25-CBSA-0.5X1.75X0.225

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RF Shields, also known as Radio Frequency Shields, are electrical devices that protect electronic components by shielding them from noise, electromagnetic interference, and static electricity. The most common type of RF shielding is made from conductive metal meshes, which block the passage of electromagnetic waves. This type of shielding is also known as "Faraday Cage Effect."

The 25-CBSA-0.5X1.75X0.225 is an example of an RF Shield used to protect electronic components from emissions. It is an Advanced Configuration 4-Port (AC4P) model with a flexible construction which allows for custom designs. The device is designed to shield against both differential-mode noise (DMN) and common-mode noise (CMN).

The 25-CBSA-0.5X1.75X0.225 can be used for a variety of applications such as radiofrequency interference (RFI), television interference (TVI), and electrostatic discharge (ESD) protection. This device is also capable of shielding small to medium Input/Output (I/O) connections from up to 10 GHz. The AC4P RF Shield is also capable of shielding high-voltage input noise for integrated circuit (IC) protection.

The working principle behind the 25-CBSA-0.5X1.75X0.225 is based on the principles of Faraday Cage Effect. The device works by limiting or blocking the passage of electromagnetic waves through the use of conductive metal meshes. These meshes absorb and dissipate electromagnetic waves, preventing them from entering the protected components. This also prevents any electrostatic build-up within the shielded area.

In conclusion, the 25-CBSA-0.5X1.75X0.225 is an example of an effective RF Shield. The device utilizes the principles of Faraday Cage Effect to protect electronic components from emissions. Its flexible construction allows for custom design, and it is capable of shielding up to 10 GHz. Furthermore, it is an effective solution for RFI, TVI, and ESD protection, as well as high-voltage input noise for IC protection.

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