53-CBSA-1.25X3.0X0.4

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 largely employed in isolrizing circuits from each other in order to prevent radio frequency interference in sensitive electronics. The 53-CBSA-1.25X3.0X0.4 is a shield that was designed to work in such applications. It is constructed using a combination of metals and is designed to effectively shield electrical interference and keep signals isolated.

In order to keep the interference out, the shield’s wire mesh is made of a combination of copper and aluminum materials. This mesh is then layered with insulating materials in order to create a border against the outer environment and control the amount of heat generated by it. The shield’s design also comes in several shapes and sizes, depending on the applications it is meant to fulfill.

The main purpose of the 53-CBSA-1.25X3.0X0.4 is to protect electrical components and reduce noise. This shield is typically used in high-frequency radio applications such as satellite communications, cellular networks, radar systems, and wireless networks. It also has applications in military-grade signal systems. Due to its mesh construction, the shield can block creeping signals that would usually leak through. This helps reduce electronic emissions from other sources.

The application field and working principle of a 53-CBSA-1.25X3.0X0.4 is straightforward. The device works by forming an electromagnetic shield which will block incoming signals from entering the protected area. In this way, it prevents the flow of radio waves and electromagnetic radiated frequencies which result from outside sources. This shield also helps to dampen and contain signals and prevent interference from external signal sources.

The 53-CBSA-1.25X3.0X0.4 shield works on the principle of Faraday cages, a concept developed by physicist Michael Faraday. A Faraday cage is essentially an enclosure of metal mesh that reflects or dissipates electrostatic fields. When electricity travels through the metal mesh it creates a barrier that prevents electromagnetic waves from entering or escaping. This enables the contained signal to be effectively controlled and isolated from external signals.

As the device’s name implies, it can be customized to fit many applications. Typical features of this RF shield include a wide range of electrical values, as well as low-noise and quiet environment designs. It is also widely cited for its excellent high-temperature resistance, as the materials used are corrosion-resistant and can withstand rapid temperature changes without losing their effectiveness.

In conclusion, the 53-CBSA-1.25X3.0X0.4 RF shield is an effective tool for preventing and isolating radio frequency interference in sensitive applications. By using the principle of Faraday cages, it can effectively block out incoming radio waves and electromagnetic frequencies. This makes it a versatile and effective choice for applications in satellite communication, cellular networks, radar systems, and wireless networks.

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