Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors

A fixed inductor is an induction component characterized by its inductance and designed for operation in electronic circuits. Fixed inductors are usually composed of tiny wire or planar structures, such as printed circuit boards, with layers of insulation between them. The type of material used and design of the inductor influences the operating characteristics of its currents and magnetic field.

The PC9FJ1R5K Application Field and Working Principle

The PC9FJ1R5K is a fixed inductor used in communication devices such as mobile phones, base stations, and satellite receivers. The PC9FJ1R5K is designed to reduce signal interference while providing input impedance to improve signal transmission.

The PC9FJ1R5K fixed inductor works on the principle that an electric current causes a magnetic field and a changing magnetic field causes an electric current. The inductor’s winding design and the type of material contribute different characteristics to its electromagnetic properties. The PC9FJ1R5K is designed with a 3-layer low inductance and winding structure to reduce signal interference and improve information transmission.

The Advantages of the PC9FJ1R5K Fixed Inductor

The PC9FJ1R5K fixed inductor offers a low cost solution to combat signal interference while boosting input impedance. It is also a superior option to other dampening and conditioning devices. It has low inductance, high reliability and stability, and operates in high frequency ranges, making it a suitable choice for many communication and industrial uses.

The PC9FJ1R5K offers superior attenuation and matching characteristics, along with high rate and high repeatability. The unique winding configuration of the PC9FJ1R5K ensures an optimal shielding effect, making it an ideal choice for applications with tight space constraints.

Conclusion

The PC9FJ1R5K fixed inductor is a low-cost and powerful solution for controlling signal interference and boosting input impedance. Its unique winding design ensures good attenuation and matching characteristics even in areas with tight space requirement, while its high rate and repeatability make it reliable and suitable for many communication and industrial uses.

The specific data is subject to PDF, and the above content is for reference