- #1
Salvador
- 505
- 70
If I have a rotary transformer in order to transfer some current o or from a rotating part, I wonder doesn't it add some extra power induced from the rotational motion to the secondary side of the transformer , since atleast one part of it is rotating with respect to other.?
Like for example I supply an AC source of energy X to the stationary primary , and on the secondary which for example is on the rotating part I now get out the X supplied from the source to the primary + whatever energy the rotating part had?
Or does this is dependant on the way the transformer is wound (coil , core angles etc) ?
Like for example I supply an AC source of energy X to the stationary primary , and on the secondary which for example is on the rotating part I now get out the X supplied from the source to the primary + whatever energy the rotating part had?
Or does this is dependant on the way the transformer is wound (coil , core angles etc) ?