What Is the Purpose of the Control Transformer?

Electricity, which is immediately changed by the generators of hydroelectric power stations and power producing stations, is widely employed as an energy source in modern industrial businesses. Depending on the transmission distance, the electricity produced by the generators will be transmitted at various voltage levels, hence a special device known as a "control transformer" is required to modify the voltage. It is a conversion tool because, in daily life, the power of various control transformer models is not the same, and the voltage and current limit values used are also different. However, electricity is transmitted from the same location, but the value required for each region is different. As a result, ATO's transformer was developed to address these issues. Here we will take you through the purpose of control transformers.

What is the purpose of the control transformer?

An iron core and a coil line make up a control transformer, a device used to adjust the AC voltage. Along with changing the AC voltage, it can also affect the current and impedance as long as the design power is not exceeded. Different uses for the transformer exist in various contexts.

1. long-distance input electric line, first stepping up to tens of thousands of volts (such as 11KV), then stepping down to the destination, to limit the line loss from the power plant out of electricity (such as 220V).
2. Impedance matching with transformer coupling can play a role in adjusting the impedance in the electronic amplification line in order to achieve the least amount of energy consumption between the two lines of amplification transfer.
3. When welding, a very significant amount of current (tens to hundreds of amps) is needed, but only a very small amount of voltage (a few volts). Transformers, like the one in the welding machine, transform high voltage (like 220V) into low voltage. Moreover, a sizable current is produced at the output while the power is kept constant.
4. The transformer can occasionally be built into a multi-winding or intermediate tap type in a situation where varied voltages are required. then generate a range of voltages.
5. To achieve the goal of regulating the output voltage, the number of turns of the output coil in the AC voltage regulator are quickly modified.