10-CBSF-2.75X3.0X0.2

RF Shields

The 10-CBSF-2.75X3.0X0.2 (hereby referred to as 10-CBSF) is an RF shield designed to provide a robust solution for RF shielding applications with a wide variety of applications. It is composed of both conductive and non-conductive materials which work together to provide high shielding performance.

Application Field

The 10-CBSF is primarily used in areas where there is a need for shielding electromagnetic interference. This includes many electronic products, such as televisions, radios, and smartphones, that must comply with international standards for electromagnetic interference in order to operate correctly. In addition, computer products, medical electronics, and other high-tech applications are often shielded from electromagnetic interference to protect sensitive components.

The 10-CBSF is also commonly used for military applications, where protection from electromagnetic interference is a major concern. These applications are often high-criticality, such as in aircraft, ground vehicles, and missile defense systems, and must provide absolute security to ensure safe operation.

Working Principle

The 10-CBSF provides shielding by acting as a Faraday cage, which blocks electromagnetic waves from entering or escaping. It uses conductive materials such as copper and aluminum to create an opening that lines up with the electrical field in the environment, thus preventing the electromagnetic waves from passing. It also utilizes shielding gaskets to create a seal around all sides of the opening and to reduce electrical leakage. Additionally, the 10-CBSF incorporates non-conductive materials to provide further protection from leakage.

The 10-CBSF also utilizes a combination of design features to further improve the shielding performance. For example, the shield includes a solid panel to block direct penetration of electromagnetic energy, and slots that redirect the energy away from the shielded components. Additionally, chamfers, channels, and recesses are designed into the shield to provide further shielding performance.

The 10-CBSF offers further improvements over standard Faraday cages. For example, the solid panel that blocks direct energy penetration has a higher precision fit, as well as improved repeatability and uniformity. This ensures that the shield provides consistent shielding performance with decreasing tolerances, making it a reliable option for any application.

Conclusion

The 10-CBSF is a reliable and effective RF shield that can provide superior shielding performance for any application. It combines conductive and non-conductive materials with a variety of design features to provide a robust solution for RF shielding. In addition, the improved precision fit, repeatability, and uniformity make the 10-CBSF a reliable option for any application.