83-CBSU-15.5

Series:	80-CBS
Part Status:	Active
Type:	Shield, 2-Piece
Height - Overall:	0.799" (20.30mm)
Length - Overall:	--
Width - Overall:	15.500" (393.70mm)
Ventilation:	Vent Holes in Pattern
Mounting Type:	Through Hole

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Introduction to 83-CBSU-15.5

The 83-CBSU-15.5 is a shielding solution developed by a company called RF Shield Technologies. It is a low-profile, high-performance shielding solution designed to protect electronic components from radio frequency (RF) distortions. This type of shield offers a high level of protection against radio frequency interference (RFI), while still allowing the signal to be transmitted clearly.

Application Field

The 83-CBSU-15.5 shield is primarily used in the electronics industry for the prevention of RFI. This type of shield has been widely used in the military, aerospace, and industrial applications for years. The shield is also used in other industries, such as medical, automotive, and telecommunications.The 83-CBSU-15.5 shield is also used for protecting video surveillance systems from external interference. As with most shielding solutions, the 83-CBSU-15.5 shield can be used in a variety of applications.

Working Principle

The 83-CBSU-15.5 shield is made from aluminum foil that is designed to block out RF radiation. This shielding ability is achieved through the use of multiple layers of metal foil that are arranged in a specific order. The layers of metal foil are designed to absorb any incoming RF energy, which prevents the signal from being distorted.The 83-CBSU-15.5 shield is also designed to minimize RF leakage. This is accomplished by the innermost layer of the shield, which acts as a conductive surface. This surface is made of a material that is resistant to electromagnetic waves and is able to absorb any unwanted radiation.

Conclusion

The 83-CBSU-15.5 shield is a highly effective shielding solution that offers a high level of protection against RF interference. This type of shield is widely used in a variety of industries and applications, and is a cost-effective way to prevent signal distortion. The shield is also designed to provide minimal RF leakage, allowing the signal to be transmitted clearly.

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