23-CBSA-2.0X3.5X0.25

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

RF Shields: 23-CBSA-2.0X3.5X0.25

RF Shields are devices which help to enhance the performance of a radio frequency (RF) receiver. They provide shielding from external interference and also serve to reduce the antenna radiation to other components in the system. This particular RF Shield, the 23-CBSA-2.0X3.5X0.25, is designed to be used in communication systems where a high level of performance is needed. It helps to protect the receivers from external interference such as EMI or RFI. The shield can be used with both single-ended and differential systems.

Application Field

The 23-CBSA-2.0X3.5X0.25 is suitable for use in a variety of communication systems, including cell phones, Wi-Fi, satellite radio, and many others. It is used mainly in low-noise systems, where high performance is desired. It can be used in systems operating in various frequency bands, from VHF to the microwave range.

Working Principle

The 23-CBSA-2.0X3.5X0.25 RF Shield operates on the principle of electromagnetic shielding. The shield is composed of a metal enclosure which surrounds the receiver and provides a barrier between the receiver and external signals. The metal enclosure is designed to absorb and reflect external interference, thus protecting the receiver from EMI and RFI. The shield can also be used to selectively shield components in a system, thus reducing antenna radiation to other components and improving overall system performance.

The shield is also designed to provide thermal protection, as the metal enclosure shields the receiver from direct heat, thus helping to extend the lifetime of the receiver. Additionally, the shield can also provide physical protection, as it serves to protect the receiver from mechanical damage.

Conclusion

The 23-CBSA-2.0X3.5X0.25 RF Shield is designed to provide protection for communication systems operating in a variety of frequency bands. It works on the principle of electromagnetic shielding, absorbing and reflecting external interference. It can also provide thermal and physical protection, thus helping to extend the lifetime of the receiver. The shield can be used in single-ended and differential systems, and is suitable for use in cell phones, Wi-Fi, and satellite radio systems.

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