IM31 Double Field Revolving Theory
HTML-код
- Опубликовано: 13 сен 2024
- Lectures on Electrical Machines By Dr. Tirupathiraju Kanumuri, Assistant Professor, NIT Delhi
Link for Material
drive.google.c...
Link for Lectures on Synchronous Machines:
• Synchronous Machines
Link for Lectures on Special Electrical Machines:
• Special Electrical Mac...
Link for Lectures on Transformers: • Transformers
Lectures on DC Machines: • DC Machines
Lectures on Induction Motors:
• Induction Motors
Lectures on Basic Electrical engineering:
• Basic Electrical Engin...
Lectures on EMFT:
• Electro Magnetic Field...
Lectures on Induction Motors By Dr. Tirupathiraju Kanumuri, Assistant Professor, NIT Delhi
Link for Lectures on Synchronous Machines:
• Synchronous Machines
Link for Lectures on Transformers: • Transformers
Lectures on DC Machines: • DC Machines
Lectures on Induction Motors:
• Induction Motors
Lectures on Basic Electrical engineering:
• Basic Electrical Engin...
I really thanks to you sir
Thank you sir . completely understand the topic .
Excellent lecture Sir. Thanks 🙏🙏🙏🙏
Why it is ¢=¢m sin(wt) cos(alpha)
Why cos(alpha) in that equation
Sir you are the best teacher bus aap hindi mai video banaya kijiye English mai itna comfortable nahi hai itna
Thank you for sharing ur knowledge sir it's so helpful For me Tomorrow acm2 exam
Thank u sirrr I'm understand very well😊
great explanation
Thank you sir.
Thank you so muchh sir
Sir can you plz explain the torque graph in the lecture. what is that slip =2 means
What is alpha?
What is alpha sir
Plz repeat the audio was not clear at the instant when you explained Alpha
Sir i didn't understand why u have considered cos alpha why not sin alpha
Sir please, so can we say that there are negative sequence components present due to the backward flux and torque
@@lecturesinelectricaleng Sir why MMF decreases when we move from center?
Do we need to consider the physical angle, so that turns become N*cos(alpha).
Nyc sir
Sir resultant torque was in forward direction in running condition .
But if we give intial rotation to rotor in backword direction, then the resultant torque will be in backword direction ?
💝