MS75084-13ST

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Fixed Inductors

Fixed inductors are energy sources which possess a physical inductance, which is typically measured in henry. They are mainly used in power and dc-dc converters, and recently they have also become popular in small electronics applications. Inductors come in a huge variety of styles, sizes and applications, such as broadband, single band, and so forth. One common type of fixed inductors is the MS75084-13ST by Murata Electronics.

MS75084-13ST

MS75084-13ST is a magnetic shielded power inductors which is mainly used in power converters. It is designed with a broad range of applications in order to meet the requirements of different demands. It features high reliability, low DC resistance, low noise, and high power handling capability. The inductor is also provided with an excellent heat resistance, and it can withstand high current, power, and temperature. The MS75084-13ST has a variety of applications such as power converters, inverters, motor drives, switching power supplies, and so forth.

Application Field and Working Principle

The MS75084-13ST is typically used in power converters and inverters. It provides a great choice for applications that require power handling capability, high reliability, and low noise performance. The inductor works on the principle of electro-magnetic induction. When a current is applied to the inductor, it creates a magnetic field around the inductor. This field then interacts with the magnetic field of a neighboring component, inducing an electric current in the neighboring component. This induced current then creates a feedback loop, resulting in a magnetic field which reverses the direction of the applied current. This phenomenon creates a perfect power transfer loop which results in a regulated power transfer.

The MS75084-13ST can also be used in motor drives. The inductor enables an efficient motor drive by providing a steady, efficient power transfer. The inductor is designed to dissipate heat quickly, reducing thermal stress and increasing power efficiency. Furthermore, the inductor features high voltage capabilities and low power dissipation rates, making it an ideal choice for high-power applications.

The MS75084-13ST is also used in switching power supplies. The inductor is capable of providing high frequency and high current power transfers while maintaining low noise levels. The inductor also helps in reducing the amount of heat generated due to its high thermal conductivity and low losses. Additionally, the inductor also helps to regulate the output voltage of the supply, ensuring a consistent flow of power.

Conclusion

The MS75084-13ST is an excellent choice for applications that require high reliability, low noise, and high power handling capability. It is primarily used in power converters and inverters, but can also be used in motor drives and switching power supplies. The inductor works on the principle of induced electronic current, and its magnetic field enables power regulation and voltage stabilization. The MS75084-13ST offers great performance and is an ideal choice for a variety of applications.

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