21L-CBSA-2.0X3.5X0.225

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RF Shields are common in the communication markets because they are often used to redirect electromagnetic radiation in the form of radio waves from one location to another. 21L-CBSA-2.0X3.5X0.225 is one such shield specially designed for this purpose.

To start with, 21L-CBSA-2.0X3.5X0.225 shields are manufactured with electromagnetically conductive material such as copper or aluminum, and then applied with an adhesive to the application surface. The shield is designed to completely cover the application site, ensuring no electromagnetic radiation can escape or enter the area. This shield is also capable of dissipating the electromagnetic energy – preventing it from being reflected and damaging any other nearby electronic equipment.

21L-CBSA-2.0X3.5X0.225 have a few main potential application fields. Firstly, for use as a broadband absorber, the shield offers a high degree of attenuation across the whole frequency range, which is especially useful for covering frequencies with weak components. It is also capable of attenuating high-power microwave or millimeter wave transmissions and reducing unwanted noise in an electronics system.

In terms of its working principle, the secret behind 21L-CBSA-2.0X3.5X0.225 is the combination of its size and the type of adhesive used to hold it in place. The adhesive acts as an electrical resistance, reducing the amount of radio waves able to pass through it. The size of the shield also contributes, as it reduces the wavelength of the electomagnetic radiation by increasing its reflection surface, thereby increasing the amount of energy that can be absorbed by the shield.

This combination of properties makes 21L-CBSA-2.0X3.5X0.225 an effective shield for preventing the passage of electromagnetic radiation in a given area. It is capable of dissipating electromagnetic energy to reduce the risk of interference with nearby electronic equipment, as well as attenuating strong transmissions and reducing unwanted noise. Together, these features make it a great choice for use in a variety of electronic applications, including communications, broadcasting and instrumentation.

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