Equivalent circuit of transformer

[@bennouryacine3383]

the best video ever about the transformer equivalent circuit you saved my life because tomorrow I'll have my exam and I didn't get it before, till your video came to make it for me, best regards from Algeria !!!

[@mdosmangani8492]

Is it of 1 phase or 3 phase

[@Awigato]

One phase

[@alllife924]

Did you pass it friend?

[@othmanmwalim7697]

Simple approach but Great knowledge

[@anjishnu8643]

Exactly the video I was looking for! Amazing explanation sir

[@maheshmahavarkar809]

Thanks for best video of equivalent transform...

[@awaiskazmi2262]

simple and compact .great work

[@608shardaprasadmaurya4]

Watching 2 hour before exam

[@parikshitgupta7711]

Nice bro,
You know about a lot about transformers
It was great help
Thank you

[@krupavaraprasad9619]

Nice video sir
Tq for good explanation

[@asifalam206]

Awesome

[@puppalalavanyagoud9428]

Excellent explain

[@baffuxd305]

Great video ❤️

[@surendrakverma555]

Very good. Thanks 🙏🙏🙏🙏

[@anantakumarnayak8328]

nice sir
one small doubt sir why we take series parameter as xo1 and sir also how r2 and x2 divided by ksquare

[@vijayeendrakulkarni6135]

Super explanation

[@sheryeapenbernad4703]

Excellent 👏👌

[@turanyasar3375]

actually if ur gonna refer secondary side impedances to the primary side u need to product it with (turns ratio)^2. not divide to it.

[@hemantchaurasia25]

Exactly Bhai ye mujhe confuse Kar diya

[@nabeelebrahim]

K=N2/N1

[@GauravSingh-nc6ig]

Correct

[@jerichocz8079]

It's a very great video! :D

[@csevala]

Gold 🥇

[@AR-nw6dv]

Bahut mst.. sir gajb

[@suranokesh5281]

TQ bro
I'm also studying in vignan clg like u

[@TexasUSA606]

Thank you

[@virankumarvishnumulkala6823]

Tq sir it was Help ful

[@chokkakulahemanth9631]

Thanks sir

[@ushasrichanna3201]

👏👏

[@chandusaradhi8235]

Nice

[@joshuahammer3544]

Thank you!

[@sbizay]

random indian guy coming to help

[@ABHINAVSINGH-px6hd]

Tqq bhai

[@shivangsaini3940]

🙏🙏🙏

[@sajidsobahaniniloy9402]

where is E2 in the very last diagram??

[@prithvikaklotar9012]

What about a capacitor

[@madelinesialtsis7809]

Would R02 and X02 be R01 and X01 with respect to the secondary side?

[@anjishnu8643]

Madeline Sialtsis, yes. While referring to secondary side for 2nd approximate circuit, we'll have to use Ro2 and Xo2

[@viking21]

Isn't R2 = R1K² not R1/K²?

[@ff_hr]

He said clearly R2= R1 divide (/) K²

[@SANKAR254]

Not explained clearly why do we move shunt branch parameters to left side.

[@GauravSingh-nc6ig]

To simplify the circuit , by shifting that shunt part , it doesn't affect the circuit because I(0) is small and it does not affect the other parameters

[@nagamanip3629]

Approximate equivalent circuit can be obtained by take the approximation that no load branch circuit is placing near the supply to eliminate the drop due to Io, R1, X1