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Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are two of the most common causes of electrical interference that affect electronic systems or components. RFI and EMI can cause system or component failures, and also can affect system performance and reduce the quality and reliability of data transmission. RFI and EMI come from sources like electrical appliances, such as televisions and radios, cell phones, computers, and electronic devices. In order to reduce the effects of RFI and EMI, it is necessary to use contacts, fingerstock, and gaskets made of materials that are designed to reduce the amount of electromagnetic interference.

Contacts

Contacts are made from materials like gold, silver, copper, and alloys and can be produced in any desired configuration, ranging from simple two-part contacts to complex arrangements. Contacts generally consist of two parts: a contact body and a mating contact. The contact body is the part that is mounted on a piece of electronics, usually with some type of connector. The mating contact is the part that is intended to make contact with the other piece of electronics, such as a wire, terminal, or another contact. The contact body and mating contact are typically connected by a screw-type terminal, which helps ensure a good connection. Contacts can be designed to reduce EMI by using materials that absorb electromagnetic signals, such as silver and copper.

Fingerstock

Fingerstock is a type of material that is often used to create gaskets and other seals in order to protect electronic components from EMI. Fingerstock is composed of metal with a plastic backing, and is designed to provide a tight seal when pressed against two surfaces. Fingerstock is available in a variety of shapes and sizes, and is designed to create a tight connection, preventing the escape of EMI. Fingerstock is often used in combination with contact body and mating contacts, as it can provide additional protection from EMI.

Gaskets

Gaskets are an essential component to reduce the effects of EMI. Gaskets are created using materials that are designed to absorb electromagnetic signals, such as copper or silver-plated steel or aluminum. Gaskets can be used in combination with contacts or fingerstock to create additional levels of shielding. When gaskets are used in combination with contacts and fingerstock, they can provide a much more effective shield from EMI.

In conclusion, contacts, fingerstock, and gaskets are all important components to consider when designing a system that is intended to work with EMI. These components can help reduce the effects of EMI and ensure that the system runs efficiently and reliably. In order to ensure that the system is optimized for efficient and reliable operation, it is important to choose the right materials, and to use them in the right way.

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