10-CBSA-1.75X2.0X0.13

RF shields are electromechanical devices designed to guard electronic components from external radio frequency (RF) interference. They are typically constructed of metal sheets, such as brass, copper, or steel, and typically feature an interior layer of some form of metal mesh that is designed to deflect incoming RF waves. RF shields are used in many different kinds of applications, such as in medical devices, automotive systems, and aerospace components. 10-CBSA-1.75X2.0X0.13 is an RF shield that is specifically designed for use in automotive and aerospace applications.

10-CBSA-1.75X2.0X0.13 is a passive RF shield that is constructed out of two layers of metal. The first layer consists of a 10-inch wide piece of 0.13mm-thick stainless steel, while the second layer is a 2mm-thick brass sheet. The two layers are separated by a 2mm-thick foam isolator, which isolates the shield from its surroundings. The interior of the shield is then lined with a pattern of small copper wires that work to further deflect any RF interference. This particular RF shield is rated up to 1000 MHz, meaning it can block out RF interference up to a frequency of 1000 MHz.

The 10-CBSA-1.75X2.0X0.13 RF shield has two primary applications: automotive and aerospace. In the automotive industry, the shield is used to protect critical electronic components, such as radios and navigation systems, from interference from wireless devices that may be used in the vicinity. In the aerospace industry, the shield is used to protect avionics systems from RF interference from ground-based sources, such as radio towers and airport control towers.

In addition to protecting electronic components from RF interference, the 10-CBSA-1.75X2.0X

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