LAP02TAR27K

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Fixed inductors are widely used within applications that demand reliable and stable electrical performance. The LAP02TAR27K is a fixed inductor that provides the kind of reliable performance that many industries require. This product is widely used in various electronic and industrial applications, from communications systems to audio equipment.

The LAP02TAR27K is a 0.27 µH inductor with 5% tolerance. It has a 90 mA current rating and a maximum DC resistance of 30 mΩ. The product comes with copper, tin and silver plated terminals, and is very durable compared to similar products. The low DCR value makes the LAP02TAR27K ideal for use in high precision applications. The product is rated to operate from -40°C to +73°C.

The LAP02TAR27K is designed using the core-and-shell principle. This type of design employs two cores that are enclosed in a single shell. This two-core arrangement provides efficient inductance, as the effect of the two cores is additive. This means the unit has a higher inductance and can handle a larger amount of current than single-core designs.

The working principle of the LAP02TAR27K is based on Faraday\'s law of induction. This states that a changing magnetic field will induce an electric current in a nearby conductor. The inductor produces a magnetic field when electricity is passed through it. This field wraps around the surrounding conductors and induces an electrical current. The intensity of the induced current depends on the size of the inductor and the intensity of the applied field.

The LAP02TAR27K is designed for use in various electronic and industrial applications where high precision components are required, such as audio equipment, communications systems and medical equipment. The product provides a high level of reliability and stability, ensuring a longer lifespan for the application. The low DCR makes the LAP02TAR27K particularly suitable for use in high-precision applications, where a reliable and stable electrical performance is essential.

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