SINGLE PHASE TRANSFORMER : EQUIVALENT CIRCUIT AND WORKING

Steps to drawing the Equivalent circuit diagram for a single phase transformer. Working explained in an animated video.

[@Santoshkumar19016]

This channel should have crossed more than million subscribers for the quality of content

[@sadafambreen6118]

As a student this was probably the best explanation I've cm across🥺 . Thanks a lot, keep posting more such videos on other topics and keep helping students. You're doing a great job.

[@ohgoditsjames94]

Excellent video, the summary at the end of the video made this a lot easier to understand, cheers

[@ajgio]

The best explanation of a transformer I've ever seen.

[@tigistmisganaw1532]

No words to explain you are the best!

[@Andrei-ds8qv]

thanx a lot Xplanator, you Xplained this very welll

[@Xplanator]

Thank you so much, do check out the other videos in the playlist.

[@damjantasevski5769]

@@Xplanator Oh, yeah surely I will check them all, I have an exam tomorrow.

[@crazysoundspack3529]

Nicely explain and the diagrams used are exceptional

[@nafisshahidfahim7218]

Bhai you are the best.Love from Bangladesh 🇧🇩

[@Arnab913]

Best explanation ever! love

[@aniksheikh902]

Thank you so much brother! The explanation was so simple but very very very helpful. Make more videos. Best wishes! 👍

[@natefield420]

Fantastic explanations and diagrams / animations. Well done!

[@reubennakushowa8586]

I have loved your explanations makes sense

[@baldovincadenamejia244]

Amazing video! If it had subtitles that would perfect

[@naturist3020]

very well explained bro

[@animeshjhawar2658]

Thank you Man!!!

[@ketaksingh5465]

❤ awesome

[@rushikeshchavan8963]

Legendary explanation...ty

[@shubhankarmaitra4231]

thank you so much

[@rohitrahul1762]

Really very simple n creative...

[@mayankmaloo6893]

Beautiful explaination

[@aloknegi7923]

Nice explanation buddy

[@Xplanator]

Thank You!

[@sonnetonytony8492]

thanks alot xplanator i really understood . God bless you ]]]

[@potencializadordeenergiagr7551]

I'm from Brazil, despite the language I found its explanation magnificent. very detailed, in relation to the I2 '= k.I2 first time I see and I lacked this to understand, my congratulations, sorry if I am wrong, it seems that it is from India.

[@naturist3020]

u r right it is from india.

[@surajshaw2344]

Sir I have a confusion u said lenz law but didn’t follow it the polarity must be opposite to oppose the voltage applied and u have put the same polarity everywhere why?

[@chandantyagix]

The Polarity is indeed opposite think of the batteries sign instead of + - you wil realize

[@Jaya.M78]

Excellent explanation!

[@sindhu283]

Thank you

[@shehab1798]

awesome.. easily explained

[@swakathumamakeshwaran8881]

Just one word GREAT

[@Maybe.019]

thank you

[@siddheshkulkarni6129]

Thanks a lot man Very well explained

[@sudeepkumar-el3cv]

Excellent work

[@neethi_t]

Great explanation

[@ruchikanandghaye9773]

Gr8 explanation sir, thank u ☺️

[@yamidanchogaming9681]

Hai

[@osamaahmad3756]

Wonderful explanation, thanks.

[@4supervic4]

Very nice video! ty

[@leespearz9781]

You saved me ♡

[@GPSCClassbymoin]

Gud explanation

[@RohanSharma-tf3fn]

best one

[@Xplanator]

Thank You!

[@hrishabhchoudhary5091]

Beautiful.

[@vasanthakumar1991]

Seriously you opened my eye and gave the clear idea on how it works... I have a doubt. Why do we say i1=k*i2??

[@Lortagreb]

super

[@vyashas4483]

good job buddy . you explained it very well.

[@rajlaxmiprajapati469]

I was so confused in this topic and finally get the the clarity on doubs thanks really simple and understandable explanation.

[@abdulrehman-cu6gj]

zabardast

[@skysolarpowertech4147]

nice explanation...Thank You!!

[@287MdSahil]

very helpful, thank you

[@iamharis704]

the great explaination..

[@anjalibachani9665]

It's really very helpful... 😃😃

[@alifkhandakar9818]

wow , what a explanation

[@lukeangel1974]

Good video. 5 stars from me.

[@yamidanchogaming9681]

Hai

[@kaursingh637]

thank u for excellent lecture - please name one book

[@awaisibrahim9283]

best ever

[@madhumatinarule4489]

Why Ro and Xo not present at secondary side winding??

[@payalrajpoot1730]

Very very helpful 😍😋😋😋😋

[@Xplanator]

Thank you! Do check out other videos in th series :)

[@raghuveervadla6471]

U are awesome!

[@shawnscientifica6689]

Does this assume that the dot convention is that the primary has a dot at the top of its coil so that the reference current goes through it and the secondary one has a dot at the top of its coil as well but its reference current is leaving it so its the opposite emf. I think that would help make the video even easier to understand.

[@Xplanator]

in place of dot convention i have used appropriate +/- signs to make it easier. both coils have dots on top side

[@Emperor-Of-Karma]

How Iw is used to indicate leakage flux. Leakage flux is indicated by the series reactances right? Iw is used to represent Eddycurrent and Hysterisis loss right?

[@krishnakandel2402]

What will be the value of charge on primary and secondary side, are they equal on both side or different?

[@harneetkaur9611]

Why you have connected X0 and R0 in parallel

[@kamrantaz]

I have two doubts for u... 1-what will happen if v1=E1? 2-what will happen if we use dc current in place of ac current... Thanks in advance for your kind help in clearing my doubt..

[@niketan1014]

V1= E1 this condition will not happen as there are resistive and reactive component r1 and x1. Dc cannot be used in transformer as it does not have frequency. Therefore transformer will not work and the primary will act as a resistance connected to dc source

[@digantachatterjee3130]

I have a doubt, you said I2 in the secondary side is creating 'fy2dash'. Then why it's not opposing I2. Instead it is demagnetising.

[@omprakashtharu8398]

Make more videos please

[@samridhimangla9520]

What about the flux which will be produced by E1. It will also oppose the net flux . I mean fluxE1 +fluxE2 will oppose flux final?

[@mohamedzouhairtalas6011]

Thank youuuuuuuuuuuuu

[@blindspirit5957]

you havent changed the polarity based on lenz's law,can you explain?

[@nomanqureshi5168]

sir please explain the circuit diagram of Wound rotor synchronous machine and Permanent magnet synchronous machine

[@sbk4723]

Nice sir.. Try for facts devices

[@sazzadsalmoon8156]

Why Ro and Xo is in parallel? why not in series?

[@Xplanator]

We are analysing current which can be used and which gets wasted as a loss. When u say parallel circuit , there is more than one current involved(depending upon the number of branches). So u can represent the current which is useful and which is not. If u put the elements in series, then there is just one current in the circuit and that does not help you in analysing.

[@vinaypagare4628]

0:41 the statement does not match with the diagram.. please explain

[@al-bokhari8197]

where is others videos

[@PawanSingh-ks6xb]

✌✌✌✌✌

[@shaiksohailthanveer1462]

The primary has more turns than secondary na

[@razashaikh5970]

What does J times means

[@32_gurjotsingh82]

Why is i2 dash = K(i2) at 5:43? Sir

[@silverubica]

Transformator ratio is saying N1/N2=I2/I1 or U1/U2=I2/I1 so if transformer increased voltage to secundary side, he lower current on secundar by same amount he increased voltage, u get that from ratio.So if ratio of turns is 50/100 because he sad secundary have more turns, current will be lower by 0,5 then current on primary. If load increased current on secundary by 2A primary would be higher by 0.5(2/0.5).Hope this helps

[@orochimaru1253]

👍👌👏

[@ganesh1465]

Sir I have an a doubt why we taken io and draw after r and x components what happens if i placed middle of r and x please tell me

[@Xplanator]

Ganesh Ommi :with respect to circuit diagram or phasor diagram?

[@ganesh1465]

Circuit diagram

[@ADNANAHMED-eo5xx]

👍

[@vasanthakumar1991]

God

[@misaaalhakeem76]

👍🙂

[@seablue1085]

Thanks, plz add english sub for your videos

[@princekumar_5963]

Sir , transformation ratio:is N1/N2

[@techideas6876]

transformation ratio is a when N1/N2. But it is k when N2/N1

[@harishsingh5225]

I think you have taken wrong assumption of considering Leakage reactance as loss. It will only create voltage drop, not loss.

[@abhishekkumar-xf3fg]

Sir Hindi me bhi ek video btaiye n

[@MohdAnas-gk8kx]

Sari video bekar hai Kuch bhi ata ni sb i2' i2' likh dete but bata koi ni pata ki i2' aya kha se Bhot confusion is video se door hua❤️

[@S.P.S.SRIRAM]

Bro i didn't get the leakage flux explain more deeply

[@jeprox31]

is secondary winding have more number of turns than the primary? wrong assumptions buddy ... Maybe u mean that secondary has larger copper coils than the primary... check nexttime buddy

[@Xplanator]

could you elaborate more on it?

[@bogdanciulei4417]

This is unusable, I can't understand a single word and subtitles are not available

[@grovestreet9165]

sir you don't even know what you're taking and what you're telling to students leave youtube now

[@Xplanator]

Grove Street I appreciate you going through my content. However it is designed for engineering students. If u are not one, it will not make any sense to u :)

[@shawnscientifica6689]

The video isn't incorrect. The one thing they did not mention is the assumption of the dot convention on the coils so that the reflected emf opposes the primary one.

[@Xplanator]

please refer the sign notations across the coils(+/-) and the terminals.

[@TechwithRen-Z]

@@shawnscientifica6689 He also mentioned Lenz's law. You must be not listening properly

[@bigslimeMulla]

Hahahahha i just found the god of this stuff