20-CBSA-2.0X4.25X0.2

Series:	20-CBS
Part Status:	Active
Type:	Shield, 2-Piece
Height - Overall:	0.200" (5.08mm)
Length - Overall:	4.250" (107.95mm)
Width - Overall:	2.000" (50.80mm)
Ventilation:	Non-Vented
Mounting Type:	Surface Mount

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Introduction

RF Shields is one type of electronic component that provides protection from Electromagnetic Interference (EMI). The 20-CBSA-2.0X4.25X0.2 is a specific type of RF shield, which is commonly found in commercial and military applications. This article will discuss the application field and working principle of the 20-CBSA-2.0X4.25X0.2 RF shield.

Application Field

The primary application field for RF shields of this type is to protect against EMI. These shields are designed to reduce the amount of electrical noise that is generated by other sources, such as computer equipment or electrical wiring. These shields are particularly useful for protecting sensitive equipment from interference that can cause damage or malfunctions.The 20-CBSA-2.0X4.25X0.2 RF shield is commonly used in military systems, aircraft, industrial equipment, and machine tools. These shields are also used in communications systems, such as satellite communications and wireless networks.

Working Principle

The 20-CBSA-2.0X4.25X0.2 RF shield works by blocking the propagation of EMI within a certain frequency range. This type of shield is designed to resist the penetration of RF energy within a specific frequency range. It works by providing a physical barrier between the source of interference and the sensitive equipment.The RF shield is made of metal, usually copper or aluminum, which is designed to block the transmission of electromagnetic signals. These shields are often used in conjunction with other systems, such as power filters or ground planes, to maximize the EMI protection capabilities.

Conclusion

The 20-CBSA-2.0X4.25X0.2 RF Shield is an important type of EMI protection component. It is most commonly used in military systems, aircraft, industrial equipment, communications systems, and machine tools. The shielding effect is provided by a physical barrier that prevents the transmission of electromagnetic signals. The shield is usually constructed from copper or aluminum and is used in conjunction with other systems to maximize the EMI protection capabilities.

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