What are the working principles and functions of high-voltage transformer

Working principle of high voltage transformer

The transformer plays a vital role in alternating current. If there is no transformer, then the voltage of alternating current cannot be increased or decreased, and long-distance transmission and normal use cannot be realized. Let's take a look at the schematic diagram of the transformer and the working principle of the high-voltage transformer. the role and further understand the strange and mysterious current device of the transformer.

The working principle of a high voltage transformer is based on the principle of electromagnetic induction. The transformer has two sets of coils. Primary and secondary coils. The secondary coil is outside the primary coil. When the primary coil is connected to alternating current, the transformer core generates an alternating magnetic field, and the secondary coil generates an induced electromotive force. The turn ratio of the coils of the transformer is equal to the voltage ratio.

What is the role of a high-voltage transformer?

An electronic product was invented and produced in modern society to meet the electricity demand of the vast number of electrical products. Its basic function is to convert a relatively high voltage into a voltage suitable for general electrical products. Its working principle is the principle of electromagnetic induction. The orderly arrangement and winding of the iron core affect the induced voltage that the current passes through so that the low-voltage voltage can be converted into a high-voltage transformer.