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RF and EMI materials are important components for ensuring the reliable operation and performance of electronic systems. One type of important RF and EMI materials are contacts, fingerstock, and gaskets. Each item has their own unique applications and working principles.

Contacts

Contacts are parts used to connect two or more conductors or circuits. Contacts are available in a wide range of technologies, sizes, configurations, and materials. Contacts are typically used in applications where data and digital signals are transmitted. When two contacts are connected together, they form a contact pair. In order for the connection to be reliable, the contact pair must make a good electrical connection and the surface must be made smooth, which is typically accomplished by gold plating. Contacts are also used in high-current applications, such as relays.

Fingerstock

Fingerstock is a type of spring material used to make mechanical contacts for a variety of applications. It is usually made of a ferrous or non-ferrous material and is usually manufactured in a long strip or coil. Fingerstock is commonly used to create contact pairs in switching and relay applications. The strip is usually cut and formed into a finger stock shape. This can be done by punch press or laser cutting. Fingerstock can also be combined with other contact materials, such as silver plating, gold plating, or copper plating.

Gaskets

Gaskets are used to fill gaps or spaces between two surfaces in order to form a seal. Gaskets are usually made of a material such as rubber, which can be compressed to form a tight seal between two surfaces. Gaskets can be used in a variety of applications, such as electrical systems, automotive systems, and industrial machinery. Gaskets are also used to seal off dust and water particles, and reduce noise.

RF and EMI contacts, fingerstock, and gaskets are all important components for the reliable operation and performance of electronic systems. Each of these materials has unique applications and working principles, and should be chosen carefully based on the specific requirements of the application. By doing so, it is possible to ensure that the electronic system will perform reliably and efficiently.

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