59-CBSA-3.5X3.5X0.5

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RF shields are designed to protect equipment and circuits from interference and EMI. These shields are made up of a conductive material, such as aluminum, copper, or steel, and act as a barrier against EMI by reflecting or absorbing it.

59-CBSA-3.5x3.5x0.5 is a product of RF shields which provides an effective shielding effect against EMI/RFI. It is a comprehensive, solid shielding cover that has the advantages of light weight and high strength. It is also water-resistant and ozone-resistant. It is suitable for military, aerospace, scientific and industrial applications.

The working principle of the 59-CBSA-3.5x3.5x0.5 is that it traps and absorbs electromagnetic interference which could potentially disrupt electrical circuitry. The product is made up of a ferrite mix lined with an aluminum crepe paper that absorbs EMI/RFI. This aluminum crepe paper can be provided with stripping ribs that make the product easy to handle and attach to various components.

In terms of application fields, the 59-CBSA-3.5x3.5x0.5 can be used to protect sensitive electronics, such as radio and satellite receivers, computer systems, medical equipment, communication systems, and other electronic circuits. It is also used to shield certain areas from electrical radiation, such as near operating rooms and medical research labs. It also works well in controlling communications, such as mobile phones, broadcast systems, Wi-Fi, etc.

The product also has the advantage of being lightweight and easy to install. It also has a unique design that reduces noise and allows faster signal transmission. Additionally, the shields can be used in-wall or surface-mount applications. It can also be cut to sizes according to customer requirements.

The 59-CBSA-3.5x3.5x0.5 provides a practical solution for controlling EMI/RFI interference in a wide range of applications. Its simple design and fabrication techniques make it ideal for projects with tight space constraints. Its solid construction guarantees reliability in harsh environmental conditions as well as a longer service life.

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