Mind blowing.. Teaching.. Specially those pictures.. I am talking over all.. Sir you are awesome.. I am from kolkata, west Bengal.. And for you in our language "অনেক ধন্যবাদ আপনাকে, এমন করে আর অনেক শিক্ষার্থীদের সাহায্য করে যান ❤🥰💕" --
As the manufacturer of transformer doesn't know which type of load is going to be applied on the secondary side of transformer it could be either voltage load or current load. Thats why the units of transformer are KVA
Very Good Explanation..... 👍👍, But I have one question....... You take V1 which is equal and opposite to the EMF(E1 and E2) in No- Load Conditions but in the "Full Load Conditions" You take V1' which is equal and opposite to the EMF(E1 and E2)........ Ek video me aap ne V1 liya hai or dusre jagah V1' liya, ye kuch samjh nhi aaya......
Transformation ratio is basically a ratio of voltages ... so , agar aap ise E1/E2 = T1/T2 likhte ho to b shi h , or agar aap ise E2/E1= T2/T1 likhte ho to bhi shi h .... konsa voltage kam hoga ye turns ratio se decide hota h ... agar T2 kam h to obviously E2 bhi kam hoga or isliye hum usko step down transformer bolte h ... same concept E1 k saath bhi hota h ..... so, don't get comfuse between ratio ,it is just a ratio , this ratio decides that what will be the transformation ratio(a) , a will not decide the ratio ...... i hope ki aapka doubt clear hua hoga ... agar nhi hua to aap fir se puch lijiyega , i will try to help you . Good luck 😊
Get written material here,
electricalpaathshala.com/2019/11/no-load-transformer-with-phasor-diagram/
Thank you so much sir
Bahot time se ye topic se pareshan tha,
I understood this topic after watching the video once.
Thank you sir ❤
Sir aap bahut achha padhate hai or vo bhi without time ko loss kiye thank you so much sir
The best video I’ve seen on this topic. You teach so well sir! Thank you so much for making this video. It is a big help!
Thank you 😊
Yeah it's true
So well sir i understood very well, apne bahut acchi tarah or meaning ke sath samjhaya hai. Thanx a lot sir.
Mind blowing.. Teaching.. Specially those pictures.. I am talking over all.. Sir you are awesome.. I am from kolkata, west Bengal.. And for you in our language "অনেক ধন্যবাদ আপনাকে, এমন করে আর অনেক শিক্ষার্থীদের সাহায্য করে যান ❤🥰💕" --
I don't have Words to Express my feelings for this comment ❤️.
Thank You, Thank you very very much. You made my day.
Thanks for you to understand this topic
Best video on this topic sir ..🥰😊
Gud explaination in min time👍
Nice vdo sir...... Keep it up air
Feroz ahmad thank you
Very good keep growing ur channel videos
Thanks sir 😊😊❤
Thank you so much sir . Such a great video
Nice video sir
Bhiya thoda aku ka 2020 ka Question smja dijiye na kll exam he ...
Apka solution smj aa rha he ...
Wow it is a best video on you tube on this topic thank you sir
Nice Vedio. Sir
KINGCROF NETWORKING thanks a lot
💖💖💖
nice one bro 👌👌
Thank you so much
❤umma
Yr koi ye batao ki ye ideal transformer hain yan practical transformer
practical transformer
Ye kaisse pta vhalta h ki same phase me hoga ya different🤔🤔
Is it 1phase transformer under no load ?
Sir plz make all topic video of electrical engineering
Yes gautam ,i will make many videos from december
Please make us understand why the rating is in KVA and not in W
Ok. You will get this video very soon .
As the manufacturer of transformer doesn't know which type of load is going to be applied on the secondary side of transformer it could be either voltage load or current load. Thats why the units of transformer are KVA
Very Good Explanation..... 👍👍, But I have one question....... You take V1 which is equal and opposite to the EMF(E1 and E2) in No- Load Conditions but in the "Full Load Conditions" You take V1' which is equal and opposite to the EMF(E1 and E2)........ Ek video me aap ne V1 liya hai or dusre jagah V1' liya, ye kuch samjh nhi aaya......
Well done. But please don't waste paper, use all left over portion.
Wow sir
NYC...
Thank you
Nice
Mohammad Tahir Kadgaonkar thank you
Sir is this practical transformer????
Take Thumbnails Videos will look great.
KINGCROF NETWORKING ok o will take thumbnails from next videos ... thanks for valuable suggestions 😊✌
Thanks sir
Jitna jaldi ho sake please because my semester exam is very near
Sir transformer on load par v video daliye
Transformer ki playlist check kijiye .. vaha bana rakha h maine ..
@@Electricalpaathshala mujhe to waha transformer on full load mila plzzz app link share kr dijye mujhe mere exams hai kuchh Dino baad
Ji full load ka matlab hi transformer on load hota h
Bhai E2 kese hoga secondary winding me to current flow hi nhi kr rha
Flux ke karan E2 generate hua h ...
"a" zaruri thdi hai k 1 se chhota hga hi
Iska use kya h
Sir E2/E1 hota h transformation ratio to E1 ko less Hona chahiye magnitude m than E2
Aap ek baar apna comment fir se read kijiye .
@@Electricalpaathshala I've edited now....plz resolve my query sjr
Transformation ratio is basically a ratio of voltages ... so , agar aap ise E1/E2 = T1/T2 likhte ho to b shi h , or agar aap ise E2/E1= T2/T1 likhte ho to bhi shi h .... konsa voltage kam hoga ye turns ratio se decide hota h ... agar T2 kam h to obviously E2 bhi kam hoga or isliye hum usko step down transformer bolte h ... same concept E1 k saath bhi hota h ..... so, don't get comfuse between ratio ,it is just a ratio , this ratio decides that what will be the transformation ratio(a) , a will not decide the ratio ...... i hope ki aapka doubt clear hua hoga ... agar nhi hua to aap fir se puch lijiyega , i will try to help you . Good luck 😊
@@Electricalpaathshala okay sir....cleared now tysm
Ideal transfermer Hindi me dejiye
Calculation samaj nahi aya
Sir i have a problem
Ask.
@@Electricalpaathshala on load. Transformer explain kariye na
th-cam.com/video/bSaKMMg8Bos/w-d-xo.html
No load Trans ka
Sir vo samaj nhi aya
Iw = Io sin fie
Bhai yrr kitna paper waste krte ho😅
Nice
Yr koi ye batao ki ye ideal transformer hain yan practical transformer
Practical transformer on no load
Nice