Transformer में 50Hz की जगह 500 MHz दी जाए तो क्या होगा ? | Transformer at High Frequency
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- เผยแพร่เมื่อ 7 พ.ค. 2021
- In this video of "Transformer at High frequency," we have discussed What will happen If we apply a very high-frequency supply to the transformer in order of 500 MHz, and what is a transit-time effect in the transmission line and relation with the length of wire and supply frequency.
#Transformer #HighFrequency #Frequency
Instagram Id: / mdhussain_49
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Much awaited video, When subjects are taught like this then students like me can easily understand,
Thanks a lot Sir
वाह सर। गजब का एक्सप्लेनेशन
ह्रदय पर विजय प्राप्त कर लिया गुरुदेव आपने
Aankhen khul gyi meri to itne Josh bhara video dekhkar :-) Thx Sir.
Bolne ke liye shabd nahi hai. Itna achcha explanation maine paheli bar zindagi me experience kiya.
This is called teaching...🤩🤩😍
Shukriya 😇😇😇❤❤
SIR JI ek number, i saw this video and immediately subscribed and liked.
You explain things which are not present in books. Thank you for this!!
Your explanation is really awesome.
Wow sir, amazing,. Awesome curiosity🙏🙏
Very good
good job...apprised 👍
Nice lecture and clear concept,sir.
Informative video sir....very nice Explaination in very simple way...thanqqq so much
Too good explaination brother thanks
Mzaa aa gya
Ek hi channal he jo ratne ki jaghe concept deta he❤❤❤
Thanx bro... Really nice job..
Good technic of teaching
Be continue....
Thank you
Really, mazaa aa gya✌✌👏👏
😊😊❤❤❤
Very good explanation it seems that you have extremely good knowledge of electrical engineering your viedeo are very helpful to young graduate to face the interview keep it up
one word, excellent!
Very nice & deep explanation
very nicely explained
Awesome explanation 👏
Good explanation sir
Excellent explanation. Keep it up
bahut badhiyaa...
Mind blowing concept
Mind blowing...One of the best explanations i have seen on you tube...Thank you very much. Request you to make a detailed video on transient time effect...👌🙏
Behtareen...
Very nice bro excellent explanation
Nicely explained
Awesome sir
Excellent explaination
Very good. Nicely explained.......keep it up
Very interesting👍👌
Zabardast bhai
Good Evening Sir🙏, Thank you very much for discussing/making video on such a rare topic.🙏, very nice to understand as your way of explanation/teach.👌
Satisfaction thanks
Awesome 😊
Explanation k sath sath beech me cartoons b... 🤣
Amazing way of Teaching. Love U sir. ❤️
Wow! Interesting
No words sir superb
Nice👍👏😊 explain
Well explained sir 🙏🙏
❤❤😇
Ese hi edit karte rahiye bhai...bahut hi majaa arrha h
Please make a video on Transit timw effect concept
Thanks sir
So nice
Informative one 🙏😀
❤❤❤
Wah .... Maza aagaya qasam se...
Jbrdst 👌☀️
Sir ap kha rhte apko 1000 rs gift krna chahta jo itni achi knowlegde dete vo v mast editing vdeio sath ..
Jo kbhi bhool nhi skte
Salute u sir .
Hmesha bnate rhe new vdeos
Aapka pyar kafi hai ❤... Bas videos pasand aaye toh ek Like aur ek comment kr dijiye ga 😇... Ishe jada khushi milegi ❤
Your explanation is very good. Kya aap node aur all theoram ke upar video bana sakte ho . Problem ko kaise solve karte hai aur all explination ka video
Super video
Sir kindly make a video about Transit effect
Nice
Thanks sir ,
Does it happen also?
For a constant volatge in a transformer we get 'Bm' inversely proportion to the 'f' from emf equation of transformer
V =4.44 f N Bm A
Bm={V/4.44 f N A}
Bm=1/f
If f is very high then Bm reduce , hence flux also reduced and secondary emf will be decrease.
Yes, It Happens, I have discussed the same in this video : th-cam.com/video/yENRWYt8dhg/w-d-xo.html
Awsome Class Sir,
Kindly please dont stop this channel, really interesting.
Will definitely suggest this channel to my friends.
My only suggestion is , please try to reduce speed
Sure bhai, I will make sure from the next time 😊❤❤
Mast hai.....
Maza aaya bhai 👍🔥.
😊😊
Thank you ...asa explanation kabhi collage me nhi mila throughout 4 year of BE
Pehle College ka spelling theek se likhna seekh.
Samajh me aagaya tune 4 saal ki BE me kya seekha hoga...
@@gulamansari7630 ha angrej chale gye aur tuze dusro ki galtiya nikalne k liye yaha 6od gaye..isme teri koi galti nahi hai sari galti angrejo ki hai
@@badgujarminesh6776
😂🤣🤣🤣🤣🤣 Just chill dear... main mazak kar raha tha....
@@gulamansari7630 koi nhi brother..me bhi thode majak k mood me tha..
Afer 12:30 ......
❤❤❤
OP video
Y do v need current flow in neutral in 3 phase pls explain y don't use resistor to restrict current flow or a step dn transformer
One suggestion from my point of view.
The reactance is given by
XL=2*pi*f*L
Since frequency is very very high
The inductive reactance is huge.
It will offer the higher resistance to the flow of current.
Hence there will be a huge voltage drop.
Niceee
Sir.. All you are doing is absolutely fine.. Don't add extra malsa.. Trending reels forcefully...Thanks you so much sir 🙏
Boss let me know the same formula is applicable for 50HZ frequency. In 50HZ frequency why current flow through winding which is higher resistive than primary side capacitive part.
I love chintoo voice seriously 😍
How the alternator make frequency please make an explanation.
Aise transformer bnanae k liye konse material use krte hai for high frequency
Sir ji first view mera he agala video deri dekha tha🙂🙂
Tabhi main socha aapka comment kaise nhi aaya 😅❤❤❤
Sir , ye bich me jo comedy h vo bekar h
👌
Bhai plz ek line ki 10 mat banaya kro baki apke videos ache hai
Wah mangaye ,very well explained,moreover enjoyed the video :D
Thank you ❤😇
sir, voltage to bar jaiga, Lekin frequncy bara ne ki bad current keya hoga? Current increase or decrease hoga?
Then how to work rf transformer in fm transmitter . I know that Fm rf fre.almost 100 MHz .plz explain
EMRS full from kaya ho tha hi sir please
But you didn't explain how and WHY the transit time effect which is supposed to effect in long length wires , affects the small length conductors ?
Good explanation.
But Heading content must be in English
Sir maine 3phase motor ko 3phase drive par connect Kiya or or us drive ke out put me 4KHZ ke frequency the to mere motor 2 min ke burning ho gaye ??
❤❤❤❤❤❤❤❤❤
Sir, what will happen when frequency is 500 or 1000 hertz and voltage is 220 constant.
Agar voltage 0 hoga to current ki maximum value kya hogi . Please replay
I waiting your answer
गुरुदेव उत्तर प्रदेश पावर कॉर्पोरेशन लिमिटेड के अनुसार भी वीडियो बनाइये।। जो विषय पूछा जाता हैं वही सब
Core loss bhi hoga bhai
🌹👌👌👌 🙏
How we can adjust 100 to 50 HZ frequency in main lane
Low frequency core will not respond to MHZ frequency, what to talk of very high Xc ?
Please make a detailed video on Earthing..
How does the fault current reaches source through Earth???
If I connect a bulb's one end to an independent earth pit and second end to unearthed (Neutral or body) generator, Will the bulb glow?????
Already there : th-cam.com/video/yRWK4BqBymM/w-d-xo.html
@@NOMORErattamaar
Dear thanks but difference i already knew between Neutral and Earth...
I want to know, how fault current reaches back to source despite earth having high impedance...
Agar generator ka body aur neutral ground nahi kiya hai toh kya phase ke respect me Earth pit ka potential zero hoga???
Will my bulb glow between unearthed generator's phase and an independent earth pit????
Transit time effect ko example se samjaye ga agle video mein
Video bahut jada toh technical nhi tha na...jitna aaj samjhya ache se samjh aaya na ?
@@NOMORErattamaar sir i m an electrical engineer (fresher). so video to sare samj aa jate hai. 😀😀
Lekin muje transit time effect k bare mein jyada pata nai hai isiliye ek perfect example se agar ho jaye to accha rahega.
Baki aap bohot accha samjate hai. I really enjoy your content.
Sure bhaii, bahut jald he 😊❤
Bhi agar ye video interview lene wala dekh le to electrical student's ko bahut problem ho jata
Isko bolo dlt karne ko
High frequency ac supply act as DC current.so transformer output is zero.
This Capacitor path would lead to direct short in the primary. In that case primary winding will burn.
I thought core saturation will happen because of high frequency
Current ka frequency high hoga to, kyaa huma electric shock laga gaa sir??? 🙄
Higher the frequency..... High risk of shock!..... Due to reduction in our body capacitance!