EMF equation of dc generator with animation | Derive EMF equation of dc generator | Mruduraj
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- เผยแพร่เมื่อ 28 มิ.ย. 2024
- EMF equation of dc generator is derives with animation in this video. EMF equation of dc generator is explained using animations same as used in working of dc generator. The initial section of the emf equation of dc generator is briefing the notations used in equations. The next section start with faradays law of electromagnetic induction. This law is the fundamental law for induced emf in any conductor. The next section for deriving emf equation of dc generator is to get total flux link with a conductor in one rotation. The section is to find the time take by conductor for one revolution to derive emf equation of dc generator. We got the values and placed in one equation to get final emf equation of dc generator.
00:00 Introduction
01:29 Derivation of EMF equation of dc generator
11:15 Important information
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Very grateful to you sir for best explanation.
I read in Bangladesh Sweden Polytechnic Institute. my department is electrical engineering. your video is very helpful for me. thank you so much sir. love from Bangladesh 🇧🇩♥️
indiaaaaaahhhh
Very much helpful sir,,, love from Bangladesh 💓
learnt a lot, nice explanation sir
I have much doubts in parellel path but here my doubt is clear... Thank you so much sir for this video.
Thanks
Thanks for the lecture
Sir this video is very helpful and animation may it fully clear ....thank you sir
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hi sir your teaching is super and i have a doubt what is field current for better information i want i cofusing this topic
This is a perfect video...
Plz sir creat this type of amazing videos...
Sure @chinmay
Thanks for this ...there could be nothing better than this but I didn't understand how total conductor connected in series is = Z/A
I would be glad if you help
Nice video keep up the good work.
Superb 🙏👍
Very nice video
Pls make video on numerical in DC generator
Thank you for this video and explanation 🎉
You’re welcome 😊
Thank u sir
Wow It's really so great, love From Bangladesh. U deserve more subscribers. In sha allah u will achieve more subscriber
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Plz make vedio on commutation and armature reaction
Your presentation skills are awesome. I wonder why this channel has got less subscribers
thank you
sir you are superb
Thankyou so much.
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मेरे कॉलेज के दिनों में में सबसे ज्यादा प्रभावित इस पर चालकों के समानांतर पाथ नामक शब्द था मुझे काफी इंटरेस्ट था इस बात को जानने में आखिरकार इस शब्द का क्या महत्व है यह समीकरण बनाने में पर फिर बाद में समझ आया कि यह वाइंडिंग का खेल है एक महत्वपूर्ण चीज यह की अगर सभी कंडक्टर श्रेणी में होंगे तो वह सभी एक प्रकार के बैटरी के जैसे होंगे ऐसा करने से विद्युत वाहक बल का मान अधिक आएगा क्योंकि वह सब तो श्रेणी में होंगे परंतु यह संभावना केवल तब संभव है जब मात्र एक कॉइन डाली गई हो इस प्रकार की स्थिति में पोल का बेहद महत्व है आपके इस अनुभव के लिए धन्यवाद धन्यवाद
Please make vdo on BACK EMF
BEST
Mja aa gya
the besttttttttt
Thanks man
Sir can we get a video on emf equation of transformer.
Sir create the videos of power plants.⚡🌩️
Which power plant you want to learn
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@@LearningVibes all
Hello sir. Thank you for the videos. Can I ask sir what reference book do you have?
You are from where and what do you study?
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Principles of electrical machine by v k mehta
Electrical machine by j b gupta
@@LearningVibes I am from Philippines sir and I study electrical engineering and the course is electrical machine 1. Sorry for late reply sir.
@@juliethmelado8647 hey could you join Learning vibes on telegram. i need to discuss few about Philippines.
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I presume the law used is faraday's law...why is the emf emf for conductor and not one loop ( turn)?
Yes it's Faraday law
Because one loop or turn in armature contains two conductor. So calculation is done on basis of one conductor and then apply on all
Thanks for the timely reply, I thought faraday's law only applies to loops and not and not a straight wire
Sir may i know if you say dc generator means the supply is dc volts and the ouput voltage is ac volt is my assumption is correct sir subscriber from the philippine and that generator is single phase tnx sir
Excitation voltage that we give is dc
Generated emf in conductor is ac but using commutator we are converting it to dc
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Can u visualise the parallel paths of conductor, i am not able to visualise?
Yes
Please join this here we will discuss your query
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@@LearningVibes i joined
Great video sir...but i there is problem in telegram joining link.....please provide another link
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where do we get E=pFluxNZ/A
The popups are the worst!
I like them, and have really enjoyed the series
owsome also explain in hindi sir that will be also good for us
how would i join the telegram group
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i know the answer
pop up notification of your next video in running video is too much irritating when it comes too many times
I will take care of this in next video
😂