The low-frequency 50/60hz  control transformer is used to propagate signal voltage and signal power, and can also realize impedance matching between circuits, which has an isolation effect on direct current. There is no difference in principle between a high frequency transformer and a low frequency transformer. But because the high-frequency and 5060hz low-frequency control are different, the iron core used in the transformer is different. Low-frequency transformers generally use high-permeability silicon steel sheets, and high-frequency transformers use high-frequency ferrite cores.

Input:AC110V-250V 50-60hz

Ÿ  Output:AC3.0-800V

Ÿ  Modle:EI series

5060Hz Control Transformer’s characteristics:

High current: The output current of low-frequency transformers is very high, usually above several hundred amperes. This is because low-frequency transformers are mainly used in transmission, transformation, distribution and other process flows in power systems, requiring the transmission of high current power signals.

High power: Low frequency transformers have high power, usually above several kilowatts, because they need to transmit high-power power signals to ensure the normal operation of the power system.

Low frequency: The output power signal frequency of a low-frequency transformer is very low, usually below 50Hz. This is because the basic signal frequency of the power system is 50Hz, and the transformer needs to reduce the signal frequency according to actual needs to meet the requirements of the power system.

Temperature rise: Due to the high power of the power signal transmitted by low-frequency transformers, they generate a large amount of heat during operation. Therefore, when using 5060hz control low-frequency transformers, it is necessary to consider the heat dissipation of the transformer to prevent overheating and damage.

High noise: Due to the large current transmitted by the low-frequency transformer, it will generate a large magnetic field and mechanical vibration. Therefore, the low-frequency transformer will produce noise during operation, and shock absorption and noise reduction measures need to be considered.and inductors to achieve high power density. Its current density can reach 30A / module.