14RA-CBSA-0.75X1.25X0.13

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RF Shields

RF shields are devices used to prevent interference in electronic equipment by shielding and preventing electromagnetic radiation from coming into contact with the components of the equipment.

14RA-CBSA-0.75X1.25X0.13 is a type of RF shield and it is primarily used in electronic devices which use radiofrequency signals such as cell phones, radios, and satellite systems.

The shield works by blocking out external signals from interfering with the device’s internal systems. It also acts as a filter, reducing the strength of external signals while still allowing internal signals to pass through.

The 14RA-CBSA-0.75X1.25X0.13 shield consists of two layers of shielding material. The inner layer is made up of a conductive material, typically copper, which is designed to absorb radiofrequency energy. This inner layer is then covered with a metal foil, usually aluminum, which helps reflect radiofrequency energy away from the device.

The two layers work together to protect the device from external interference. The inner layer absorbs the energy, while the outer layer reflects it away from the device. This reduces the amount of interference that can be received by the device while still allowing internal signals to pass through, which helps to ensure that the device is operating efficiently.

The 14RA-CBSA-0.75X1.25X0.13 shield is commonly used in the consumer electronics and automotive industries. It is used in the interior cabin of cars and on electronic components to reduce interference from outside sources. It is also used in electronic products such as computers and TVs to reduce the amount of interference that can affect the performance of the device.

The 14RA-CBSA-0.75X1.25X0.13 shield is a reliable and cost-effective way to reduce interference. Its two-layer design ensures that it can reduce the amount of external interference while still allowing internal signals to pass through. This helps to maintain the performance of the device and prevents unnecessary interference from outside sources.

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