TSL1315RA-101K2R5-PF Inductors, Coils, Chokes

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Fixed inductors can be used in a variety of applications, including power supplies, amplifiers, and voltage regulators. They are also used in various consumer electronic devices. The TSL1315RA-101K2R5-PF is a part of a special type of fixed inductor known as a ferrite-core inductor. It is specifically used in the field of high-frequency switching power supplies.

Fixed inductors consist of a coil, a core, and two terminals. The core is typically constructed from ferrite, an insulating ceramic material. The coil is made up of a single insulated wire or multiple insulated wires wound around the core. Power is applied to the terminals of the inductor, which produces a magnetic field. The magnetic field then stores energy in the coil.

The TSL1315RA-101K2R5-PF uses a molded ferrite core with two distinct wire layers. The layered construction of the core creates a high inductance-to-volume ratio, which is useful in high-frequency switching power supplies. The part can handle up to 25A of continuous DC current and has a maximum inductance of 15.1μH.

In high-frequency switching power supplies, the TSL1315RA-101K2R5-PF is used to help reduce EMI (electromagnetic interference). The inductor stores energy while power is applied to the coil and then releases the stored energy when power is removed. This energy then acts as a dampening force, dampening any noise that may be created by the switching process.

The TSL1315RA-101K2R5-PF can also be used in circuit designs with high frequency channels, which require fast rise and fall times. The ferrite core of the inductor has a low DC resistance, allowing it to rapidly adjust to changes in the current. The inductor also helps reduce power losses, as its high inductance-to-volume ratio means that less power is dissipated in the coils.

In summary, the TSL1315RA-101K2R5-PF is a fixed inductor specifically designed for use in high-frequency switching power supplies. The ferrite core and layered wire construction give it a high inductance-to-volume ratio, making it ideal for reducing EMI and power losses in high frequency channels. The inductor can handle up to 25A of continuous DC current, making it suitable for a variety of circuit designs.

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