The major difference between the isolator and the circuit breaker is that the isolator disconnects the circuit at offload condition whereas the circuit breaker disconnects the circuit at on load condition. The Difference Between Isolator and Circuit Breaker are explained in the comparison chart by considering the factors like the type of device and its action. The …
The Difference Between Capacitor and Inductor are explained considering various factors like the basic definition, calculation of stored energy, the flow of current, their behavior in both AC and DC circuits. Relationship between voltage and current, its unit, types of inductor and capacitor, their resistance to change and applications. The Difference Between Capacitor and Inductor …
The Difference Between Generator and Inverter are discussed here on the basis of various factors like voltage, their time period of starting, noise and pollution, source of power, starting, capacities, their installation, duration of the power outage, backup power supply, fuel storage, maintenance, size and weight of the machine, space requirement, maximum power output, parallel …
The difference between the Relay and Circuit breaker is explained on the various factors like the principle of their operation, working of relay and circuit breaker, type of device they are, voltage, their usability and whether it works as an amplifier or not. The Difference Between Relay and Circuit Breaker are given below in the …
The Transmission line and Distribution line both are used to carry power or electricity from one place to the other. The difference between transmission and distribution line are explained on the basis of the factors like the basic usage of the transmission and distribution line, their working supply phase, voltage level and level of conduction. …
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A DC Motor whose poles are made of Permanent Magnets is known as Permanent Magnet DC (PMDC) Motor. The magnets are radially magnetized and are mounted on the inner periphery of the cylindrical steel stator. The stator of the motor serves as a return path for the magnetic flux. The rotor has a DC armature, …
The differences between Stepper Motor and Direct Current (DC) Motor are explained considering factors like nature of loop of operation of the motor, controlling, the presence of brushes, its motion and displacement. The response time of the motor and the effect of overloading. Difference Between Stepper Motor and DC Motor are given below in the …
Reluctance torque or alignment torque is experienced by a ferromagnetic object placed in an external magnetic field, which causes the object to line up with the external magnetic field. An external magnetic field induces an internal magnetic field in the object and because of this torque is produced. The torque is generated between the two …
Amplidyne is the most common version of the Metadyne. It consists of the basic metadyne in which a compensating winding is connected in series with the power output brush terminals. The compensating winding cancels out the d axis MMF, which opposes the control field MMF. The schematic diagram of the Amplidyne is shown below. The …
A single stack variable reluctance stepper motor has a salient pole stator. The stator has a concentrated windings which are placed over the stator poles. The number of phases of the stator depends upon the connection of the stator coils. There are three or four windings. The rotor is made up of ferromagnetic materials and …
