22-CBSA-2.25X2.5X0.2

Series:	20-CBS
Part Status:	Active
Type:	Shield, 2-Piece
Height - Overall:	0.200" (5.08mm)
Length - Overall:	2.500" (63.50mm)
Width - Overall:	2.250" (57.15mm)
Ventilation:	Non-Vented
Mounting Type:	Surface Mount, Through Hole

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

.

Introduction of RF Shields

RF Shields are passive metallic components used to block the flow of unwanted electromagnetic radiation, while allowing intented signals to pass through. RF Shielding is used in many applications, such as preventing interference between communication devices, or to protect against electromagnetic pollution. One particular type of RF Shield is the 22-CBSA-2.25X2.5X0.2.

Application Field of 22-CBSA-2.25X2.5X0.2

The 22-CBSA-2.25X2.5X0.2 is a type of RF shield that can be used in a variety of applications. It is primarily used in applications where an extremely high level of electrical isolation is needed. This shield is ideal for use within radio frequency (RF) enclosure, such as in satellite dishes and wireless systems. It is also often used in military applications, such as for secure communications.

Working Principle of 22-CBSA-2.25X2.5X0.2

The 22-CBSA-2.25X2.5X0.2 operates using Faraday’s Principle, which states that a changing magnetic field induces an electric field, and vice-versa. This shield is composed of highly conductive material, which responds to electrical signals that come in contact with it by creating an opposing magnetic field. This opposing field then disperses the incoming signals into the air, which then will not be able to pass through the shield. This is how the 22-CBSA-2.25X2.5X0.2 is able to offer a high level of electrical isolation.

Conclusion

RF shielding is an important component in many different types of electronic systems. The 22-CBSA-2.25X2.5X0.2 RF shield is designed for applications where a high level of electrical isolation is needed. This type of shield is composed of highly conductive material that works in accordance with Faraday’s Principle, thereby dispersing electromagnetic signals and preventing them from passing through the shield.

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