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RFI and EMI- Contacts, Fingerstock and GasketsRadio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are two forms of interference encountered when using electrical signals, and can interfere with each other. Ensuring that electrical signals are insulated from electromagnetic fields is essential to achieving reliable and accurate signals in any application. Contacts, fingerstock and gaskets are components which are specifically designed to provide RFI and EMI shielding, by reducing the levels of interference between electrical signals.When an electrical signal is transferred between components, contact surfaces are used to form the connection. Contacts in RFI and EMI critical applications may be subject to a variety of forces such as mechanical shock, vibration, pressure, temperature changes and electrical current. To ensure reliable electrical connections, the contact surfaces must be made of highly resilient material to offer a low-resistance connection which minimizes contact wear and maximizes contact life.Fingerstock is a specialized form of conductive material which provides a resilient contact surface for RFI and EMI critical applications. Fingerstock is commonly used to form a mechanical interlock between two components, and also provides a low-resistance connection. Fingerstock is typically used where contact components are subject to shock and vibration, as it is able to remain in contact with the mating surface despite these forces. Furthermore, fingerstock is highly resistant to temperature variations, moisture and oxidation, making it a suitable contact material for providing reliable electrical connections in RFI and EMI critical applications.Gaskets are also used in RFI and EMI critical applications, as they provide a physical shield which increases the electrical isolation between two components. Gaskets are commonly used to provide a low-resistance protective layer between the contact surfaces of two components, thus reducing the levels of interference between electrical signals. Gaskets are also resistant to temperature, moisture and oxidation, making them an ideal choice for providing reliable and accurate signals in RFI and EMI sensitive applications.In conclusion, contact surfaces, fingerstock and gaskets are components which play an essential role in providing reliable and accurate electrical connections in RFI and EMI critical applications. By providing a low-resistance connection, as well as a physical and/or electrical shield between two components, contacts, fingerstock and gaskets are able to reduce the levels of interference between electrical signals. This allows for stealthier, more efficient and reliable communication, thus making them an essential component in RFI and EMI sensitive applications.

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