Transformer Session-1 Introduction to Ideal Transformer By Hamid Sir
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- เผยแพร่เมื่อ 4 ก.พ. 2025
- Transformer Session-1
Introduction to Ideal Transformer By Hamid Sir
This video is the first video on transformer and introduces the basic operation of an Ideal Transformer.
#hamidsir
#electricalengineering
#machines
#electricalmachines
#transformerbyhamidsir
• Transformer Session-1 ...
I was the classroom student of sir in 2013. He is best faculty of electrical machines in india
Which college?
Jamia millia islamia
Yes bhaii.best....faculty..im also 2013 classroom student in Chaudhary house at kalu sarai
@@stevechuck4904sir made easy ke teacher the na?
We love you sir ❤❤❤❤❤❤❤
I was lucky to be a part of sir's classroom in the year 2015. Apart from all the technical knowledge, I was particularly infatuated by sir's vocabulary and accent. Today, i was just remembering him, ran a TH-cam search in hope that there may be some of his recordings and came here. Pleasantly surprised. Thank you for inspiring us sir. Thank you for setting up examples with your professionalism and work culture. Love you loads.
@@rjtsxn My dear Rajat. I am humbled that you still remember me. God bless you in every way. Where are you and what are you doing these days?
Thank you sir. With your blessings I am serving in barc. The selection interview was revolving majorly around machines, from power angle curve to starting of induction motor. And with your teachings, I was able to satisfy the panel.
@@rjtsxn Delighted to know. Keep it up. 💯
"Sir, I feel truly fortunate to have been your student at Made Easy in 2013. Your guidance and teaching have left a lasting impact on my learning and professional journey.
@@mayanksharma-ph4jm I am humbled that you still remember me Mayank. How and where are you these days? My prayers are with you. God bless you in every way.
Thanks a lot sir .......🙏🙏🙏🙏🙏 Jo aapne hamare liye channel banaya
Sir i have studied from you in year 2017 . I still remember your guidance.
@@ajayadvani-p5f I am humbled that you still remember me Ajay. God bless you in every way.
Lots of luv 2 u Sir... I have studied frm respected Hamid Sir in d year 2016....nice 2 watch u. Sir ❤❤❤❤❤
@@sonal8518 I am humbled that you still remember me. God bless you in every way 🙏🏻 ❤
Pranam sir! I was in your classroom at Made easy in April 2016. To my delight surprise I found you here on TH-cam and all my memories got refreshed. Sir Many thanks for teaching Electrical Machines! 🙏
My dear Shubham. I'm humbled that you still remember me. God bless you in every way.
@@ElectricalMachinesByHamidSir Thank you for your wishes sir. 🙏
If we decrease the primary winding voltage below its rated value, what will happen to the magnitising current of a practical transformer on no load and rated load ?
@@aamirreyazbhat3390 This is an interesting question Aamir. However before I answer it, I desire that you post this question on my Telegram channel or on "Electrical Machines Discussion Group" of Telegram. I would like to see the response of other members first to gauge their depth after seeing my videos.
Sir , it still seems like i am still in your class. Not sure but this could be possibly best video of machines ever on youtube. Even better than Behzad Razavi's lectures.Thank you so much sir for teaching all of us
I don't know Behzad Razavi Gaurav. I always try to do anything to the best of my capability. It appears that you came to know about my TH-cam channel only recently. Tell others about it now. God bless you in every way.
What a pleasant surprise finding you on TH-cam Sir. Seeing you after 10 years. I was your student from T batch from 2013-14 . What a legendary teacher you are. Thanks to you I am working in a PSU as electrical engineer.
I am humbled Rahul that you still remember me. God bless you in every way. Which is the PSU you are in and in what capacity?
It is such a pleasant feeling to have found you on youtube sir...i was in one of your batches in 2014....wish u a great health and thank you for being such a great teacher of this field...hope this platform reaches more and more students so that they can gain from it...
I am humbled that you still remember me Anupam. Where are you and what are you doing these days? I would be delighted to meet you at my residence when you are in Delhi.
Delight to have teacher like Hamid Akhtar sir in 2012. Apart from learning the electrical m/c from him, I personally learnt the techniques to analyse & understand any concept of any subject, that helping me as on date.
Thanks a lot sir... 🙏🙏
Respected Sir, In phaser part , all i understood is that we can’t determine whether E1& E2 are opposing or supporting and we shouldn’t draw E1, E2 opposite ( as drawn in many book ) just to show lenz law.
In the phaser it might be looking E1,E2 as supporting but in the circuit it will be opposing each other as per lenz law.
A phasor diagram must have a corresponding cricuit diagram and vice versa for complete information. You may view my early videos on Aarohan Education or probably on TH-cam to fully realize the importance of Lenz's law.
Got it Sir thank you.
Sir, mere pass words nhi hai apko thanks bolne k lye
M prepration almost chod he chukha tha ek job start ki thi ek sal Sia daily sochta tha aaj sai stdy kruga but nhi kr paa rha rha but apke video sai mujhe fr woo self-motivation mila
And i again starting my prepration .. results jo bhi i I don't matter but m happy now atleast starting again.
Bhagwan apko bhut sukoon ki zindagi and bhut khushiya dai. 🧿🌸💖
You r the best teacher ..I have ever seen.........
Assalamu alaikum Sir ,
Main 2nd year(4th sem) me hun main aaaj electrical machine 1 aapke videos se padhne jaa rha hun mujhe bataiye kon kon si videos dekhni hai jisse Gate/ESE ki tayyaari ho sake..thank you
Walaikumassalam. You would have to watch all videos ultimately with attention. You may start with the tropics required for your current semester.
@@ElectricalMachinesByHamidSir okkay sir , unwillingly ,main ek tier 3rd college se hun to uska haal to aapka pata hi hoga therefore i want learn more and more from another sources...
@@ElectricalMachinesByHamidSirsir i want to ask many more of the questions to you, from where can i contact to you?
@@MizanMiyan02 I have a Facebook page, Telegram channel, Instagram. All links are on my TH-cam channel.
Thank you so much sir. Dobara aapse padhne ka mauka mil pa rha h. 🙏🙏
thank you guruji❤🩹🙏🙏
More than humbled sir.... thankyou so much sir 🤗
Sir ,idealy permeability infinity hone ke karan hamne mana without current flux will be establish .but ye sinusoidal nature ka hoga ya dc nature ka ye kaise kahenge.
KVL must be satisfied. Just ensure that.
When will you start Power system?
Tq guru ji aap to machine ko bilkul kahani bna diye ❤️🥰
Thanku sir for so much efforts , plz teach as u taught in made easy ignoring the views on ur videos , because at first ur knowledge goes above head but when read sincerely realise very beneficial that why students came for back up classes in other batches in madeasy
When 18V source does not act source or sink, so current in this branch is become 0 A, Then Vth at the node become 18 Volt. Supply current through 24V source become (24-18)/2=3A, voltage across R3 is 18 volt and current are 3A, so value of R3 is 6 ohm.
Thank you sir! For the start of the subject machine lectures....
A faculty from made easy Delhi branch❤
Faulty or Faculty? What do you teach there.?
@@ElectricalMachinesByHamidSir Sorry for typing error😅. Sir actually i was one of your students from 2017 batch
Excellent Sir...Allah aapko salamat rakhey...a great experience and I have realised myself enhance in learning point of view..
Thank you sir.
Thank you so much sir wait is over and i am very excited to revisit the machine
Tqsm for this season
Thank you sir
Thank you so much sir.
Thank u sir
Thankyou sir
Answer _ 6 ohm resistance .
Sir the limiting value of R3 at which 18V neither takes nor gives current would be 6 ohm
Limiting value of R3 will be 6 ohms
Sir limiting value of R3 will be 6 ohm
Great teacher ❤️
Good morning sir,
Limiting value of R3 is 6 ohm.
Thanku sir
6 ohm
Lenz law explanation is quite good
Sir mai apke student ka student hu😅
So you are my Grandstudent. Welcome from Dadaji.
@@ElectricalMachinesByHamidSirhahaha you slay sirrrrr
Thank you sir.
Thanku sir
Limiting value of R3 is 6 ohm