10-CBSA-1.25X2.25X0.13

RF Shields

RF shields are designed to reduce or eliminate electromagnetic interference (EMI) from radiating from electronic components. These shields can be used for both commercial and military applications.

The 10-CBSA-1.25X2.25X0.13 is a type of RF shield designed to protect RF signals from interference. It is a two-layer design, with the lower layer providing a barrier between the EMI source and the upper layer, where the majority of the shielding effect occurs. The upper layer is typically made of either aluminum foil or copper, which is then laminated to the lower layer, providing excellent shielding characteristics. The upper layer is also designed to absorb any RF energy that might come through the lower layer.

The 10-CBSA-1.25X2.25X0.13 is designed for use in electronic equipment such as radios, portable devices, and electronic control systems. It is also ideal for commercial and military establishments where high levels of EMI need to be kept to a minimum.

The shield works by using the properties of both the lower and upper layer materials to absorb, reflect and dissipate the RF energy. As the RF energy passes through the lower layer, it is partially absorbed by the material, while the remainder is reflected back towards the source of the interference. The upper layer is designed to absorb this energy, while the material underneath further enhances the shielding effect. This helps to reduce the amount of EMI that passes through the material and prevents it from reaching sensitive electronics.

In addition to providing excellent shielding characteristics, the 10-CBSA-1.25X2.25X0.13 works to minimize mechanical and electrical damage due to environmental conditions. It is oil and temperature resistant, making it ideal for industrial and marine applications. The shield is also RoHS compliant, meaning that it is safe to use in any environment without the risk of harmful chemicals leaking into the air.

Overall, the 10-CBSA-1.25X2.25X0.13 shield is an effective solution for reducing EMI noise and protecting sensitive electronics from damage. It offers superior shielding performance and is highly versatile, making it suitable for a variety of applications. To ensure maximum performance, the shield should be installed correctly, with the upper layer facing the source of the EMI.