Salvador12
Full Member level 4
Imagine there is a rotating shaft, most likely made of some stainless steel or some other metal that rotor shafts are made of, but I have a solenoid mounted on the rotor shaft, the diameter of the solenoid is much larger than that of the shaft and it is an air core solenoid, the solenoid produces a B field along the Z axis of the rotor shaft.
the problem here is the solenoid is powered by high frequency AC, so my magnetic flux in the axial direction is time varying, would this flux impact the rotor shaft similarly to an induction heating coil? (most likely)
what remedies could I use to shield the rotor from the flux, because the flux is not intended for the rotor but for other things mounted on the rotor it just happens to be in the same direction as the longitudinal direction of the rotor.
thanks.
the problem here is the solenoid is powered by high frequency AC, so my magnetic flux in the axial direction is time varying, would this flux impact the rotor shaft similarly to an induction heating coil? (most likely)
what remedies could I use to shield the rotor from the flux, because the flux is not intended for the rotor but for other things mounted on the rotor it just happens to be in the same direction as the longitudinal direction of the rotor.
thanks.