What Is A Transformer And Why Is It Used?Mohamed Bedawy
A Transformer is an electrical device which is used to distribute electric power between two circuits or more by the mean of electromagnetic induction. It is mainly used to bring the voltage of an electric power application up or down. It is highly acknowledged in the industrial sector as the heartbeat of the alternating current system. It is a static device, which has no moving parts and its working application is very simple and depends on the Faraday’s law of electromagnetic induction. A Transformer is consisting of four primary elements known as input, output connection, winding and core. And its core is mainly used to provide a controlled path for the magnetic flux.
Transformer manufacturers introduce its several types, which are utilized in a number of applications for their different features. One of the common reasons for using this static device is that it helps to match the voltage of the load to the line voltage supplied. These are available in an array of voltages and choosing the right product totally depends on the current require for your industrial application. For this, you need to analyze your device and have to understand the need of your application, so, you can choose a transformer that has the capability to meet all such needs.
Nowadays, these become an important part of all electronics. The property of induction which is the working principle of a transformer was discovered in 1830 and the first transformer used in the commercial sector in the year 1886. Now it is available in different size, voltage capacity and added features. It actually plays a significant role in an electrical power distribution system because it reduces the cost of transferring power from one circuit to another. It’s fundamental purpose is to step up or step down the level of voltage at the user end. These are used for isolated, phase shifter, impedance matching, and many other applications.
A Transformer is a must to generate and transform power energy between circuits and therefore, you should install it. These are generally known for its rigid structure, corrosion and abrasion resistance, high strength, noiseless operations, user-friendly design, minimal maintenance, long running life and for many other features. Its output voltage is always greater than its input voltage at the time when its secondary windings have more turns of wire than the primary winding. So, what are you waiting for? Purchase it now for safe transmission of electrical energy throughout the industry.
BY by GAHZLY