ISC1812BN100J

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Fixed inductors vary in construction, application, and size, but generally consist of a coil of wire wound around a core or a magnetic material. The ISC1812BN100J, certain types of fixed inductors, are particularly suited to a range of unique applications and principles.

The ISC1812BN100J is a fixed inductor developed by ISC. It is a type of fixed inductor designed for high-frequency applications. This particular fixed inductor has a maximum DC current rating of 1A, with an inductance of 100 uH. As far as external dimensions, the ISC1812BN100J has a diameter of 12 mm with a height of 4.3 mm.

The ISC1812BN100J has several properties which make it ideal for use in a wide variety of applications. First, it works with a frequency range of up to 300MHz. This means that it is capable of producing high-frequency electromagnetic waves which can be controlled and measured accurately. Second, this specific fixed inductor is resistant to high temperatures, which is useful for applications that involve high temperatures. Furthermore, its inductance value is also quite stable, making it an excellent choice for precision measurements.

When it comes to the ISC1812BN100J’s working principle, it functions in a similar way to other fixed inductors. Generally, a fixed inductor works by creating a magnetic field around its coil. As current flows through the coil, it creates a magnetic flux which is then stored around the core material. Whenever an alternate current is applied to this coil, it causes a drop in the magnetic flux around the core. This, in turn, induces a current in the wire.

Fixed inductors are useful for a range of applications, particularly in high-frequency applications. The ISC1812BN100J is one of the most reliable fixed inductors on the market and is suitable for use in precision measurement and high temperature applications. Its maximum current rating of 1A and frequency range of up to 300MHz make it an excellent choice for many applications. When it comes to its working principle, it follows the same general concept as other fixed inductors – creating a magnetic field around its coil and inducing current in the wire when an AC current is applied.

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