented!
Great explanation sir
Love from Andhra Pradesh state. Vijayawada ❤
Thank you sir
Thank u so much sir, great explanation
Badiya samjhate ho sir
Bhai angar ek dam
Sir🙏
DC ke case me magnetic field alternative nature nahi hota hai
So , dc machine maen hysteresis loss nahi hota hai ya less quantity maen hota hai
Good 😊
Bro lenz law v kabhi explain karna thoda doubt hai
You are awesome guru ji
Thank you❤
10:00 In an insulator, an atoms aren't random, it tightly packed to each other, but atoms move randomly in all conductors that's why in random speed of electrons and they collided to each other the effect of collision the net velocity or speed is Zero. that why it can't produce current or magnetic field.. and when we apply pd the conductor the electronics starting to flow in a particular direction depends on direction of current.
Very nice
May we use high melted glass or plastic or other non-metalic thing in core to reduce hysteresis and Eddy current loss
Super video sirji
❤❤
zbrdst
Sir, what is stamping? And what is the purpose of it??
Nice video
Can Eddy current be produced when flux is not changing ? i.e If flux produced by dc source then it will create Eddy current or not ?
Once again big appreciation from me.
Thanku sir
Super
You are best
sir please make video on transmission voltage
Sure :)
Hysterisis mtlb kya hota hai samja nahi
electronics padhao bhai... Control system
❤️❤️❤️❤️
आपने इसमें यह नहीं बताया कि सिलिकॉन मिक्स करने से हिस्ट्रेसिस लॉस कैसे कम होता है
Video dekhne k baad Jo v yaad tha wo v vhul gaya😂
anyone here pursuing diploma in electrical engineering 2nd year
Mai... bhojpuri mai likhunga.. 😁😁😁😁😀😀
Jarur 😃❤