Armature Reaction In Dc Generator Will Result In at Bill Voigt blog

Armature Reaction In Dc Generator Will Result In. It is the resultant flux obtained due to the opposition of armature flux and the field magnetic flux. Thus, in this article, we had an overview of an armature reaction. Armature reaction in a dc generators are refers to how the magnetic field created by the current in the armature winding affects the main field flux. In a dc generator, the armature reaction adversely affects the main flux, therefore it is undesirable. The cross magnetizing armature reaction effect is mainly caused by armature conductors which are located under the pole arc. At high loads, this effect of armature reaction may cause excessive flux density in the trailing pole tip (in generator) and leading pole tip (in motor). Armature reaction is the effect of magnetic flux produced by the armature current on the distribution of flux under the main poles of a dc generator. Armature reaction is the effect of magnetic flux set up by armature current upon the distribution of flux under the main poles. However, we cannot eliminate it completely, but we can reduce it. Apart from this, we had also studied the working, effects of the reaction in dc generator, and applications.

Armature reaction is the effect of magnetic flux set up by armature current upon the distribution of flux under the main poles. It is the resultant flux obtained due to the opposition of armature flux and the field magnetic flux. At high loads, this effect of armature reaction may cause excessive flux density in the trailing pole tip (in generator) and leading pole tip (in motor). Apart from this, we had also studied the working, effects of the reaction in dc generator, and applications. Thus, in this article, we had an overview of an armature reaction. However, we cannot eliminate it completely, but we can reduce it. The cross magnetizing armature reaction effect is mainly caused by armature conductors which are located under the pole arc. Armature reaction is the effect of magnetic flux produced by the armature current on the distribution of flux under the main poles of a dc generator. In a dc generator, the armature reaction adversely affects the main flux, therefore it is undesirable. Armature reaction in a dc generators are refers to how the magnetic field created by the current in the armature winding affects the main field flux.

Armature Reaction In DC MachinesCross And

Armature Reaction In Dc Generator Will Result In It is the resultant flux obtained due to the opposition of armature flux and the field magnetic flux. Thus, in this article, we had an overview of an armature reaction. The cross magnetizing armature reaction effect is mainly caused by armature conductors which are located under the pole arc. At high loads, this effect of armature reaction may cause excessive flux density in the trailing pole tip (in generator) and leading pole tip (in motor). Armature reaction is the effect of magnetic flux set up by armature current upon the distribution of flux under the main poles. In a dc generator, the armature reaction adversely affects the main flux, therefore it is undesirable. Apart from this, we had also studied the working, effects of the reaction in dc generator, and applications. It is the resultant flux obtained due to the opposition of armature flux and the field magnetic flux. Armature reaction in a dc generators are refers to how the magnetic field created by the current in the armature winding affects the main field flux. However, we cannot eliminate it completely, but we can reduce it. Armature reaction is the effect of magnetic flux produced by the armature current on the distribution of flux under the main poles of a dc generator.