10-CBSA-1.5X5.0X0.13

RF Shields are designed for projects that require high levels of signal isolation and performance. The 10-CBSA-1.5X5.0X0.13 shield is a reliable and robust offering from the range that provides a high degree of shielding isolation across a relatively wide range of frequencies.

Application Field

The 10-CBSA-1.5X5.0X0.13 shield is designed for use in applications where the digital signal must remain isolated from outside sources. It is commonly used in radio frequency applications such as Bluetooth, Wi-Fi, and cellular communications, as well as projects that require a high degree of signal isolation and performance.

Working Principle

This shield works on the principle of Faraday cage. It features a thick screen consisting of an aluminium or copper layer that covers the entire area of the device. The layer serves as a shield to external electromagnetic signals and facilitates internal signal propagation. The layer also forms an electric barrier, which impedes the flow of electric current from the outside environment into the sealed environment. The shield\'s robust construction ensures a secure fit while also providing excellent conductive properties.

This RF shield offers excellent voltage and current isolation. It also features an impedance matched receptacle for an RF or DC connector. This allows a connection to be made between the device and its associated shield without adding any extra connectors. The shield also has an internal EMI filter that helps to reduce interference and improve performance.

The 10-CBSA-1.5X5.0X0.13 shield also features a high degree of vibration absorption, which reduces the risk of system interruptions due to high levels of noise or vibration. This feature is especially important for projects being used in hostile environments.

Conclusion

The 10-CBSA-1.5X5.0X0.13 shield is an excellent choice for most RF projects requiring reliable signal isolation and performance. The shield\'s robust construction and features ensure a secure fit and maximum performance. It also offers vibration absorption, making it an ideal choice for projects being used in harsh conditions.