Different types of DC Generator, animation | Classification of DC Generator with animation |Mruduraj

[@LearningVibes]

Open circuit characteristics of DC Generator with experiment performance : kzbin.info/www/bejne/gmHKYpqlbcSsd80

[@k.k1544]

Ans. Is E ..and your explanation and short but crystal and concise video help me in last time .... thank you for all ❤

[@LearningVibes]

Welcome 😁

[@susantbarik9770]

Fabulous video..... Very much informative.... Thank you sir

[@LearningVibes]

Thankyou

[@aarohievents-makesmemories4501]

Very well explained with excellent animation sir:-)

[@splendor10]

Very helpful sir. You cleared all my doubts.

[@CEFandBrandEdgeReviews]

Superb animation and camera focus on you !!! Hatsoff!!

[@LearningVibes]

Thanks for your feedback

[@chamodbandara5754]

best video on youtube for dc genarators.😍

[@Smit7512]

Very unique concept of explaining DC Generator...!!

[@ankita_pal_0305]

Sir you are awesome!!!! Your explanation + animation......what a combo🤩🤩🤩🤩...Thank you very much sir😄😄😄

[@LearningVibes]

Thank you so much for your appreciation

[@andrewdettra2644]

This was a very helpful video! The animations really helped.

[@LearningVibes]

Thanks man. You from where?

[@andrewdettra2644]

@@LearningVibes I am from Ohio in the United States.

[@LearningVibes]

@@andrewdettra2644 What do you study there?

[@andrewdettra2644]

@@LearningVibes I am a sophomore in an electrical engineering program. We just had a test on different types of DC generators.

[@rajucherian]

This is the problem with Indian teachers, they know all the theory but don't know how or where this is applied. for example students will get interest only when you explain why this is classified in this way in the first place, why would some one connect in this different ways . what are the characteristics when connected in different ways.

[@sudheerkumar-hr6yf]

Well explained ❤ 👏 super 👍

[@BlueHeaven777]

Such great animated video sir

[@LearningVibes]

Thanks for appreciation Join our learning community for free here we learn together t.me/learningvibesgroup

[@vision7500]

🙏👍 best superb

[@ChiragBhalodia]

Superb Explanation...

[@Viral_arts_and_handicrafts]

Very nice👌

[@jagdish4615]

Very nice sir

[@charanpulaparthi-ex8jj]

Super sir 😮😮

[@AJ-et3vf]

Great video sir! Thank you!

[@juliusdaruca4146]

this Community will definitely grow more and more in time.

[@LearningVibes]

Thanks for your application You are from where ?

[@prajwalbhosale6455]

All of these are correct ans

[@LearningVibes]

True

[@rushiraval]

Superb video bro thanks for this

[@Electricalengineer-ms5em]

Sir make a video on emf equationof dc machine

[@LearningVibes]

Please check dc machine playlist There is video on this topic

[@Electricalengineer-ms5em]

Ok sir

[@cagasperlyng.]

thank you sir!

[@SurajDhuya]

Video is very helpful but video subtitle is placed over the animation picture 😢

[@LearningVibes]

Subtitle can be turned off through setting

[@KeepLearningOn]

Very good video sir

[@mrudurajsinhchudasama9075]

Very useful video

[@jagdish4615]

Make video for speed control DC motor

[@LearningVibes]

Sure

[@LearningVibes]

Please join our telegram group i will solve your queries there t.me/mjlearningvibes

[@pahadi3530]

Gajab bawaaal

[@قَسوَرَة-ق]

If electricity can be induced by an electromagnet with a direct source, in a direct current generator, why should the coils of each ( armture or rotor & stator ) be connected to a direct current source?Why don't they just connect the winding of the moving part with a D.C, which produces a magnetic flux, and move the crankshaft by any means that induces electricity on the Winding of the stator part, and thus it can be exploited?( i.e. direct current is supplied to the rotor coils rather than the stator coils )

[@LearningVibes]

In a direct current generator, the coils of both the rotor and stator must be connected to a direct current source for the generator to function. The reason for this is that the magnetic fields produced by the rotor and stator must be synchronized in order to produce a continuous output of electrical power. The rotor of the generator is typically rotated by an external power source, which induces an electromagnetic field in the rotor coils. This electromagnetic field then interacts with the magnetic field produced by the stator coils, inducing an electrical current in the stator winding. If the rotor coils were connected to a DC source, while the stator winding was not, the magnetic fields of the rotor and stator would not be synchronized, and the generator would not produce a continuous output of electrical power. In addition, the rotation of the rotor produces a changing magnetic field, which induces a current in the stator winding. This is known as electromagnetic induction and is the basic principle behind the operation of generators. By rotating the rotor, a changing magnetic field is produced, which induces a current in the stator winding. If the rotor coils were connected to a DC source, this changing magnetic field would not be produced, and the generator would not produce any electrical power. Therefore, it is necessary to connect both the rotor and stator coils to a direct current source in order to synchronize the magnetic fields and produce a continuous output of electrical power through electromagnetic induction.

[@strangerguy570]

which is the symbol of Armature winding in dc generator Emf equation?

[@Vishaldsouza529]

Nice video

[@narasimhamurthybn8741]

tq sir

[@mrudurajsinhchudasama9075]

DC232 is nice way to remember

[@Just_For_You17]

👍💝

[@geetabachudasama6704]

Please make video on working of dc generator

[@joymusic3889]

What about separately excited dc generator

[@devnarayanclasses9458]

Sir you left cumulative and differential dc generator

[@surajkumarpatra1979]

Answer : all of these

[@omarkatana7305]

all of them

[@sycho9810]

Shunt dc generator and series dc generator

[@S-saniya7869]

Ans - (E) all of these

[@rushiraval]

The answer is all of these

[@kamleshkumaryadav2974]

E.:- All of these

[@mrudurajsinhchudasama9075]

All of these

[@subasm5580]

Answer is (E All of these) called as DC Generator

[@meditationalmusic4219]

E is the ans

[@TaofiqueKhan-o2f]

all

[@prakashminymovieschannel7220]

E(all of these )

[@rushiraval]

DC232

[@aarohievents-makesmemories4501]

E All of these

[@LazzyGaming98]

E all of these

[@AnantSharma-d6e]

E ans

[@hlianzamuana4903]

E

[@jinoy517]

no no no no noo.........!

[@marz6526]

option E)all of these

[@devnarayanclasses9458]

Sir you left cumulative and differential dc generator

[@geetabachudasama6704]

All of these

[@chandra10109]

E

[@udaysolanki2682]

All of these

[@priyalchourasia7041]

E

[@ABC_420]

All of these

[@Electricalengineer-ms5em]

E

[@vasukatariya8873]

All of these

[@MRAGAV]

E

[@Rahul_NIT_JAIPUR]

all of these

[@ashesmondal59]

E

[@064nithiyar4]

All of these

[@shardulshastri1927]

E

[@rajanvatsa8373]

E

[@Vishaldsouza529]

E

[@hymajinkala7006]

E

[@LearningVibes]

Mera kam pasand he to muje support karneke liye mere dusare channel ko subscribe kare. kzbin.info/www/bejne/aYjTYnatjJqCd6s

[@SumanDas-lm8bn]

E

[@kasukurthisaichandu9951]

E

[@neutral_positron]

E

[@yordeman8038]

E

[@nsoatabeherbert4807]

E

[@SparkTechUg]

E