How Do Transformers Work?
What are Transformers Used For?
For the most part, the biggest application for transformers in contemporary society is their ability to boost the voltage of an electrical current so that it can be transmitted over long distances. Without the ability to do this, to amplify the voltage of an electrical current, power plants would have to be built on a much more local level to be able to provide adequate power, and it would be uneconomical to provide electrical power to more remote locations or small communities.
How Do Transformers Work?
Transformers work by transferring electrical current via circuits, and amplifying the voltage of that electrical current in the process. Essentially, the principle is that all electrical currents create magnetic fields and that these magnetic fields, when altered, can induce a greater voltage in the electrical current. As the electrical current is run from one circuit in the transformer to the next, the magnetic field is altered and this ramps up the voltage of the current.
What Kinds of Transformers Exist?
There are many forms of transformers in the modern world, with more and more applications being conceived for them every day. They can be as small as a marble or as large as a house, simply depending on their application. As mentioned previously, the majority of transformers are used to maintain an alternating current electrical power grid for society, but they are also used in everyday electronics and in more complex technology. Transformers can be found in everything from microphones to space shuttles.
Tags: electrical current, voltage electrical, voltage electrical current, current electrical, electrical power, magnetic fields, that electrical
