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RFIs (Radio Frequency Interferences) and EMIs (Electromagnetic Interferences) are most commonly created as a result of the interference created by the radio waves that occur while transmitting data from one point to another. These EMIs can create interference in other pieces of electronic equipment, thus posing a risk of electrical interference or wireless network failure. Therefore, it is essential to properly shield these signals to prevent any kind of disruption and/or loss of data. This is where contacts, fingerstock and gaskets come in.

Contacts, fingerstock and gaskets are mainly used to prevent any kind of electromagnetic interference between two points. Fingerstock and contacts are made from materials like copper and brass, which are highly conductive. They have the ability to transmit the data between two points without any distortion, helping to ensure data integrity. Gaskets are made from materials like neoprene, rubber, or foam, and work to reduce any form of RF/EM interference caused by equipment placed close to them.

Contacts are used to make electrical connections between points that need to be linked. This includes adding or removing a line of data, or to adjust power level between two points. The contact itself is usually made of brass and copper. It also contains a special coating that further eases the electrical flow between the points. Contacts are used mainly inside equipment and other small devices and components, but can also be used to connect two items together as long as a contact point is established.

Fingerstock is a flexible strip of material commonly used to connect two points in a circuit together. It is usually made from copper or brass, but may also be created out of other materials such as steel, rubber, or plastic. The fingerstock is used to connect two points in an application field and measure contact resistance between them. The resistance is usually measured using ohms and is usually quite low compared to other materials and components.

Gaskets, on the other hand, are used mainly to reduce the amount of RF/EMs that may be caused due to equipment placed close to it. Gaskets are created from a variety of materials like neoprene, rubber, foam, etc. and are designed to reduce the amount of electric or magnetic leakage from shielding the devices internal components. The gasket helps to block any interfering signals from entering the equipment or leaving it, thus ensuring a high-level data transfer integrity.

In conclusion, it is clear that contacts, fingerstock and gaskets are important components in RFIs and EMIs applications to ensure data integrity. They are used to ensure a direct connection between points and measure contact resistance, while also reducing RF/EM interferers from entering or leaving the equipment. Therefore, they are essential tools for any application field.

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