10-CBSA-3.75X3.75X0.13

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RF Shieds are an essential component of electronic circuits and equipment. They are used to protect devices from interference caused by radio frequency (RF) signals. RF Shieds can range from simple enclosures to complex PCBs with multiple layers, and cover a variety of frequencies and applications. One such RF Shield is the 10-CBSA-3.75X3.75X0.13.

This particular RF Shield is a three-dimensional, cuboid enclosure used for low-profile applications such as handheld devices. It is designed for multiple frequencies, with a bandwidth of up to 6GHz at a reduced air gap. The 10-CBSA-3.75X3.75X0.13 has a frequency range of 0.7GHz to 6GHz, with a maximum isolation of -27dB at 1GHz.

The 10-CBSA-3.75X3.75X0.13 RF Shield has a variety of application fields, such as smartphones, portable medical devices, satellite navigation systems, and radar and communication applications. It is ideal for low-profile, high-tech RF-coupled applications that require dual layer shielding. It is also commonly used in wireless communication systems for protection from external RF interference.

The working principle of the 10-CBSA-3.75X3.75X0.13 RF Shield is based on the theory of the Faraday cage. This principle utilizes the electrostatic field generated by an external electric charge. When the electric charge interacts with the inner wall of the shield, it creates an electric dipole which is repelled by the outer wall of the shield. This creates an effective barrier that prevents RF signals from entering or exiting the shielded enclosure.

The 10-CBSA-3.75X3.75X0.13 RF Shield is a unique and effective shield that can be used for a variety of applications that require the highest levels of protection against RF interference. It offers excellent attenuation over a broad frequency range, and its low-profile design allows for a wide range of mounting and integration options. This shield is an ideal solution for any situation that requires reliable, long-term shielding from RF interference.

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