The max DC offset of synchronous machine is = I peak of short circuit rms x e^-t/T . So, how is it equal to the current before the fault? Please explain. Thanks.
If it was so easy, Nicola Tesla would not have had to do so much effort...:p...see the thing is for any rotation u need atleast two rotating magnetic field...if you remove the commutator you would not get that in a normal dc motor
@@ElectricalisEasysir, is it because we can't collect current from the armature without the commutator .. otherwise in the armature winding we are geting ac as you told in the dc m/c lectures.
Ohk you were asking about generators, got a bit mixed up..yes you could rotate a dc field inside an armature and get a.c well and that's how basicly, a synchronous generator work...but see there are many other constructional difference for these two, it is better that they stay seperate..
Synchronous machines is fully completed and I am glad you have liked it..please share the videos with anyone who might benefit from them..#sharetheknowledge
Sir you are a blessing for electrical machine enthusiasts
What you are doing is priceless sir!!
Many thanks from Sri Lanka
The max DC offset of synchronous machine is = I peak of short circuit rms x e^-t/T . So, how is it equal to the current before the fault? Please explain. Thanks.
Awesome video! Very helpful. Thank you!!!
Simplicity and clarity
better than assistant prof of our dept
Sir is it possible take lecture in voltage regulation methods in synchronus generator ( EMF,MMF,ASA,ZPF )...
to have a dc component there must be some resistance in the circuit, from where the dc component came is not clear
sir can be use a dc generator as ac generator after removing the commutator??
If it was so easy, Nicola Tesla would not have had to do so much effort...:p...see the thing is for any rotation u need atleast two rotating magnetic field...if you remove the commutator you would not get that in a normal dc motor
@@ElectricalisEasysir, is it because we can't collect current from the armature without the commutator .. otherwise in the armature winding we are geting ac as you told in the dc m/c lectures.
Ohk you were asking about generators, got a bit mixed up..yes you could rotate a dc field inside an armature and get a.c well and that's how basicly, a synchronous generator work...but see there are many other constructional difference for these two, it is better that they stay seperate..
Thank u sir grt lecture and plz continue this series
Synchronous machines is fully completed and I am glad you have liked it..please share the videos with anyone who might benefit from them..#sharetheknowledge
Hi Sir.
Any video explaining the damper winding part?
Yes there is u will find it in a playlist
Thank you Sir,
I request you to please start synchronous motor after this, as we will finish synchronous machine then.
That's the plan...
Thank you Sir
Sir thodii writing me dikkat h aapki...
Baki to sab sahi h 😊😊
Thank you very much
Awesome
Thank you so much...
❣️❣️❣️❣️😘
You are simply say whatever book say .You do not explain it.