VLF302515MT-2R2M Inductors, Coils, Chokes

Inductors play an integral role in modern electronics, and their use is found in a variety of applications. The VLF302515MT-2R2M is a particular type of inductor, falling under the broader category of Fixed Inductors. This particular part is designed for use in high power switching circuits, and its detailed design enhances its performance in those circuits.

This fixed inductor offers a great deal of convenience with its small size and package. It has 3.0 millimeter height and 2.5 millimeter width dimensions, providing for a compact and reliable fixed inductor that also provides a low DCR from 2.2 to 3.3. Its high inductance ranges from 15 to 28.5 nanohenry, making it suitable across a wide range of applications.

Because of its high performances and reliable operation, the VLF302515MT-2R2M is a great choice for a range of applications including telecom power amplifier modules, charge pump circuits, and switching converters. In these circuits, this fixed inductor will help regulate and supply DC voltages. This inductor can also be used in some audio circuit designs, such as the cross-fade circuit, as well as used in other places where the control of voltage is necessary.

In order to understand how this fixed inductor works, it is necessary to know that it operates on the principle of mutual inductance. This principle describes the ability of an electric current flowing through one coil, to create a magnetic field which induces an electromotive force in any other coil that has a current passing through it. In this manner, the current experiences a mutual inductance between the two coils. This effect is used in the design of the VLF302515MT-2R2M fixed inductor to regulate voltage across a given circuit, and provide stability in a number of different applications.

In summary, the VLF302515MT-2R2M fixed inductor is a great solution for a variety of power-related applications. It is appropriate for use in telecom power amplifier modules, charge pump circuits, and switching converters, and it is capable of providing reliable performance in a wide range of designs. This particular inductor operates on the principle of mutual inductance, which allows it to effectively provide a stable DC voltage for use in a variety of electronic devices.