22-CBSA-3.5X6.0X0.2

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RF Shields are devices that protect electronic circuits from being affected by Radio Frequency interferences. These shields are usually composed of metal layers that are separated by a shield layer. The shields can be used to protect both incoming and outgoing radiations. One type of shield frequently used is the 22-CBSA-3.5X6.0X0.2 shields.

The 22-CBSA-3.5X6.0X0.2 shields are made of a set of three different layers including surface mount ferrite core, flexible shield material and metal back plate. The ferrite cores help to absorb the incoming RF radiation and are held in place by the flexible shield material which also helps to deflect the out-going radiation. The metal back plate provides the final protection against interference and also provides a stable ground for the RF shields.

The application field of the 22-CBSA-3.5X6.0X0.2 shields is wide and ranges from military applications, industrial electronics and consumer electronics. The shield helps to protect routers, servers, antennas, keyboards, and other electronic equipment from environmental interference. It is also widely used in RF testings, laboratory tests and other scientific experiments.

The working principle of the 22-CBSA-3.5X6.0X0.2 shields is quite simple. It is based on the well-known principle of electromagnetic shielding: an electrically conductive container absorbs and redirects all electromagnetic radiations. The set of three layers set in series function as a “three-dimensional shield” which absorbs the incoming RF signals as well as the outgoing ones.

The ferrite core of the shield absorbs the incoming RF signals and also helps to reduce the possibility of reflection. The flexible shield, on the other hand, prevents the out-going RF signal from being reflected and helps to direct it away from the device. Finally, the metal back plate help to ground the components and provide additional protection against interference.

In conclusion, the 22-CBSA-3.5X6.0X0.2 shields are widely used in a variety of applications. Its working principle is based on the principle of electromagnetic shielding which helps to absorb, reflect and redirect RF waves. The set of three layers, combined with the metal back plate, provide maximum protection against environmental interferences.

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