Electric Power Transformer


Electric Power Transformer

A transformer is a type of electrical device that uses static to transfer energy. Transformers can also be used in many different electrical processes.

What Is A Transformer?

A transformer uses static to transfer energy. Transformers are a fundamental and basic piece of electronic equipment. They have remained relatively unchanged in materials and design. They are usually made out of a secondary coil and core. The core is generally made out of iron, steel, metal and air. There are four different types of transformers including variable, step up, step down and isolating. The current that occurs in the primary winding will create a magnetic flux in the transformers main core. It can convert a low voltage to high voltage or a high voltage to a low voltage. Transformers have an electric current that can produce a magnetic field. Then the magnetic field will change within a coil of wire. Transformers are designed to transmit and distribute electricity. Transformers come in many different sizes. Ideal transformers perform at a rate of 98% of higher energy loss. This number keeps improving as power supply and containment improves through technology and new processes. Superconducting windings help to achieve the highest rate of efficiency.

What Industries Use Transformers?

Transformers are used in many different applications and industries. They are often used for supplying electricity to companies and households alike. Transformers allow for energy to be provided to many different devices. These devices include common electronics. Transformers are also used in many different types of audio equipment including record players, microphones and more.


Transformers allow many electrical needs to become a reality. Transformers increase voltage before transmitting electrical energy through wires over long distances. Transformers are durable and dependable. Transformers can be used for specific energy needs including primary frequency, current rating, power rating and indirect or direct output.