21-CBSA-1.5X2.0X0.5

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

RF Shields are used as an effective way to contain electromagnetic signals within, not allowing any unwanted interference from external sources. The 21-CBSA-1.5X2.0X0.5 is an example of such a shield, and it is typically used for applications involving high-frequency radio waves. This particular shield is constructed with riveted seams, rolled edges and a dielectric center that serves to reduce signal reflection and allow for easy installation of the shield in an existing environment.

The working principle of the 21-CBSA-1.5X2.0X0.5 is based on two key elements: attenuation and reflection. The material of the shield itself, typically aluminum or copper, the dielectric center, and the rolled edges all work in tandem to attenuate – reduce or weaken – incoming high-frequency electromagnetic signals. At the same time, the rolled edges help to reduce the reflection of the EM signals by making it difficult for the signals to form a diffraction pattern.

When it comes to application fields, the 21-CBSA-1.5X2.0X0.5 is often used in the areas of broadcasting, telecom, and military. This type of RF shield is designed to block out unwanted interference from external sources while still providing clear signal transmission. For instance, a television or radio station may use the shield to contain EM signals in its broadcasting area, or a military base may make use of the 21-CBSA-1.5X2.0X0.5 to block out hostile signals from outside sources. Additionally, the shield could be used to contain the powerful EM emissions from communication towers, such as cellular phone towers, in order to protect the public from direct exposure to such signals.

The 21-CBSA-1.5X2.0X0.5 is an effective way to attenuate and reflect EM signals, making it a valuable tool in the areas of broadcasting, telecom, and military. Its construction with riveted seams, rolled edges, and dielectric center makes it an excellent choice for containing EM signals and preventing unwanted interference from external sources. The specific data is subject to PDF, and the above content is for reference