Design of Armature
The armature winding can broadly be classified as concentrated and distributed winding. In case of a concentrated winding, all the…
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The armature winding can broadly be classified as concentrated and distributed winding. In case of a concentrated winding, all the…
As the armature current increases, cross sectional area of the conductor and hence the eddy current loss in the conductor…
Although a detailed description of the design of a DC machine is beyond the scope of this material, some design…
Carter’s gap expansion coefficient Where Kgs is called the Carter’s gap expansion coefficient for slots and is greater than 1.0.…
SYNCHRONOUS MACHINES, i.e. practically all generators together with synchronous motors and synchronous compensators, are the most important power system components…
Normally magnetic circuit calculations involve two types of problems. In the first type of problem it is required to determine the excitation…
Industrial applications use direct current motors because the speed-torque relationship can be varied to almost any useful form — for…
Factors effecting the resistivity of electrical materials are listed below – 1. Temperature. 2. Alloying. 3. Mechanical stressing. 4. Age Hardening. 5. Cold Working. Temperature The…
Materials having high resistivity or low conductivity are very useful for some electrical engineering products and applications. These material are used to…
Material having low resistivity or high conductivity are very useful in electrical engineering for manufacturing electrical engineering machines or equipment’s. These material used as conductors for…
Electrical conducting material are the basic requirement for electrical engineering products. The electrical conducting material can be classified as below- Based…
Materials used in the field of Electrical Engineering are called the Electrical Engineering materials. Based on properties and area of applications, Electrical Engineering…