20-CBSA-3.75X5.5X0.2

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RF Shields are essential components in electronics. They are basically used to prevent RF signals from entering or exiting a certain device, as well as securing the device from interferences and electromagnetic radiation. The 20-CBSA-3.75X5.5X0.2 is one type of RF Shield. It is a three-pin unit that provides reliable operation in shielding circuits up to 3.75 GHz.

Application Field

The 20-CBSA-3.75X5.5X0.2 has various applications. It can be used for shielding and protecting electronic appliances and related circuits from radio frequency interference (RFI). The 20-CBSA-3.75X5.5X0.2 is frequently used in data processing, networking, communication systems, power line filters, and many other types of electronic circuitry. Moreover, this type of RF Shield can be used in the radio frequency band from 400MHz to 3.75GHz. It is especially suitable for low frequency applications, such as cellular phone networks and automotive infotainment systems.

Working Principle

The 20-CBSA-3.75X5.5X0.2 works on the principle of attenuating, absorbing, or reflecting unwanted radio frequency (RF) signals. When used, the RF Shield will create an “electromagnetic wall” so the signals can’t pass through. When an RF signal enters the Shield, it will be attenuated or absorbed by the material contained in the shield itself. This will ensure the signal never reaches the electronic device or circuit it is trying to protect.

The 20-CBSA-3.75X5.5X0.2 is a very effective RF Shield because it is able to block out signals within the 400MHz to 3.75GHz frequency range. In addition, its special construction ensures a long service life. It is also one of the few shields that are truly resistant to weather and extremes of humidity, temperature, and moisture.

Conclusion

The 20-CBSA-3.75X5.5X0.2 is an effective RF shield with excellent shielding capabilities up to 3.75GHz. It is suitable for applications in data processing, networking, communication systems, power line filters, and many other types of electronic circuitry. Moreover, it is also resistant to weather and extremes of humidity, temperature, and moisture. As such, it is an ideal tool for protecting electronic equipment and circuitry against radio frequency interference (RFI).

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