831534700

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Fixed Inductors are electrical components that work by providing inductive reactance to the circuit they are part of. Inductive reactance is the reactance of a circuit element to a varying electric current. It is proportional to the product of the frequency and the inductance of the element.

The main component of fixed inductors is the core, which is made from a soft magnetic material, such as ferrite. This type of material is designed to focus the magnetic field lines around the conductor winding, thereby increasing the inductance. The core is then wound with a conductive wire, which serves as the coil. The number of turns in the coil and the size of the conductor determines the inductance of the device.

The 831534700 is a series of fixed inductors that offers up to 200 µH of electrical inductance in a compact footprint. This series utilizes a proprietary winding design and ferrite core material to achieve premium performance and power handling. Additionally, the 831534700 is rated to operate up to 100 kHz, making it suitable for high-frequency applications.

The 831534700 can be used in a variety of applications, such as power stages, audio frequency applications, antenna systems, DC-DC converters, and automotive applications. Specifically, it can be used for applications that require an inductance of greater than 10 µH, and up to 200 µH.

The working principle of the 831534700 fixed inductors is based on two laws of magnetism. The first law states that a current flowing through a conductor will generate a magnetic field around it. The second law states that a changing magnetic field is associated with a voltage around the conductor, and vice versa. This means that the changing current in the conductor generates a changing magnetic field which induces a voltage in the winding of the 831534700 device.

In conclusion, the 831534700 is a series of fixed inductors that offers up to 200 µH of electrical inductance in a compact footprint. It is constructed of a ferrite core and wound coil and is rated to operate up to 100 kHz. It can be used in applications such as power stages, audio frequency applications, antenna systems, DC-DC converters, and automotive applications. The working principle is based on two electromagnetism laws where the changing current in the conductor generates a changing magnetic field which induces a voltage in the winding of the device.

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