20-CBSA-3.25X5.0X0.2

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RF Shields play an important role in modern communication technology and are used in a wide variety of applications to protect against radio waves. The CBSA-3.25X5.0X0.2 is an example of such a shield, which is a three-layer board that is designed to limit interference from radio-frequency signals. This article will explore the application fields and working principles of the CBSA-3.25X5.0X0.2.

Use of the CBSA-3.25X5.0X0.2

The CBSA-3.25X5.0X0.2 is used in a variety of applications where radio waves need to be shielded, including mobile, satellite and microwave communications, antenna systems, and medical equipment. The shield is especially useful for applications where there is a need to limit interference between multiple communication systems, or between electromagnetic systems and other electronic systems. Additionally, due to its robust build, the CBSA-3.25X5.0X0.2 can be used in applications where there is a possibility of radio-frequency fields reaching high levels.

Working Principle of the CBSA-3.25X5.0X0.2

The CBSA-3.25X5.0X0.2 utilizes three layers to achieve its shielding effectiveness. The first layer consists of a wide-frequency-band interference absorber, which absorbs and attenuates RF waves over a wide frequency range. The second layer is a reflective surface that is designed to reflect radio waves, allowing them to be redirected away from the target. The final layer is a conductive screen which serves as a shield, absorbing radio waves and preventing them from reaching the target. Working together, these three layers form an effective barrier that is able to block most radio waves.

In addition to the three layers, the CBSA-3.25X5.0X0.2 also utilizes a metal casing which serves to further reduce the amount of radio-frequency interference that enters the protective shield. Additionally, the casing is also able to contain any electromagnetic fields that do enter the shield, allowing engineers to create a more effective overall system.

Conclusion

The CBSA-3.25X5.0X0.2 is a three-layer board that is designed to limit interference from radio-frequency signals. It is used in a variety of applications, including mobile, satellite and microwave communications, antenna systems, and medical equipment. The shield utilizes a wide-frequency-band interference absorber, a reflective surface and a conductive screen in order to reduce radio-frequency interference. Additionally, a metal casing can also be used to further reduce the amount of interference that enters the shield, allowing engineers to create a more effective overall system.

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