10-CBSA-4.0X5.0X0.13

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RF Shields are used to contain or divert Radio Frequency (RF) emissions. They are typically found in industrial and medical electronics. The 10-CBSA-4.0X5.0X0.13 is a type of RF Shield designed for use in industrial and medical applications. It is made out of a copper-clad aluminum alloy and is manufactured to meet rigorous performance criteria.

The 10-CBSA-4.0X5.0X0.13 shield has four main parts: a top plate, two side walls, and a bottom plate. The top plate and side walls form a rectangular box that contains the shielded device or component. This box is open at the bottom in order to allow the shielded device or component to be inserted. The bottom plate is then placed on top of the box to complete the RF Shield.

The 10-CBSA-4.0X5.0X0.13 shield uses a Faraday cage design to protect the device or component inside. This design works by using the metal plates to form a cage-like structure that acts as a barrier to any external RF signals. The Faraday cage will trap and contain any incoming radio frequencies, preventing them from entering the enclosed area. This ensures that the device or component inside the box will remain shielded and undisturbed by any external signals.

The 10-CBSA-4.0X5.0X0.13 shield is designed to provide efficient protection from a range of RF emissions. It is made out of high-quality materials to ensure a consistent level of performance. It also offers a wide range of mounting points to facilitate easy installation. The 10-CBSA-4.0X5.0X0.13 shield can be deployed in a variety of applications, including medical, industrial, and military applications.

RF Shields are one of the most effective ways to protect devices and components from interference caused by RF emissions. The 10-CBSA-4.0X5.0X0.13 shield offers a reliable and efficient method of shielding against a range of RF frequencies. It is designed to provide a high level of protection while remaining cost-effective. This makes it an ideal solution for shielding RF-sensitive devices and components in a variety of industrial and medical applications.

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