MG12150S-DEN2MM

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MG12150S-DEN2MM is a type of power transformer. It is mainly used in power supply and switching power supply, electronic ballast, high-power inverter, neutral point shunt, bus power supply, frequency changer, high precision air conditioner, electric cooker, electric heater and so on. It can provide reliable transmission of power and reduce the cost of electronic products production and ensure the user a good experience.

MG12150S-DEN2MM is composed of two main parts, the core and the winding. The core is composed of a stack of sheets of high permeability silicon steel laminations with a maximum thickness of 0.2mm. The winding is made of high quality rectangular copper wire with a maximum thickness of 2mm. The core and the winding are assembled to form a cylindrical shape that is then filled with a dielectric insulation material. It is then placed in an insulating metal casing. The core and the winding together form the transformer’s magnetic circuit.

MG12150S-DEN2MM transformer has its special working principle. Firstly, the alternating current from the power grid flows through the primary winding and produces an alternating magnetic flux in the magnetic circuit. The alternating flux cuts through the secondary winding, inducing an alternating voltage in it. The ratio of the number of turns of the primary and secondary winding determines the voltage transformation ratio. Secondly, the voltage is stepped up or stepped down through the compensation winding connected in series with the primary or secondary winding. Finally, the compensation winding is connected in a series with the main winding, so as to effectively reduce the leakage reactance and improve the power transmission efficiency.

In conclusion, MG12150S-DEN2MM transformer has a wide range of applications in power supply, switching power supply, electronic ballast, high-power inverter, neutral point shunt, bus power supply, frequency changer, high precision air conditioner, electric cooker, and electric heater. Its working principle involves the alternation of current in the primary winding, which induces an alternating voltage in the secondary winding. The voltage transformation ratio is determined by the number of turns of the primary and secondary winding. The compensation winding is connected in series with the primary or secondary winding to step up or step down the voltage.

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