40-CBSA-0.5X4.25X0.4

Series:	40-CBS
Packaging:	Bulk
Part Status:	Active
Type:	Shield, 2-Piece
Height - Overall:	0.400" (10.16mm)
Length - Overall:	4.250" (107.95mm)
Width - Overall:	0.500" (12.70mm)
Ventilation:	Vent Holes in Pattern
Mounting Type:	Surface Mount

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 To RF Shields

RF Shields are devices designed to protect delicate electronic equipment from the dangers of radio frequency interference (RFI). The term RFI stands for radiating, fluorescent or inductive electrical surges caused by an internal source of radio frequency energy. In simple terms, RF Shields act as a barrier between the equipment and the RFI, blocking the energy and preventing it from entering or affecting the electronic device.

What Is 40-CBSA-0.5X4.25X0.4?

The 40-CBSA-0.5X4.25X0.4 RF Shield is specifically designed to be used in the aerospace and medical electronics industry. It is a specialized RF shield designed to protect otherwise fragile and sensitive electronic components from the potentially damaging effects of radio frequency interference. The 40-CBSA-0.5X4.25X0.4 RF Shield prevents radio waves from entering or leaving the equipment by reducing the level of the radio frequency energy that can become present within the equipment.

Application Field and Working Principle of 40-CBSA-0.5X4.25X0.4 RF Shield

The 40-CBSA-0.5X4.25X0.4 RF Shield finds its primary use in the aerospace and medical electronics industries. Its ability to protect against radio frequency interference makes it invaluable in the protection of sensitive electronic components. The working principle of the 40-CBSA-0.5X4.25X0.4 RF Shield is simple but effective. The shield works by creating a low impedance metal enclosure that is transparent to incoming radio waves. The size of the shield determines how effective it is in blocking incoming radio frequency waves and interference. This size is expressed in the form of 40-CBSA-0.5X4.25X0.4, with the “40” representing the total area covered by the shield in square inches. The “CBSA” stands for copper, brass, silver, and aluminum, the materials used in the construction of the shield. The “0.5X4.25X0.4” is the size of the shield, with the units described in inches. In addition to providing protection from radio frequency interference, the 40-CBSA-0.5X4.25X0.4 RF Shield is also designed to provide electromagnetic interference protection. Electromagnetic interference can be caused when electric and magnetic fields created by an electronic device or power line come in contact with another conductor. By providing an effective barrier to electromagnetic interference, the 40-CBSA-0.5X4.25X0.4 RF Shield prevents field-induced voltage from damaging sensitive components. The 40-CBSA-0.5X4.25X0.4 RF Shield is also designed to be weather-resistant. The shield is constructed from hardened aluminum, which provides a durable, weather-resistant barrier that prevents corrosion and deterioration from exposure to extreme temperatures and damp conditions. The 40-CBSA-0.5X4.25X0.4 RF Shield provides the necessary requirements to ensure that sensitive electronic components remain safe from the potentially damaging effects of radio frequency interference, electromagnetic interference, and harsh conditions. It is an essential item in the electronic industry and its many uses make it a valuable asset.

Conclusion

RF Shields are a critical component in the protection of sensitive electronic components from dangerous levels of radio frequency interference and radiation. The 40-CBSA-0.5X4.25X0.4 RF Shield is specifically designed to be used in the aerospace and medical electronics industries, providing an effective solution to the problems associated with RF interference. Its sophisticated construction incorporates materials such as copper, brass, silver, and aluminum to provide a weather-resistant barrier that is designed to last. The 40-CBSA-0.5X4.25X0.4 RF Shield is an essential component in the protection of vulnerable electronic components from interference and radiation.

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