0.52-4-AB5030

RFI and EMI shielding and absorbing materials are used to protect electronic components and circuits from interference from electromagnetic or radio frequency sources. One of the most commonly used materials in this category is 0.52-4-AB5030, which is widely used in a variety of applications.

0.52-4-AB5030 is a composite shielding material made from several layers of high-performance dielectric and magnetic materials. The structure of the material consists of a non-magnetic anisotropic layer, two layers of ultra-finely milled dielectric layers of varying thickness, two layers of high-permeability ferrite powder and a thick copper foil. This unique combination of layers offers excellent shielding effectiveness against both EMI and RFI radiation.

In addition to shielding and absorbing, 0.52-4-AB5030 also provides excellent thermal, mechanical, and electrical insulation properties. It is designed to maintain a uniform distribution of electric and magnetic fields across the material\'s surface, allowing for optimal performance and uniform protection.

The main applications of 0.52-4-AB5030 include high-power RF applications such as antennas, communication systems, electronic instruments, radio systems, and power amplifiers. It is also used in computers, telecommunications systems, and other areas where electromagnetic interference is a concern. 0.52-4-AB5030 is also used in medical and industrial equipment to reduce EMI and RFI levels.

The working principle of 0.52-4-AB5030 is quite simple but highly effective. The materials used in the material absorb and scatter the electromagnetic fields that would otherwise enter the device or system. By doing so, they create a protective barrier between the sensitive circuit components and the electromagnetic field. As a result, the sensitive components and the data that they carry are protected from interference and degraded performance.

0.52-4-AB5030 is an excellent shielding and absorbing material for a variety of applications, providing outstanding protection from EMI and RFI interference. Its unique combination of layers allows for maximum shielding effectiveness, thermal, mechanical, and electrical insulation, and uniform protection.