25-CBSA-3.75X4.75X0.225

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RF shields are an important part of modern electronic circuits that are used to reduce or prevent radio frequency interference (RFI) from entering a system or circuit. The most common type of RF shields are metallic wrap-around shields and metal boxes.
25-CBSA-3.75X4.75X0.225 is an RF Shield that is designed to protect a system from RFI. It is made of a high-grade aluminum alloy and is corrosion-resistant. It also features a special sealing system that provides protection against moisture and dust. The RF shield is designed to shield both the interior and exterior of a circuit from RFI.

The application field of a 25-CBSA-3.75X4.75X0.225 is primarily designed for electronic equipment, including medical equipment, communication systems, broadcasting and telecommunications, consumer electronics, and military systems. It can be used to reduce or eliminate the interference from outside noises such as radio and television waves, computer signals, cell phone signals, etc. It is also commonly used in automobiles to reduce the effects of engine emissions and other sensory inputs on the interior electronics of the vehicle.

The working principle of a 25-CBSA-3.75X4.75X0.225 is simple. It absorbs the RFI waves and disperses them away from the system or device being protected. This is done by reflecting the waves away from the system, diffusing or absorbing them, or using an absorptive material or device to dampen the waves. The shielding will create a "barrier" between the system and the RF waves, preventing them from entering or affecting the system.

The 25-CBSA-3.75X4.75X0.225 is an effective RF shield that can provide the necessary shielding for a wide variety of applications. It is designed to be durable, easy to install, and provides reliable protection against a range of radio frequency interference. This makes it a popular choice for many different applications. By using this type of shield, it is possible to reduce or eliminate the effects of radio frequencies on electronic devices, and ultimately improve system performance.

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