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Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are both forms of interference with the normal operation of electronic devices. In some places, the two can be considered to be synonymous, but in general, RFI refers to interference with radio and/or television signals, while EMI refers to interference with electrical and electronic devices and systems. Prevention of RFI and EMI is an important consideration when designing modern electrical and electronic systems.

In order to effectively contain or limit RFI and EMI, it is necessary to use appropriate contacts, fingerstocks and gaskets. As the interface between components, contacts, fingerstocks and gaskets are essential in containing RFI and EMI.

The contacts, fingerstocks, and gaskets that are used for controlling radio frequency interference and electromagnetic interference are also known as RFI and EMI contacts. RFI and EMI contacts are available in several materials, such as stainless steel, brass, and aluminum. They can be used to electrically and mechanically seal the gaps between components in a system, preventing electromagnetic fields from escaping and entering the system. Additionally, they are designed to provide physical support and alignment between components, improving the overall system\'s mechanical and electrical performance.

The working principle of these contacts, fingerstocks, and gaskets is essentially to limit the amount of RFI and EMI that is radiated into or out of a system. This is done by providing a physical barrier between components in the system, which limits the amount of electromagnetic radiation that can be emitted or received. Additionally, these contact, fingerstocks and gaskets are designed to provide a high-level of electrical insulation between two components. This prevents any short circuit current from forming and interfering with the system.

RFI and EMI contacts, fingerstocks and gaskets can be used in a wide range of applications, such as in telecommunications, electronics, power and automotive systems, to name a few. In telecommunications, for example, these contacts, fingerstocks and gaskets can be used for creating mechanical and electrical barriers between components, reducing the amount of RFI and EMI that is experienced in the system. In automotive systems, these contacts, fingerstocks and gaskets also provide insulation between components, improving system performance and safety.

The use of RFI and EMI contacts, fingerstocks and gaskets is a cost-effective and reliable way to reduce or eliminate interference with a system. By properly designing and installing appropriate RFI and EMI contacts, fingerstocks and gaskets, it is possible to reduce the amount of RFI and EMI experienced in a system, thereby reducing its susceptibility to interference and helping to ensure its reliable operation.

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