TRANSFORMER LOSSES! TYPES OF TRANSFORMER LOSSES! HYSTERISIS LOSS! EDDY CURRENT LOSS! COPPER LOSS

[@tarangill1992]

Your method is very easy to understand every topics. So thank you.

[@jidendrap3745]

Indian youtube tech channels are always great ❤️❤️

[@yourfather-bo5wz]

Exam se 1 hour before dekha video ko Aur ye topic clear ho gya Thank you sir 😊

[@Forever_For_Sanatan]

oho or ye 2018 or 2023 m3 rgpv ke papaer me ayabhi tha

[@diki9856]

You explained it very well. Appreciate it :)

[@Haridaskhambe]

I really like it sir 😊👍 explanation is very nice 🙏👍

[@SNTECHNICAL]

Thanks

[@nandanimalviya-l3g]

❤❤❤ thanks for this informative video

[@SNTECHNICAL]

Welcome

[@rahuldhage2762]

Thanks for video. Bahot acchase hindi mai samjaya

[@akshat11120]

Bahut Shandar explain Kiya hai 👏👌

[@dakshgera12]

Very well explained sir thanku

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY

[@statusqueen8924]

Sir thanks a lot 😊😊 This video is so amazing 😍😍

[@MithunBesra-v8c]

Amazing Explained❤️❤️❤️💯🙏

[@RupeshGautam-hf8jk]

Dhanyawad sir ji...aaj mere practical exam me bhut kam aaya aapka provide video

[@jiteshpurena]

Thank you sir ji... 🙏🙏🔥🔥❤️

[@Saikeshavardhan]

Best vedio bruh keep going 🎉

[@gopihua5967]

Thank you sir what a great explanations

[@Broken_Heart2080]

Thanks u sir for understanding better ❤

[@ashokapathmasiri7846]

Wondafull efard...🙏

[@mamtamehra8512]

Thnks sir. Acha pdhta ho aap

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY

[@sugitakumari9272]

Thank you sir aap bahut aacha samjhaye

[@CloudScience]

Thank you so much sir ❤❤❤

[@Rengoku777qwer]

Thank you sir ❤❤❤❤❤❤

[@VibeFlowBeats]

Great efforts sir🙏🙏thank u so much

[@SNTECHNICAL]

Welcome

[@navaldhumal.3569]

Sir or vidio banake bej dijiye aap aache se samajate ho🤗🤗😊😊

[@SNTECHNICAL]

Ok

[@chilltime9986]

bhai kiya bat zabrdast

[@SNTECHNICAL]

Thanks

[@yogeshgupta183]

Thanks sir ji

[@Ramanuj2024]

Nice explain sir❤❤

[@SNTECHNICAL]

Thanks

[@muhammadismail630]

Good Explanation and easly understand

[@extremebass9195]

Amazing video

[@DARKBOTGAMING99]

Nice explanation sir 😃

[@dibyadarshineebehera9823]

Thank you sir

[@SNTECHNICAL]

Welcome

[@rajkishorpradhan8510]

Hello

[@सिद्धपुरुष-फ2द]

Hii

[@Guruprasadbehera733]

Thanku u mam

[@amirmd2342]

Super teaches thanks sir

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY

[@Mahesh-w8b4e]

Wow super sir.❤️🙏🙏🙏

[@shilpabhandari9338]

Thanks sir 🙏

[@naveenpatel7483]

Thanks 🙏🙏

[@vikasshukla6382]

Wah sir ❤

[@ramjankathat4864]

Very very apprician

[@alokdubey5234]

कभी HT केबल की पर्शियल डिस्चार्ज, ओर इम्पल्स test बताये

[@fantasticamazingfacts5462]

Amazing 👏 excellent explanation

[@anuragchauhan8515]

Thank you

[@MBA93949]

Very nice ❤️❤️❤️

[@basheerthumucherla6162]

Thankyou sir

[@narpatsingh3888]

Nice

[@himansusahu8850]

Please make a video on how to read a circuit diagram of closing and tripping circuit of breaker like L&T ACB, siemens,alstrom,areva VCB.plz reply me

[@Funnyvideos1685]

Nicely explained, thanks

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY

[@manpreetkumar1135]

Thank you sir ji.

[@jayshreesanap960]

Thank u sir

[@SNTECHNICAL]

Welcome

[@karimainterprices8559]

Nice teacher

[@durgeshbisht971]

Very well explained

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY

[@manojkumartudu1673]

tomorrow is my BEE viva .......thanks sir....

[@PrienceboyPrienceboy]

Core or iron losses ke andar do loss hote hai hysteresis losses and Eddy current losses sir puri information dijiye ❤

[@harishmayekar2692]

you made a very useful video.

[@jaherayo6978]

Sir, Oil cicuit breaker ke bareme ek video banayi a aur inka maintenance keise kare.

[@nandanigupta1343]

Sir your explanation is too gud👍

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY

[@ShiniGami-gs5yj]

Just like your English

[@bhaveshdamor8533]

​@@ShiniGami-gs5yj😂😂😂😂

[@muhammadimtiazulhassan2865]

Maza aaa gya

[@abhayeducation8105]

Mst class

[@sankujyotisarma3974]

Sir can we reduce no load losses by reducing amount of core? What implications will it have on overall design?

[@Anmol809-videos]

Primary ka current secondary me kaise chala gya ... Achhe se explain kiya kare. ... thank you

[@Couplevideo205]

Due to mutual induction

[@dipaksharma6288]

Thank

[@vishalshah5913]

Kvar losses are there in transformer. Please explain same.

[@meshkatsaiam]

Does it really de-magnatize during negative cycle or the polarity of the magnatic field inverts? (7:08)

[@sujayethossain3184]

Sir, I have one question. What you mean by bhawar ( hindi) . I can't understand this. Can you explain it sir please.

[@ManuGautam-f3e]

Turbin

[@tusharchauhan9986]

thank sir

[@manpreetkumar5115]

Thx

[@SNTECHNICAL]

Welcome

[@kumarsp8109]

V nice

[@kangkandas9549]

Sir ye dono losses hone se kiya problem ho sakta hai

[@AnilKumar-uk1fs]

Primary ka current flow nhi hoga primary ka flux secondary me flow hogai jeski vje se secondary me emf induced hogi

[@chandanKumar-rf3it]

Fan bhi dete hai na sir copper loss je lye ?

[@ramanandpandey1592]

Haa bhai

[@mdsen4103]

Copper loss ki unit kya hogi is it in watt

[@AliRazavlogs7-b8i]

Sir how we can reduce the copper losses

[@Bluedevil231]

1.5x speed tommoro ur exam right😅

[@manish45254]

Copper loss kaise nikaltey hai sir

[@gagansain1664]

thanks..........................................................................................

[@karimainterprices8559]

Super bro

[@MBA93949]

Sir ap k notes etc hn kya????

[@SalmanKhan-te5uh]

Nice teaching sir

[@vinaykumar-gj5lx]

Sir distribution transformer ka core area kaise nikala jata hai

[@jyotibhagat8827]

What is flux leakage???

[@alpeshpardhi9572]

Too good

[@jayshreeram1416]

Sir transformer to sep downs voltage karta he to app to ye khete he ki transformer me to jitne voltage dete utnehi voltage miltehe

[@masauvarhusain930]

👌👌👌

[@seenusaini9639]

Sir transformer m practically kitne % losses hote h or practically efficiency kitni hoti h please reply

[@ramanandpandey1592]

97% efficiency hoti hai.

[@nikitadewangan3283]

Tq sir

[@villagemafia1095]

Best

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY

[@sushilsonusingh]

Why not we use high melted plastic or glass material to reduce this type of loss.....

[@likithvaddadi1048]

Bhai vo conductor nahi hai

[@skisrafil271]

Core loss ache se clear nhi huya voltage fixed kaise hota agr upstream se voltage up yea down hoga toh loss vi kom jada hoga but constant loss kaise hota open circuit test karte tab toh mA mai ata hai megnetizing current hota hai

[@ramanandpandey1592]

Bhai wo constant hai kyuki waha loss material ki wajah se hai aur tm material (core) up down hai kr skte. Wahi copper loss supply voltage pr depend krta hai. Jo ki hm apne hisaab se kbhi bhi km jyada kr skte hai

[@hamirameen]

gud sir

[@akhil_singh___79]

07:01

[@sankharouth3892]

Vawar means?

[@WHYIANIMATES]

Wave

[@coolpro7278]

👌

[@tamonashghosh1100]

Why we can't use d.c in transformer

[@WHYIANIMATES]

Because dc is constant in nature no change in flux but we need variation in flux by the law of Faraday change in flux means emf generation which we need That's the reason

[@nikitadewangan3283]

👍👍🙏

[@bharatendudixit6292]

Achha h par or padane ki jarurat h.....

[@surendrachaurasiya9601]

फार्मूला बताइए थ्योरी पता ही है

[@vaishukhadgave1898]

Sir thoda slow explain kijiye video ko bar bar sunna pad raha hai

[@thakurelectrical4039]

kzbin.info/www/bejne/iIGtoZeHgcp7qJY

[@navaldhumal.3569]

Sir ankon video banva

[@ersatyajeetyadav6884]

❤😊

[@SajidKhan-xu6kk]

Sir tranfarmar ki voleum seting batye plz

[@HarshSingh-xg1iw]

🎉🎉🎉🎉🎉

[@poppyseedfilms]

❤

[@divi252]

u did not tell how to reduce it ?

[@er.vermajaipur6604]

Bataya na lamination krte h,