22-CBSA-3.75X4.0X0.2

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RF shields are commonly used in the electronics industry. They act as barriers between computers, radios, and other electronics to protect them from the interference from other signals. This can range from interference from other radio frequencies, to wireless devices, to signals from other types of devices. They help to reduce the risks of signal interference and prevent damage to devices. 22-CBSA-3.75X4.0X0.2 is an RF shield designed for certain applications.

The 22-CBSA-3.75X4.0X0.2 RF shield is designed for applications where a metal shield of a specific thickness is required, such as control panels or security systems. The shield is designed to reduce the chances of interference and other disturbances, as well as protect components and devices from damage caused by extraneous signals. The design of this shield is simple, and it is constructed from two 0.02 inch thick aluminum sheets that are placed facing each other, and then soldered together to form a secure shield.

The working principle of this RF shield is to prevent signals from entering the shielded area, and to reflect any signals that may enter back out of the area. This Reactive Near Field Shield (RNFS) works by blocking any signals that may cause interference with devices or components. The two sheets of aluminum act like a Faraday cage, blocking electromagnetic waves from entering the area. Any signals that may enter the shielded area are reflected back out, which prevents them from reaching the components or devices they could interfere with.

The 22-CBSA-3.75X4.0X0.2 RF shield is an ideal choice for electronics requiring a secure metal shield. It is capable of providing complete protection from signals and interference, as well as providing protection from any damage that could be caused by signals entering the area. By effectively blocking out the interference, it can help to prevent unwanted disruptions to electronics or to components. The RF shield is designed to be easy to install and can be reused in multiple applications, making it both cost-efficient and reliable.

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