25-CBSA-2.5X2.75X0.225

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RF shields are used to block electromagnetic radiation generated by electronic components. The 25-CBSA-2.5X2.75X0.225 is an example of a RF shield used in electronics applications. In this article, we will discuss the application fields and the working principle of the 25-CBSA-2.5X2.75X0.225 RF shield.

The 25-CBSA-2.5X2.75X0.225 RF shield is designed for applications where protection from signal interference and noise is needed. It is capable of preventing signal interference between signals at different frequencies and has the ability to block noise radiation from passing through its housing. The shield is made from a nickel-plated steel material and can be manufactured in various sizes and shapes to best suit the specific application. The typical application fields of the 25-CBSA-2.5X2.75X0.225 RF shield are communication equipment, instrumentation devices, medical electronics, and automotive electronics.

The working principle of the 25-CBSA-2.5X2.75X0.225 RF shield is based on electromagnetic shielding. It is engineered to form a Faraday cage around an enclosed space and block the radiation from entering or exiting the protected area. It utilizes conductive material such as steel, copper, and aluminum to absorb and reflect the radiation. The shield is also designed with an air gap of around 0.225 mm which further reduces the amount of radiation entering or exiting its enclosed environment.

The 25-CBSA-2.5X2.75X0.225 RF shield is designed for application where signal interference and/or noise can be a problem. It utilizes electromagnetic shielding to block the radiation, while its conductive materials reflect most of the radiation away from its enclosed environment. This RF shield is used in many different applications such as, communication equipment, instrumentation devices, medical electronics, and automotive electronics.

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