23-CBSA-3.25X5.0X0.25

RF Shields are designed to protect circuits from electromagnetic interference, and one of them is the 23-CBSA-3.25X5.0X0.25. It is used in a wide range of applications and is highly effective in controlling the radiation from the equipment it is protecting.

Application Field

RF Shields are suitable for a wide variety of applications, such as medical devices, aerospace, aerospace industry, automotive electrical systems, telecommunication, computer networking, mobile communications, and other communication devices. It is also used in shielding for military and commercial electronic applications. These RF Shield can also be used for power cable shielding, line power inductors, ferrite shields, and line filter filter bases.

Working Principle

The 23-CBSA-3.25X5.0X0.25 RF shield works by creating an electrostatic barrier between two conducting surfaces. The shield consists of two layers of corrugated copper sheets which are shaped into a cylindrical form. The first layer is coated with a dielectric material such as a silicone rubber material. The dielectric layer will act as a protective barrier that will help limit the amount of electromagnetic interference that passes through the shield.

The second layer consists of a conductor which is connected to the ground via a linking cable. This conductor is also made of corrugated copper and is joined to the first layer with the linker cable. This will form a barrier between the two layers which will help to reduce the amount of interference that can get through the shield.

As the shield is made from copper, it is able to absorb any electromagnetic energy which passes through it. This will reduce the amount of interference that is able to get through the shield and reach the protected area, thus improving the overall performance of the device or circuit it is protecting.

In addition to the two layers of the RF Shield, a Faraday cage is also used. This Faraday cage is formed by an electrically conductive material which is connected to the ground. The Faraday cage is designed to block any electromagnetic radiation which passes through it, thus improving the overall protection of the device or circuit that is being protected.

Conclusion

The 23-CBSA-3.25X5.0X0.25 RF shield is designed to protect circuits and devices from electromagnetic interference. It consists of two layers of corrugated copper which offer protection from the radiation which passes through the shield. In addition, a Faraday cage is also used to further improve the shielding capabilities of the device. This RF shield is suitable for a wide variety of applications and is highly effective in improving the performance of the device or circuit that it is protecting.