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Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are both broadcast energy sources that can cause interference in electronic systems. The term "RFI" refers to radio frequency energy, while EMI is a broader term that includes various types of electric energy sources. Contacts, Fingerstock and Gaskets are three essential components used in RFI and EMI applications to help reduce interference to electronic systems.

Contacts

Contacts provide the main electrical connection between the two ends of an electrical circuit. They act as a bridge to help ensure proper connection between the components in an electrical system. Contacts are made from metals that can hold up to high temperatures and resist corrosion. These contacts must be placed between two pieces of electronics in order to create the electrical connection. For RFI and EMI applications, contacts must be made from a conductive material with a low resistance.

Fingerstock

Fingerstock is made from an electrically conductive material and is used to ensure a mechanical connection between two components in an electrical system. It is typically used for grounding purposes, as it helps provide a reliable electrical connection between two components. Fingerstock can also be used to protect components from interference and to reduce RFI and EMI levels. For RFI and EMI applications, the fingerstock must be made from a conductive material with a low resistance.

Gaskets

Gaskets are designed to help ensure a reliable air- or water-tight seal between two components. Gaskets are typically made from rubber, foam and/or other materials that can resist corrosion and provide insulation from moisture and other contaminants. In RFI and EMI applications, gaskets are used to reduce the amount of interference that can occur between the two components. Gaskets are also used to prevent the buildup of static electricity and to protect components from damage caused by vibration or shock.

RFI and EMI application fields and working principles provide an inherent solution to the problems of radio and electrical interference. By utilizing contacts, fingerstocks, and gaskets, engineers and technicians are capable of shielding devices from interference from external sources. The effective implementation of these components ensures the reliable and safe operation of the electronic system.

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