The development of reluctance motor took place in the year 1838 so as to boost a locomotive. Here, the mechanical switches used for windings energization only hold the capability to provide energization for the motor at minimal speed levels. And in addition, electronic devices such as transistors, IGBTs are needed for driving the motors. But in 1920, the development of variable reluctance motor took place in the U.K and this development was used in many … [Read more...]
What is Split Phase Induction Motor : Working & Its Applications
The development of induction motors took place by a French scientist named Francois. He was the person who formulated the presence of revolving magnetic fields which are called Arago’s rotations and this happened in the year 1824. Whereas during the period 1879, Walter Bailey exhibited the same principle through manually switching ON and OFF which is successfully called the initial primitive induction motor. And the first single-phase AC type of induction … [Read more...]
What is a Permanent Magnet Synchronous Motor & Its Working
The creation of a synchronous motor took place in the year 1869 which was almost two decades back before the discovery of the induction motor. In the early stages of the 20th century, the development of induction motor happened, and its application was extensively developed. Whereas the reach of the synchronous motor was not more till the early period of the 1920s. Nearly, 5 years were needed to progress the necessary initial ability by interaction with … [Read more...]
What is a Mini Motor : Types & Its Working
Hopefully, we are living in a world that revolves all-around digital trends and technologies. Just flickering a switch will provide power and we find the operation of many devices through a simple motor. Many of the household and commercial devices are included with mini motors and these days they gain more prominence because of their simple design, streamlined operation, and many other features. So, this article completely describes the concepts related … [Read more...]
What is Hybrid Stepper Motor : Working & Its Applications
As we all know that the main functionality of any motor is to convert electrical energy to mechanical energy, speed, and torque. So, the exceptional feature of stepper motors is they hold the ability to precisely managing control related to functional angle and speed. Let’s start with the concept of the stepper motor and then move ahead to know about the hybrid stepper motor. So, a stepper motor which is also termed as stepping motor comes under the … [Read more...]
What is Variable Reluctance Stepper Motor : Construction & Its Applications
A variable reluctance stepper motor is electromechanical energy which converts electrical energy to mechanical energy. The main difference between the stepper motor and other DC motors is in stepper motors the motion of the rotor is achieved in steps. Stepper motor also works on DC supply but the principle of operation is not Lorentz force law. It works on the principle of reluctance. That is, the magnetic flux always tries to follow in the least … [Read more...]
What is Synchronous Reluctance Motor : Working & Its Applications
Synchronous reluctance motor is an electromechanical energy conversion device that converts electrical energy to mechanical energy. Unlike DC motor which works on Lorentz force law, synchronous reluctance motor works on the variable reluctance principle. The main characteristic of this motor is, it runs at synchronous speed. Due to magnetic locking, it follows the synchronous speed of the rotating magnetic field which is formed at stator poles. Due to … [Read more...]
What is Switched Reluctance Motor : Construction & Its Applications
Switched reluctance motor is an electromechanical energy conversion device, which converts electrical energy to mechanical energy. As compared to DC motor where energy conversion takes place due to Lorentz Force Law, in switched reluctance motor the energy conversion takes place due to principles of variable reluctance. Reluctance is defined as the opposition to flow to the magnetic field. Its electrical equivalent is the resistance which opposes the flow … [Read more...]
Know the Differences between DC Shunt Motor & DC Shunt Generator
In the scope of electrical technology, a parallel circuit is described to be shunt. Direct current motors and generators where the armature and field windings are parallelly connected are termed as DC shunt motors and DC shunt generators. Fundamentally, a similar machine can be utilized as motors and generators. The foremost variation in between these devices is that in the DC shunt motor the input is of electrical energy and the output is mechanical … [Read more...]
What is Permanent Magnet Stepper Motor : Working & Advantages
In the industrial domain progression, motors hold a very crucial role and their application is enhancing day-by-day. Not only in the power industries, but in many control applications, motors are playing a critical role. With the enhancement of motor control, the usage and implementation also augment every year. So, the stepper motor is a kind of control motor which operates on positioning control having no feedback loop. Stepper motors were formed at the … [Read more...]