20S-CBSA-1.25X2.75X0.2

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Radio Frequency (RF)Shields are static emitters used to protect people from exposure to electromagnetic radiation. They are made of special materials that absorb and redirect harmful electromagnetic radiation away from people and electronic equipment. The 20S-CBSA-1.25X2.75X0.2 is an example of an RF Shield.

This type of RF Shield is primarily used in areas of high radiofrequency such as areas of medical, industrial and military settings. They are most commonly used to shield electronic equipment from the radiation that could be damaging or alter the signals within the equipment. This model is specially designed for use with frequency bands in the range of 40MHz to 1GHz.

Typically, the 20S-CBSA-1.25X2.75X0.2 is constructed of a highly conductive metal to shield from unwanted electromagnetic radiation. It also has an internal EMI/RFI coating that provides extra protection against interference. The overall size of the shield is 1.25" x 2.75" x 0.2" and is designed for mounting directly onto a PCB or a surface such as a wall or ceiling. It is also very lightweight yet strong with a tensile strength of 6700 PSI.

The working principle of the 20S-CBSA-1.25X2.75X0.2 is that it is designed to absorb and redirect RF energy away from the electronic component located within a specified distance of the shield, such as the PCB or surface. The shield works by absorbing/reflecting much of the incoming RF waves, preventing them from entering the enclosure. Any left over energy is redirected away from the component, reducing the exposure to potentially harmful RF radiation.

In summary, the 20S-CBSA-1.25X2.75X0.2 is a highly efficient static emitter RF shield that is designed to absorb and redirect harmful electromagnetic radiation away from people and electronic components. It is suitable for use in areas of high radiofrequency such as medical, industrial and military settings, and is purposefully designed for use with frequency bands in the range of 40MHz to 1GHz. The shield operates by absorbing and reflecting much of the incoming RF waves, and directs the left over radiation away from the component that is within the specified distance.

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