ILSB0805ER1R0K

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Fixed inductors are components widely used in many electronics projects. The ILSB0805ER1R0K is an example of a fixed inductor with specific application fields and working principles.Fixed inductors are essential components for various electronic circuits. They consist of metal coils wrapped around a ferromagnetic core, from which they get their properties. This allows them to store energy in the form of a magnetic field. The ILSB0805ER1R0K has a ferrite core, which is a type of magnetic material that has higher permeability than other ferromagnetic materials. This makes it ideal for producing a high inductance with a small size.

The ILSB0805ER1R0K is an ideal component for applications requiring low-signal filtering. It has a small profile, which allows it to fit into tight spaces, and it has a high self-resonance frequency of 3.5GHz, which makes it suitable for high-frequency applications. It also has a high inductance of 10uH and a low parasitic capacitance of 350pF, making it ideal for low-noise applications. Additionally, the ILSB0805ER1R0K has a ferrite core that can withstand high temperatures and a maximum operating temperature of 125°C.

The working principle of a fixed inductor is the same as any other inductor. When a current flows through it, a magnetic field is created, which stores energy and creates a self-inductance. Self-inductance is the ratio of the change in current through the inductor to the related magnetic field. When the current is changed, the magnitude and direction of the magnetic field changes, and thus the self-inductance changes. This is why a fixed inductor has a certain inductance rating.

The ILSB0805ER1R0K is a great component for a variety of applications. Its small profile makes it ideal for fitting into tight spaces, and its high self-resonance frequency and high inductance make it suitable for a broad range of low-signal filtering and high-frequency applications. Its ferrite core allows it to withstand high temperatures and its maximum operating temperature of 125°C makes it well-suited for use in high temperature environments. Finally, its low parasitic capacitance makes it perfect for low-noise applications.

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