45-CBSA-3.0X5.0X0.4

RF Shields

The 45-CBSA-3.0X5.0X0.4 shield is a type of Radio Frequency (RF) shielding. It is used to protect RF signals from external interference and to provide a Faraday cage to prevent emissions from interfering with other components and circuitry.

The 45-CBSA-3.0X5.0X0.4 shield is composed of layers of galvanized steel attenuator mesh. These layers are designed to reduce the amount of electromagnetic radiation that passes through the shield. The shield also features a dielectric sleeve that further reduces electromagnetic radiation. This combination of features makes 45-CBSA-3.0X5.0X0.4 ideal for use in EMI/RFI applications.

The 45-CBSA-3.0X5.0X0.4 shield is typically used in the electronics industry to protect sensitive components from electromagnetic interference, as well as to prevent them from emitting RF signals that could interfere with other components. Some typical applications include cell phone towers, antennas, medical equipment, and data centers.

The working principles behind the 45-CBSA-3.0X5.0X0.4 shield are based on the concept of Faraday cages, or the ability to contain a magnetic field from external sources. The shield is designed to act as a barrier, preventing any electromagnetic wave from passing through. To further reduce electromagnetic radiation, a dielectric sleeve is layered between the steel layers.

The 45-CBSA-3.0X5.0X0.4 shield is designed to block radio frequencies (RF) of any frequency from 20MHz to 10GHz. It is effective in shielding RF signals from both linear and nonlinear antennas, and can also be used to shield signals from X-Ray, CT, and MRI machines. Additionally, the shield is also applicable for use in high-speed applications such as EMP, EMI, and TEMPEST.

In summary, the 45-CBSA-3.0X5.0X0.4 shield is an advanced RF shielding solution that is designed to protect RF signals from external interference and to provide a Faraday cage to prevent emissions from interfering with other components and circuitry. It is composed of layers of galvanized steel, with a dielectric sleeve layered between the steel layers, and can be used in a wide range of EMI/RFI applications. The shield is effective in blocking radio frequencies up to 10GHz, and is also applicable for use in high-speed applications such as EMP, EMI, and TEMPEST.