Losses in Transformer(Easy Understanding with Animation)

[@masterclasz1907]

It's a pakka explanation sir, you're brilliant in making people to understand the concepts easily.

[@gulyaorazgali7037]

Perfectly clearly explained! Thank you so very much!

[@priyankacse20b7]

Nice video, simple to understand the concept, Thank you👌👌👌👏

[@shaikrehnuma9265]

Excellent explained sir Really i have understood this topic

[@mahmoudabdo9]

Good explanation

[@creativitybyme7705]

Good explanation....

[@Thepiyushrajput]

Amazing content Sir 😍

[@ravizindaginaamilegidoobar3222]

Easy to understand .. nice video with animation

[@duraisamymariyappan3947]

Sir, your lessons are easy and clearly understand... Thank you🙏

[@sattibabu_lendi5480]

This video usefull to understanding very well ,thank you sir.

[@mohanjayaraj5528]

Unique explanation, Thanking you

[@HubertNAHIMANA]

well done sir , thank you so much 🙏🙏

[@ajaykumar-rf2fw]

Just awesome 👌👌👌

[@effiongjay373]

So clearly explained.. thanks alot

[@rahatfarhan1426]

Good one

[@desouzam.v2933]

thanks for the excellent lecture

[@balakrishnacse0033]

Super sir

[@alekhyasrinu4239]

Superb

[@erikacruz3192]

I understand it better now! Thank you!

[@itsajesh4837]

Thank you superb explanation

[@anikakyadari5262]

It is sooo clear And so easy to understand

[@designed84]

Thank you, Sachin! Very informative!

[@eng.omareyadaljorani9954]

1- What are the reasons for the high copper losses of the transformer? 2- Can it be put into service at a specific load rate? If the copper losses are high? 3- Does it affect the test results if the current value of each phase is low during the load test? 4- In the load test, is it a condition that the copper losses values ​​for each phase of the transformer are equal? Or each phase has a special value of copper losses, and what does this value depend on? thank you very much

[@sangachidam3219]

Excellent. very simple explanation. This is what needed in examination Good Job

[@pandupaidipati7050]

Excellent brother 👍👍

[@devan9718]

Superb sir keep going on

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY.

[@aimanahsan6977]

Well explained.

[@itsrespect123]

Thank you ☺️

[@little_takshvi]

Thank u KZbin I have found this channel. Sir your teaching method is so simple and useful to understand. I'll suggest to this page to my others friends too. Keep sharing video sir. 🙏🙏

[@DigitalBlackboard]

Thank you

[@Bad_Kamal_YT]

super sir

[@sharduldeshmukh3193]

well explained

[@eng.ym23]

Thanks , The explanation is clear , like 👍🏻

[@anamikagupta8830]

Nicely explained

[@DigitalBlackboard]

Thank You

[@AsadElectrical]

nice

[@infotechtour]

very nice ...

[@johnvasques3568]

thank you sir very helpful

[@natasiafisher1669]

thank you

[@kathe961]

VERY HELPFUL THANK YOU!

[@aniketkulkarni2877]

thank you for explaining so nice...

[@abhaychavan7605]

Superb explanation sir

[@DigitalBlackboard]

Thanks a lot

[@deependranegi7822]

thank you sir

[@thepowerhouse3024]

Thank you teacher.

[@htprince3729]

Perfectly explained. Thank you....so "Hysterelesis losses" are also called "Other stray losses" ?

[@justinwong8676]

this is perfect thank you

[@NN92455]

Good Video. Thank you.

[@goludupare6525]

Good video Sachin sir Svpcet nagpur

[@swapanmanjhi]

Thanku sir 💐

[@nagakotesh1240]

excellent sir ...very clear at explanation and understanding...please make sure that u should always make these kind of videos for our understanding..thank u

[@priyankacse20b7]

👍👍👍

[@ckfun2626]

Thank you sir

[@pavankalyan4973]

Super

[@DigitalBlackboard]

Thanks a lot

[@adsmusiclovers9776]

Thanks sir for explaining the process easily,but the moving part of windings disturb my consented..

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY.

[@RajanKumar-xc8pm]

Nice Explanation.

[@DigitalBlackboard]

Thanks a lot

[@seenunivedhitha2866]

Sir, awesome.

[@michaelfang1242]

Great explanation, thanks!

[@R.E.X.]

The iron loss of a transformer at 400 Hz is 10 W. Assuming that eddy current and hysteresis losses vary as the square of flux density, the iron loss of the transformer at rated voltage but at 50 Hz would be....... watt. (a) 80 (b) 640 (c) 1.25 (d) 100 How to solve it?

[@syamyadav2965]

Is these helpful for dgca module exams

[@asifsheriff9722]

Sir.. im asif sheriff from udupi karnataka state.. here im making a fish stunner. In farrite core trasformer.. the people usung ee55 transformer has no air gap. But what h have here is with air gap.. is it going to effect in power. If yes how can i avoid this.. can i place a iron washer or disk to fill the gap.. please advise.... thanking you..

[@mullamulla9706]

Well done

[@ishakamrani7891]

Nice and simple thanks

[@arindomdey4876]

Thanks you sir

[@sneha_Gajbhiye]

Thanks sir👍

[@moosakutty869]

👍

[@laxsundar]

नमस्कार सर जी 🥰😍🙏🙏🙏🙏🙏

[@artbyshannu4300]

What is dielectric and stray losses in the transformater

[@muhammadafaq2789]

As we know that when current increases then flux also increases, then why core losses are called constant losses????

[@DigitalBlackboard]

Yes.. but magnetizing component of primary current remains same .. therefore flux remains same..

[@ฉลองสอดศรี-ย4ข]

ผมฟังท่านไม่เข้าใจ สิ่งที่ผมอยากจะบอก เราเป็นมนุษย์เหมือนกัน ภารกิจของพวกเรา สงครามรัสเซียอยู่เครียด ทำให้มนุษย์ยากลำบาก สิ่งนี้พวกท่านต้องตระหนัก

[@priyankacse20b7]

🙏🙏🙏👏👏👏🥰👍👍👍

[@deonraphael3004]

Simple

[@jsjsjejjud7519]

why flux remain constant from no load to full load

[@DigitalBlackboard]

kzbin.info/www/bejne/qp20d6yCp8SjnNk Watch this Video

[@s.praveenandpramodh4326]

😮🎉 4:45

[@nielsdaemen]

why does it sound like you are in a cave?

[@qualquan]

Terrible accent and incomplete