0098060709

Series:	Clip-On
Part Status:	Active
Type:	Fingerstock
Shape:	--
Width:	0.330" (8.38mm)
Length:	16.000" (406.40mm)
Height:	0.280" (7.11mm)
Material:	Beryllium Copper
Plating:	Nickel
Plating - Thickness:	299.21µin (7.60µm)
Attachment Method:	Clip
Operating Temperature:	121°C

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RF&I and EMI-Contacts, Fingerstock and GasketsRF&I (Radio Frequency Interference) and EMI are recognized as worldwide problems. These emissions can interfere with other electronic equipment or even cause a loss of signal strength. To prevent such interference Telecom engineers and designers need to ensure that electronic components are properly shielded and grounded. There are several steps that must be taken in order to reduce the chances of RF interference and to improve signal strength. One of the most important steps is to use shielded and grounded contact materials. Contacts are metal parts used to connect two or more signal paths. They are designed to reduce the amount of energy that can escape from an electrical circuit. This helps to prevent noise, interference, and crosstalk from entering the circuit. Contacts are commonly found on circuit boards, switches, connectors, relays, and other electronic components.Fingerstocks, also known as rivet contacts, are a type of contact used to provide a secure connection between two surfaces. They are typically designed with flat or rounded contact surfaces in order to provide optimal contact and a low electrical resistance. Fingerstocks are commonly used in applications that are exposed to high temperatures and need to maintain a secure contact at all times.Gaskets are another type of contact which, unlike metallic contacts, provide electrical insulation between two surfaces. These are usually made from non-conductive materials such as rubber or silicone. Gaskets are commonly used to seal connections between two surfaces, providing a layer of insulation that prevents energy from leaking out of the circuit.Overall, RF&I and EMI contacts, fingerstocks and gaskets have become an essential part of today’s electronics. These components are critical in creating shielding and grounding solutions that protect electronic equipment from interference and other forms of energy leakage. Their use is becoming increasingly more critical as technology advances and the number of electronic systems increases. It is important to ensure that the right contact type is selected for a particular application in order to maximize shielding and grounding performance.

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