14-CBSA-3.5X4.75X0.13

Series:	10-CBS
Packaging:	Bulk
Part Status:	Active
Type:	Shield, 2-Piece
Height - Overall:	0.130" (3.30mm)
Length - Overall:	4.750" (120.65mm)
Width - Overall:	3.500" (88.90mm)
Ventilation:	Vent Holes in Pattern
Mounting Type:	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

RF Shields

RF shields serve a variety of purposes, from containing radio frequency (RF) interference to protection of sensitive electronic components. They come in a variety of shapes and sizes, from large, complex enclosures to simple foil wraps. One type of RF shield, the 14-CBSA-3.5X4.75X0.13, has both a specific application field and a specific working principle.The 14-CBSA-3.5X4.75X0.13 shield is a three-dimensional shield made from conductive material that is designed to stop and contain within itself potentially damaging radiation. The “CBSA” in its name stands for “Conductive Baffle Shield Assembly”, and the numbers refer to the dimensions of the shield in both width (3.5) and height (4.75). The last number, “0.13”, is the shield’s thickness in inches.The 14-CBSA-3.5X4.75X0.13 shield has two major applications; one is for high-power antenna arrays in which the energy of the radio waves emitted needs to be contained, and the other is for computing and telecommunications devices in which the components need to be protected against external energy. The two functions of the shield are complementary, because the main principle behind its design is to divert and reduce radiation.The inner surface of the shield has two specific features that make it effective at containing and diverting energy; these are conductive surfaces and maximum width. Conductive surfaces are crucial in radiation containment because they stop radiation from reflecting back towards its source. The conductive surfaces also act to scatter the radiation in all directions, effectively preventing any interference between adjacent devices. The maximum width of the shield helps in two ways; firstly, it ensures that the amount of energy reflected away from the source is significantly reduced; secondly, a greater width also prevents any interference between adjacent devices by providing better containment for the radiation.The working principle behind the 14-CBSA-3.5X4.75X0.13 shield is also fairly simple. When radiation is directed at the shield, it is scattered in all directions due to the conductive surfaces, reducing the energy levels and thus protecting any vulnerable components within. This process would be ineffective if the shield was too thin, so the thickness of the shield is critical in maintaining its effectiveness.The 14-CBSA-3.5X4.75X0.13 shield is a useful tool for containing and reducing radiation, which makes it an invaluable asset for antenna arrays, computers, and telecommunications devices. Its simple design and working principle make it an effective and efficient solution to the problem of interference and radiation contamination. Its ability to both contain and reduce radiation makes it a valuable ally against damage and malfunction in sensitive electronic components.

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