Interested to Buy Any Domain ? << Click Here >> for more details...
what happenes if the core of the transformer saturates?
- 4 Answers
- 8337 Views
- I also Faced
- E-Mail Answers
Answer Posted / ramesh kumar k
when transformer core gets saturated
It losses its magnetizing properties and it will not allow
any flux to pass through it... hence there is not flux cut
by the windings... hence no induced emf in the winding.
finally the transformer action will not be there...
| Is This Answer Correct ? | 1 Yes | 3 No |
Post New Answer View All Answers
what type questions asked in hp cl
Does the motor power displayed on the Motor name plate is the mechnical power motor delivers or it is consumed power from the system?
What is the height of DA, DAL, DB, DC & DDE tower?
why in the three pin plug all 3 pins are cutted ?
Wind mill
What are the properties of a resistor?
Brief me about maintenance planning & sheduling of machine tool.
actually i can't understand what is 3dB ? and it's really not clear to me.please any one let it me be cleared.
what are the applications of transistors with low dc gain, high dc gain and medium dc gain( beta)?
I have a small system with two motors that are running on 380 vac, 60 hz. These motors are expensive and I usally get them from Brazil. I am adding another motor to the system, but I want to purchase a 480 vac, 60 hz motor to use. It will be on a VFD that is rated fro 380 thru 480. Is this posible and will I have to use a larger motor and derate it?
why EMF IS INDUCED IN A CONDUCTOR WHEN FLUX LINKING WITH IT CHANGES ACCORDING TO FARADAYS LAW.
A low wet bulb temperature indicates
specify the inbuilt protections in DG
current transformer balance the power level on both sides. e.g in case of step up, at secondary side voltage rise but current decrease and vice versa in case of step down transformer. but how this power level remains same in case of current transformer and voltage transformer
Explain the terms real power, apparent power and reactive power for ac circuits and also the units used.
