56-CBSA-3.0X5.75X0.5

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RF Shields are commonly used to reduce interference between two devices which utilize electromagnetic waves. RF Shields typically take the form of a metal box with metal side walls and top that form a Faraday cage. Inside the Faraday cage, all electromagnetic radiation gets reflected back into the inside, thus providing the necessary shielding from external interference.

The 56-CBSA-3.0X5.75X0.5 is a shielding designed by Amphenol RF to reduce the radiated emissions and the susceptibility to EMI when mounting a connector in an application. The shield covers the body width and length while allowing the board level screws to go through the shield. Additionally, the shield is designed to house an AMPLIMITE MDM connector for signal, power and ground connections.

In terms of applications, 56-CBSA-3.0X5.75X0.5 provides excellent protection for data transmission, microwave, audio and video equipment, and RFID products. It is ideal for use in a variety of industries including, but not limited to, RF communications, automotive, satellites, aerospace, medical, telecommunication, industrial automation, and military.

As for the working principle, the 56-CBSA-3.0X5.75X0.5 consists of a metal-plate structure to form a Faraday cage at low frequency. The interior of RF Shields are lined with a wave-absorbing material to block high-frequency interference. The RF Shield has a preinstalled ground stud and includes a grounding strap for better connection with the board-level ground terminal. The metal cover of the RF shield is specified to provide shielding effectiveness of up to 40dB in the lowest order. It has a frequency range of up to 6GHz.

The 56-CBSA-3.RF 5.75X0.5 Shielding is versatile and can be used in a wide range of applications. It provides superior shielding and is durable, rugged, and reliable, making it an ideal choice for any environment. The shield not only acts as an effective electromagnetic wave blind, but also blocks electromagnetic signals from leaving or entering the equipment. This ensures that the device is protected against electromagnetic interference while still maintaining high quality operation.

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