10-CBSA-1.25X2.75X0.13

RF shields are used in various applications in the field of telecommunications. They are designed to protect against electromagnetic interference from different sources. In this case, 10-CBSA-1.25X2.75X0.13 is a stainless steel painted shield used for such purposes.

10-CBSA-1.25X2.75X0.13 is a Aluminum Tin Sulphate Anodize (ATSA) coated shield that is suitable for use in mobile communications applications. It features a low dielectric constant, high interconnectivity, low loss, and robustness. The dimensions of the shield are 1.25 in x 2.75 in x 0.13 in. Its construction includes a metal base with an outer layer of Aluminum Tin Sulphate Anodize. This allows for improved conductivity and attenuation of RF signals.

The purpose of 10-CBSA-1.25X2.75X0.13 is to minimize the interference of electromagnetic radiation between different sources. It helps to attenuate both transmitted and received signals, reducing interference and improving communication reception. The shield also helps to reduce the amount of radio frequency (RF) energy that is reflected and absorbed by nearby devices.

In terms of working principles, 10-CBSA-1.25X2.75X0.13 is designed to work in tandem with other RF shielding materials. The shield works by reflecting incoming radio waves away from the protected area. This helps to prevent radiation from penetrating the shielding material and also reduces the amount of signal that is absorbed by nearby objects. The shield also acts as an antenna, propagating waves of a certain frequency across the RF environment.

In addition, the shield also has the ability to block out certain frequencies that may be at higher levels than the RF signals desired. This is done by creating a physical barrier between the protected area and the electromagnetic source. 10-CBSA-1.25X2.75X0.13 has been designed to provide effective shielding without impairing the performance of the radios or other devices.

10-CBSA-1.25X2.75X0.13 is a highly effective and efficient RF shield that can be used in various applications where RF shielding is necessary. It is ideal for use in mobile communication applications as its construction and dimensions simplifies installation. It is an easy to use and cost-effective method of protecting RF sensitive devices from interference.