B78148T1473K

Fixed Inductors are widely used in a variety of different applications due to their ability to store a charge of electricity in a magnetically-induced loop of wire known as an inductor. B78148T1473K is a typical type of fixed inductor, and it has a unique construction and application field, as well as a specific working principle.

The B78148T1473K fixed inductor is constructed of a molded and spun-iron core that is wound with a ferrite magnet wire. This construction makes it suitable for use in high-frequency radio-frequency (RF) or power conversion systems. The inductor has a low series resistance, which ensures that the inductor will not be affected significantly by losses due to skin effect or coil resistance. The design also allows for excellent thermal stability, helping to keep overall system performance consistent.

The application field of the B78148T1473K is mainly related to high-frequency systems, which is mainly due to its low series resistance. Its use is especially suited to low-power applications, such as those found in cellular phones, where a low-profile inductor is often needed to minimize component size and reduce weight. The inductor can also be used in systems such as RF power converters, antenna matching networks, and data rate converters, as well as power supply systems.

The working principle of the B78148T1473K fixed inductor is based on the ability of the inductor to store electric charge in a magnetic field. The inductor is composed of a coil of wire with a core made of iron. When a voltage is applied to the coil, a magnetic field is created, which then applies an opposing Lorentz force to the electric charge. This opposing force produces an inductive voltage, which is then stored in the iron core. The stored voltage can then be used to power other components in the system.

In summary, the B78148T1473K fixed inductor is a type of inductor suitable for use in high-frequency systems. Its construction makes it suitable for use in low-power applications, such as those found in cellular phones, antenna matching networks, data rate converters, and power supply systems. The working principle of this inductor is based on the creation and storage of a magnetic field in an iron core, which is then used to power other components in the system.