9762102013

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Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are ubiquitous and can present serious problems for modern electronics. Contact materials provide the essential physical and electrical shielding needed to control electromagnetic radiation.

Fingerstock, Gaskets, and Contacts are commonly used for RFI and EMI Shielding. Fingerstock consists of a thin metal strip, most commonly made from copper, with ridges on one side that snap or lock onto the mating surface to provide a seal. Some finger stock styles are designed to hold electrical contacts as well. Gaskets are commonly used to fill gaps around seals or between two mating surfaces. These are usually made from cut, folded and molded materials such as silicone, neoprene, or graphite, which conduct limited EMI leakage. Finally, Contacts consist of two metal plates located on either side of the shielding port, passing electrical current or data from one side to the other.

In the specific 9762102013 application field, Fingerstock, Gaskets, and Contacts are all used to create a Faraday Cage, a physical shielding technique used to protect electronic equipment from electromagnetic interference. In this application, the combination of materials work together to form a multi-layer shielding system, providing maximum protection against EMI and RFI. The Flexible Fingerstock acts as a physical barrier between the mating materials, while the Gasket creates a seal to prevent any additional leakage. The Contact then serves as the conduit for the electrical current to safely pass through. Ultimately, all the components work together as part of the single Faraday Cage, providing an ideal solution to protect RF, audio, video, and computer signals.

Anytime an electronic component requires RF or EMI shielding, Fingerstock, Gaskets, and Contacts are an ideal solution. By combining the materials in a Faraday Cage, engineers can create a lightweight and cost-effective solution that provides maximum protection against EMI and RFI. Not only do the materials provide the necessary protection, but they are also easy to install and provide a clean and secure seal. In the 9762102013 application field, these materials are especially useful for providing reliable shielding and protection for RF, audio, video, and computer signals.

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