25-CBSA-4.0X5.0X0.225

RF Shields

RF shields are used extensively in electronic and telecommunications industries to protect equipment from potential harmful electrical signals. A particular example of an RF shield is the 25-CBSA-4.0X5.0X0.225. This shield is used for applications such as wireless data transfer from the user\'s device to the service provider, mobile phone base stations, radar systems, and also for medical applications like MRI machines.

The 25-CBSA-4.0X5.0X0.225 is made up of two parts: the shield cover and the conductive core. The shield cover is typically made of metal such as aluminium or copper, and is used to provide the electrical shielding that prevents signals from leaking out. The conductive core is usually made of an interwoven composition of either aluminium or copper mesh and woven wire, and is placed inside the shield cover to provide additional reflective shielding.

The RF shield works by reflecting incoming electromagnetic (EM) radiation away from its target. This is done by creating an electromagnetic field around the shield itself, which has the effect of absorbing and dispersing the EM radiation. This allows the protected object to remain unaffected by EM radiation that it would otherwise receive, as the EM radiation is scattered away by the shield, reducing the strength of the EM signal reaching the target.

The 25-CBSA-4.0X5.0X0.225 is designed to have a high level of electromagnetic shielding efficiency. It has an attenuation of 20dB at 1GHz, which is a measure of its ability to reduce the strength of incoming EM radiation. The 25-CBSA-4.0X5.0X0.225 is a robust and durable shield that can be used in a wide range of applications. It is designed for use in high-radiation environments and can withstand temperatures up to 150°C.

The 25-CBSA-4.0X5.0X0.225 is a useful and effective tool in protecting electronics and other sensitive equipment from the potentially harmful effects of high levels of electromagnetic radiation. It is used in a variety of applications and is designed to be durable and robust in order to provide maximum protection from harmful EM radiation.