49L-CBSA-5.5X5.75X0.4

RF shields are typically used as a form of protection from electromagnetic interference or EMI generated by electromagnetic radiation from one device to another. 49L-CBSA-5.5X5.75X0.4 is classified under this category and offers a variety of applications and working principles.

The 49L-CBSA-5.5X5.75X0.4 is an RF shield designed to reduce RF interference, offering a maximum of 5.5″x5.75″x0.4”. This RF shield is constructed of carbon-graphite material and can be used in a variety of applications, including military, aerospace, ham radio, cellular base station, and pagers.

The 49L-CBSA-5.5X5.75X0.4 provides high shielding effectiveness and temperature stability. It is designed to withstand temperatures ranging from -20°C to +150°C and has a UL94-HB flammability rating. Additionally, the copper and nickel construction lends itself to excellent RF shielding and EMI protection.

The RF shielding offered by the 49L-CBSA-5.5X5.75X0.4 shields is effective in a wide range of frequency ranges, including those commonly used in electromagnetic interference. These frequencies range from 3 MHz to 10 GHz, providing high-quality shielding performance and protection. In addition, the RF shield also offers up to 99.99% protection against electromagnetic interference up to 10 GHz.

The working principle behind the 49L-CBSA-5.5X5.75X0.4 serves as a barrier between two separate electronic devices, effectively blocking any EMI generated by either device. This can be beneficial for both the devices receiving the EMI, as well as the environment by helping to reduce the presence of any unwanted noise. Additionally, the RF shield also serves to limit the amount of RF energy that any device emits to its surroundings.

The 49L-CBSA-5.5X5.75X0.4 RF shield offers excellent protection from electromagnetic radiation in a variety of applications. Its high shielding effectiveness makes it easy to install in any environment where there may be the potential for EMI to occur. Additionally, its temperature stability ensures that it can withstand various temperature ranges without compromising its effectiveness. Finally, the protection it offers up to 10 GHz is highly beneficial for a variety of devices, reducing the presence of any unwanted interference.