14RA-CBSA-2.0X4.75X0.13

Introduction
RF Shields allow users to contain and protect sensitive systems from RF emissions associated with electromagnetic interference. The 14RA -CBSA -2.0X4.75X0.13 are designed to minimize electromagnetic interference without hindering the normal operations, and to protect systems from locally generated RF disturbances and ambient environmental fields. The shielding systems are designed to conform to the highest international and local guidelines to ensure the best performance.

Application Field
14RA-CBSA-2.0X4.75X0.13 shields are typically used in a wide range of industries, from telecommunications to military and medical equipment, where protection from RF emissions is necessary. Specialty applications include aircraft interior walls, bank vaults and secure military installations. The shielding systems are designed for high performance applications, such as protection of computer chips, high frequency wire and cable, communication systems, office equipment, and more.

Construction
The 14RA-CBSA-2.0X4.75X0.13 shields are constructed using a panel system. The shield is composed of four layers: a core layer, a ground plane, two conductor layers, and a dielectric layer. The core layer is constructed using pre-formed aluminum sheet metal panels. The ground plane is formed from a sheet of stainless steel mesh and a heavy-duty ground wire. The conductor layers are made of an aluminum based material, while the dielectric layer is comprised of a film or plastic sheet. Each of the layers is secured together using rivets.

Working Principle
The 14RA-CBSA-2.0X4.75X0.13 shields are designed to attenuate RF signals before they reach sensitive components. The shield is designed to reflect and absorb incoming RF energy before it can enter the protected area. The four layers are designed to interact in such a manner as to make the shield highly effective at blocking RF interference. The core layer acts as a barrier, reflecting much of the incoming RF energy away from the protected area. The ground plane helps absorb any remaining RF energy and further reduces the chances of interference reaching the protected area.

The two conductor layers are designed to provide a low impedance path for the RF energy and allow for further attenuation. The dielectric layer acts as a barrier, preventing the RF energy from entering the protected area. The overall effect of the four layers is a shielding system that provides superior RF protection.

Conclusion
The 14RA-CBSA-2.0X4.75X0.13 shielding system has a well-deserved reputation for providing superior RF protection. The shield is designed to be highly effective in reflecting and absorbing virtually all incoming RF energy before it can reach sensitive components. The four layer construction is designed to interact in such a manner as to provide maximum protection from RF interference. The shield is ideal for applications where high performance RF shielding is essential.