10-CBSA-2.5X4.0X0.13

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

10-CBSA-2.5x4.0x0.13 is a type of RF shield, a high performance protective shield for electromagnetic interference (EMI). This type of RF shield is composed of a conductive anodized aluminum plate, which can also be connected with plastic, metal, or rubber frames to increase the mechanical strength of the structure. It can effectively reduce the unwanted radio frequency energy from leaking out from the component, equipment, or enclosure. The aluminum shield can also reduce outside interference coming into the enclosed space.

The application fields of 10-CBSA-2.5 x 4.0x0.13 mainly include electronic and electrical device, power supply system, outdoor equipment, security appliances, medical appliances, GPS device, etc. The use of this shield can improve the performance of the device, reduce noise, extend the life time, and improve the syste\'s accuracy and integrity.

The working principle of 10-CBSA-2.5x4.0x0.13 is straightforward. It uses the physical shielding effect to block the signals from the outside. The shielding materials are selected for their specific characteristics, in order to reflect the unwanted radiation. The shielding material absorbs and re-radiates the energy through various reflections, and the DC resistance limits the leakage current. The density of the shield is also important. With a dense shield, there can be higher levels of attenuation, and the density can also be increased by stacking multiple layers of shields.

The 10-CBSA-2.5x4.0x0.13 RF shield is designed to provide robust protection from electromagnetic interference in various applications. Its special combination of features, including its conductive aluminum shield and its ability to reflect or absorb outside signals, make it an ideal choice for shielding against unwanted radio frequency radiation. Its simple design and easy to install structure make it an effective and cost-efficient solution for any EMI related problem.

The specific data is subject to PDF, and the above content is for reference