25-CBSA-1.75X4.75X0.225

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RF Shields, also known as radio frequency shielding, are protective materials placed between radio frequency sources and receivers to reduce the amount of electromagnetic radiation that passes from the source to the receiver. The 25-CBSA-1.75X4.75X0.225 is a type of RF shield that is used in a variety of applications and has a few different working principles.

The primary use of 25-CBSA-1.75X4.75X0.225 shields is in electronic devices such as computers, mobile phones, microwaves, and other electronic equipment. These shields are typically placed between the electronic device and the source of the radio frequencies in order to reduce the amount of interference that can occur. For example, by placing the RF shield between a computer and a cellular phone, it can help to reduce the amount of interference that can occur between the two signals. This can help prevent data loss or corruption, as well as improve the performance of the connection.

The 25-CBSA-1.75X4.75X0.225 RF shield is also used in medical applications, such as MRI scanners and X-ray machines. The shield helps to reduce the amount of radiation that passes through the machine and into the patient’s body. The shields are also used to reduce the amount of interference that occurs between two different medical devices in close proximity, such as in a hospital setting.

In addition to its medical and electronic uses, the 25-CBSA-1.75X4.75X0.225 shield is also used in aerospace applications. For example, the shield is used to reduce the amount of noise and interference that occurs between two engines or two systems on an aircraft. This can help to increase the overall efficiency and performance of the aircraft.

The working principle of the 25-CBSA-1.75X4.75X0.225 shield is fairly straightforward. The shield is made up of a conductive material, such as copper or aluminum, that is designed to redirect or absorb the electromagnetic radiation. As the radiation enters the shield, the conductive material absorbs some of the energy, reducing the amount of radiation that passes through. This principle is similar to the way a Faraday cage works, only instead of redirecting the energy like a cage would, the shield absorbs it.

The amount of radiation that the 25-CBSA-1.75X4.75X0.225 shield can reduce depends on the amount of conductive material used and its placement. For example, if the shield is placed directly between the source and the receiver, it can drastically reduce the amount of radiation that passes through. If the shield is placed farther away, it will absorb less of the radiation.

Overall, the 25-CBSA-1.75X4.75X0.225 is an effective way to reduce the amount of electromagnetic radiation that passes from a source to a receiver. It is used in a variety of applications, from electronic devices to medical equipment to aerospace applications, and its working principle is fairly simple. By using the right amount and placement of conductive materials, it can help to reduce the interference between different signals and improve the performance of connections.

The specific data is subject to PDF, and the above content is for reference