An inductor is a two-terminal passive electronic component that is capable of storing electrical energy in the form of a magnetic field when current flows through it. It is also…

The torque required to operate the synchronous motor at every moment from its initial state to final shutdown is important in understanding its characteristics. Also to use the synchronous motor…

The graphs obtained by plotting the armature current and field current of a synchronous motor are called the V curves. Similarly, the inverted V curves give the relation between the…

In a synchronous motor, the change in field excitation affects neither the speed nor its output. But it affects the power factor and armature current for constant supply voltage and…

A synchronous motor is an AC electric motor that always rotates at a synchronous speed. This speed is achieved with the help of the rotating magnetic field produced by the…

The phasor diagram of synchronous motor is used for understanding the behavior of the motor under different load conditions. We will discuss the easiest way of drawing the phasor diagrams…

The synchronous motor runs at a synchronous speed, which depends on the supply frequency. The operation of a synchronous motor is unique when compared to that of a DC motor…

A synchronous motor is an AC motor, which is identical to the alternator or synchronous generator. Similar to the dc generator, the synchronous generator can be made to run as…

Energy drives everything in today’s world. Our future world depends a lot on energy. We generate and consume more energy than before as a global community, and the demand for…