25-CBSA-2.25X3.0X0.225

RF shields are used mainly in the telecom and data communication industry in order to reduce or eliminate interference from radio frequency (RF) signals in a system. They can be used in a wide range of applications, from large commercial buildings to wireless devices. In this article, we will discuss the application field and working principle of 25-CBSA-2.25X3.0X0.225, a type of RF shield.

Application Field

25-CBSA-2.25X3.0X0.225 is most often used in mobile communication systems as a shielding solution for transmitting and receiving radio signals. It is designed to protect the electrical device from electromagnetic interference (EMI). The most common applications include protecting radio access networks (RAN), wireless communication networks, antennas, and coaxial cables from RF signals. It can also be used for protecting sensitive components from RF noise in industrial control systems and embedded systems.

Working Principle

The 25-CBSA-2.25X3.0X0.225 is a type of RF shield that works by using a combination of material layers to minimize the amount of RF energy that enters or leaves the protected area. This shield consists of a number of layers which can include a dielectric material, conductive material, and a RF shielding material. The dielectric material forms the innermost part of the shield and acts as a barrier to block the passage of RF energy, while the conductive material helps to prevent the radiation of RF energy outside the shield. The RF shielding material absorbs and blocks the RF energy, reducing it to acceptable levels. This shield can also be engineered to meet specific requirements such as high attenuation levels or low VSWR.

Conclusion

25-CBSA-2.25X3.0X0.225 is a type of RF shield which can be used in a variety of applications including mobile communication systems, radio access networks, wireless communication networks, antennas, and coaxial cables. It consists of dielectric, conductive, and RF shielding materials which work together to minimize the passage of RF energy and provide high-level protection against electromagnetic interference. This makes it an ideal solution for protecting sensitive components from RF noise in industrial control systems and embedded systems.