FL3215T-330K Inductors, Coils, Chokes

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Fixed Inductors are passive electronic components that use a magnetic field generated around a wire coil to store energy and provide a fixed amount of inductance. The FL3215T-330K inductor is an example of one such component, boasting a current rating of up to 2.7 A, a saturation current of 2.88 A, and a DC resistance of 0.31 ohm.

FL3215T-330K has a variety of different applications, such as filtering and decoupling, providing high-frequency shielding, matching, and providing electrical isolation together with power conversion. As with most other components, the characteristics of the FL3215T-330K inductor depend on the exact application and environment. The inductor is typically used in applications such as consumer electronics, telecommunications, automotive, industrial, medical, and aviation.

FL3215T-330K inductors are particularly suited for use in low-frequency applications (frequencies of up to 150kHz). This is due to their higher saturation current, which allows for more efficient operation due to greater inductance. Furthermore, the fact that their DC resistance is low makes them well suited for use in high-frequency applications (frequencies of up to several GHz).

The working principle of FL3215T-330K inductors is similar to that of other inductors. An electric current is passed through the inductor’s coil, which then generates a magnetic field around it. As the current passes through the inductor, it generates an electric field, resulting in an increase in the inductance. The magnitude of this increase depends on the current that is passed through the coil, and it is directly proportional to the rate of change of the current. This is known as the inductance of the component.

In conclusion, FL3215T-330K is a high-frequency, low-saturation current inductor with a DC resistance of 0.31 ohm. It is suitable for use in low-frequency applications such as consumer electronics, telecommunications, automotive, industrial, and medical applications, as well as in high-frequency applications with frequencies of up to several GHz. The working principle of the component is the same as with other inductors, as it relies on the generation of a magnetic field around a coil when a current is passed through it, thereby increasing its inductance.

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