14-CBSA-2.0X4.25X0.13

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RF Shields are commonly used for a variety of automotive applications to protect against electromagnetic interference (EMI); the 14-CBSA-2.0X4.25X0.13 shield is an example of such a product. This product is composed of 30 layers of copper, tin and polyester film, and it provides exceptional shielding performance in the frequency range of 1 MHz to 3 GHz. The product has been designed and tested according to MIL-STD-300 and IEC-3211 standards.

The 14-CBSA-2.0X4.25X0.13 shield is widely used in the automotive industry because it provides excellent protection from various types of EMI. The shield is particularly effective against radio frequency interference (RFI), which can cause noise and other interference in radio signals. In addition, the shield is also effective against other types of EMI, such as electrostatic discharge (ESD), which can cause electrical damage and malfunctions in electronic components.

The 14-CBSA-2.0X4.25X0.13 shield is also used in other applications, such as aerospace, commercial and military applications. In such applications, the shield provides protection from a variety of sources of EMI, including radar, radio transmitters, GPS signals, and other electromagnetic emissions. The shield is also effective against EMI from various sources of energy, such as nuclear, solar, and thermal.

The working principle of the 14-CBSA-2.0X4.25X0.13 shield is based on the concept of “Faraday cage”. The Faraday cage is an enclosure that is designed to block electromagnetic fields from entering or exiting. The Faraday cage is composed of a conductive shield that is formed by a mesh of metal or other conductive materials. This conductive shield reflects incoming radiation, thereby preventing it from reaching the shielded area. The 14-CBSA-2.0X4.25X0.13 shield is constructed with multiple layers of copper and tin, which are designed to provide excellent EMI protection.

The 14-CBSA-2.0X4.25X0.13 shield is also effective in reducing the transmission of electromagnetic waves throughout the shielded area. This is achieved by using multiple layers of conductive materials, which absorb and dissipate the energy of the incoming radiation. The effectiveness of the shield is further improved through the use of a special albuminous film, which helps to reduce the reflections and dissipate the energy within the shield.

The 14-CBSA-2.0X4.25X0.13 shield is specially designed to provide maximum protection from all sources of electromagnetic radiation. This is accomplished by the use of carefully constructed layers and a special albuminous film, which are designed to absorb and dissipate the energy of the radiation. The shield is tested and certified according to MIL-STD-300 and IEC-3211 standards, ensuring its effectiveness and reliability.

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