MGV1207R56M-10

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Fixed inductors are designed to provide an inductance that remains constant regardless of external factors. One type of fixed inductor commonly used is the MGV1207R56M-10. This type of inductor is designed to provide an inductance of 56 μH and is designed for use in DC, AC, switching power supplies, and audio applications.

MGV1207R56M-10 Application Field and Working Principle

The MGV1207R56M-10 is suitable for a variety of applications, including power supplies, audio, and switching applications. This inductor type is ideal for applications that require a fixed inductance value over a wide frequency range.

In addition to providing an inductance value of 56 μH, the MGV1207R56M-10 also offers a number of advantages. These advantages include a high inductance value, high efficiency, low core losses, and good interwinding capacitance.

The working principle of the MGV1207R56M-10 fixed inductor is based on Faraday\'s Law of Induction. This law states that when a charging current moves through a coil, an electromagnetic field is generated. This field is then used to induce an electric current in a second coil, thus creating an inductance. The amount of inductance in the inductor is determined by the number of turns in the coil, the core material, and the core size.

The MGV1207R56M-10 is designed to provide a fixed inductance value of 56 μH over a wide frequency range. This inductor is also designed to be highly efficient and exhibit minimal core losses. The MGV1207R56M-10 inductor is composed of an iron core material with a ferrite winding that is designed for operation up to 22 kHz.

The MGV1207R56M-10 fixed inductor is also designed to provide excellent interwinding capacitance. This is due to the ferrite winding construction, which allows for a very low stray magnetic field. This interwinding capacitance is very important for applications that require a low EMI (electromagnetic interference).

The MGV1207R56M-10 also offers excellent temperature stability, which is important for monitoring and controlling electronic components. This temperature stability is achieved through its construction, with the aluminium-clad ferrite core providing thermal insulation. This insulation prevents fluctuations in the inductance value as the temperature changes.

The MGV1207R56M-10 is designed to withstand a variety of harsh operating conditions, including high temperatures, high humidity, and vibrations. The construction of the inductor is designed to provide excellent protection against shock and vibration, ensuring that the inductance value remains constant even in the harshest conditions.

Overall, the MGV1207R56M-10 is an excellent choice for a wide variety of applications, providing an inductance value of 56 μH, high efficiency, low core losses, excellent interwinding capacitance, and excellent temperature stability. This inductor type is ideal for applications that require a fixed inductance value over a wide frequency range.

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