LBR2518T100K

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Fixed inductors are often used to store momentary electrical energy or to modify electric currents, such as in power supplies, filters, and other electronic components. The LBR2518T100K is one such inductor that has a wide application field and operates on a simple working principle.

In the simplest terms, LBR2518T100K is a passive two-terminal electric component, constructed of a coil of insulated wire, around a core of ferromagnetic material such as iron. This design creates an inductance in the circuit, meaning the inductor will oppose any changes in the current that flow through it. This helps limit the rate of change of the current, making it easier to control. In addition to this, the inductor also stores energy if the current is changed quickly. This makes it ideal for applications like filters, where you need to reduce frequencies in order to isolate them.

The LBR2518T100K is especially useful in audio frequency circuits. It offers a wide operating frequency range, from DC to 1 MHz, with fairly low impedance. It also features high self-resonant frequency and an inductance of 1uH with an initial tolerance of 5 percent, meaning it is well suited for filters, couplers and resonators.

The inductor also features excellent electrical parameters, with an inductance tolerance of less than 1 percent and a dc blocking voltage up to 16 V. It also has a temperature range of -40℃ to +60℃ and is rated at +40℃ and allows normal operating temperature of +85℃. All this makes it a suitable component for high temperature applications, such as in switching power supplies.

On top of all this, the LBR2518T100K also offers excellent shielding performance, with low leakage flux. This keeps the inductor from interfering with other nearby components, making it an indispensable component for audio signal processing.

To summarize, the LBR2518T100K inductor has a wide application field due to its features such as wide operating frequency range, high self-resonant frequency, excellent electrical parameters, high temperature tolerance and outstanding shielding performance. Furthermore, it operates on the simple principle that it opposes any changes in current flow through it, making it suitable for many audio circuits.

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