no load in the sense you are not connecting any load to the motor, so you are not taking any output from motor and output will become zero. under no load the input taken by motor is just to supply the losses only. therefore, under noload input = total losses
This no-load current is very small and because the copper loss in the primary is proportional to the square of this current, it is negligible. There is no copper loss in the secondary because there is no secondary current. ... Eddy current losses are caused by currents induced in the iron due to the alternating flux.
Very good and funny videos bring a great sense of entertainment!
Super bro.. plz explain how to calculate A,B,C,D also
Why the armature current keeps deflecting during the experiment?
very well explanation
Why at no load the total input=const. Loss+cu loss.Is there no output? please explain.
no load in the sense you are not connecting any load to the motor, so you are not taking any output from motor and output will become zero.
under no load the input taken by motor is just to supply the losses only.
therefore, under noload input = total losses
This no-load current is very small and because the copper loss in the primary is proportional to the square of this current, it is negligible. There is no copper loss in the secondary because there is no secondary current. ... Eddy current losses are caused by currents induced in the iron due to the alternating flux.
Yyyyyy???????
How did u get that formula
How to calculate A, B, C, D values plx tell sir
Suggest any video for that
thankyou
Thanku sirr
Const losses = stray loss + shunt field loss
But sir , in ur video only stray losses are considered but where is shuny field drop🙋
Tq bro
😩
There is zero frequency in DC supply