14-CBSA-3.75X6.0X0.13

Introduction

14-CBSA-3.75X6.0X0.13 is a RF Shield. RF shielding, also referred to as electromagnetic shielding or RF shielding, is a technology used to protect electronics from radio frequency interference (RFI). This type of shield is often used in telecommunications, industrial, and medical applications as it provides greater protection than traditional metallic shields. The 14-CBSA-3.75X6.0X0.13 is made of a conductive polyurethane layer that is thicker than traditional metallic shields and works to reduce the majority of the RFI signals that attempt to pass through it.

Application Field

14-CBSA-3.75X6.0X0.13 is a perfect shield for use in a variety of application fields:

• Medical Devices: The 14-CBSA-3.75X6.0X0.13 is an ideal shield for medical devices that require stronger protection from RFI, as the thicker polyurethane layer is effective against a wider range of frequencies than traditional metallic shields.
• Telecommunications: This RF shield is often used in telecommunications applications where sensitivity and protection from RFI is paramount.
• Industry: Industries such as automotive and aerospace frequently make use of the 14-CBSA-3.75X6.0X0.13 RF shield due to its ability to provide excellent protection against RFI.

Working Principle

The 14-CBSA-3.75X6.0X0.13 works on the same principle as any other RF shield. The metal or conductive sleeve acts like an enclosed Faraday cage, blocking out any RFI signals that may be attempting to penetrate it. The thicker polyurethane layer of the 14-CBSA-3.75X6.0X0.13 is able to provide greater protection as it has a higher dielectric constant than normal shielding materials. This means that the shield is less likely to be affected by RFI, providing improved performance and better protection.

Conclusion

In conclusion, 14-CBSA-3.75X6.0X0.13 is an effective RF shield used in a wide variety of application fields. It has the unique advantage of using a thicker polyurethane layer, which provides greater protection against RFI. This shield works on the same principle as other shielding materials, though its increased protection makes it ideal for highly sensitive applications.