14RA-CBSA-0.75X3.0X0.13

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RF Shields, which are products designed to protect electrical equipment from interference, are becoming an increasingly important component in commercial and industrial settings. The 14RA-CBSA-0.75X3.0X0.13 is one such product, and its application field and working principle are important to understand when shopping for RF shielding.

The 14RA-CBSA-0.75X3.0X0.13 is a metalized polyester shield. This particular shield is designed to protect sensitive electronic components from exposure to high frequency electromagnetic waves or radio frequency waves. It is made up of a single layer of metalized polyester film, which provides a high degree of protection against interference. The material is applied as part of a custom designed RF shield, which is designed to meet specific requirements.

The application field for the 14RA-CBSA-0.75X3.0X0.13 is wide. It has been used in a wide range of settings, from industrial and commercial to medical and aerospace applications. The material is also highly suitable for use in a wide range of frequencies, including low power antennas that work with the products. The product is also suitable for use in a variety of basebands, including the higher frequency bands. These include 3G and 4G cellular networks.

The working principle of the product is straightforward and easy to understand. The metalized polyester film acts as a barrier between the sensitive electronic components and the interference, thus protecting them from being damaged. The material is also highly conductive, allowing signals to be passed through it freely. This allows it to be used in applications where wireless communication needs to be shielded from external interference.

The 14RA-CBSA-0.75X3.0X0.13 is an important product for a number of application fields, due to its high degree of RF protection. Its application field and working principle should be understood before purchasing the product, so that it can be used effectively in the intended application. It is important to remember that the product should not be used in applications with high RF power, as this may damage the product or the electronic components it is protecting.

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