78085099

Series:	ECCOSORB®
Part Status:	Active
Type:	Absorbing Sheet
Shape:	Sheet
Width:	24.016" (610.00mm)
Length:	24.016" (610.00mm)
Material:	Polyurethane Foam
Operating Temperature:	--

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RFI and EMI - Contacts, Fingerstock and GasketsRadio Frequency Interference (RFI) and Electromagentic Interference (EMI) are disruptive forces in the transfer of energy and signals from one source to another. Without proper shielding or containment, energy and signal transfers can be adversely affected and lead to malfunction or equipment damage. This is why electrical contacts, fingerstock and gaskets are essential components in preventing RFI and EMI from impacting an application. When discussing contacts, fingerstock and gaskets, it is important to consider their purpose and function in the application. Electrical contacts are small components that create a physical and electrical connection between two components or subsystems, allowing energy and signals to pass between them. Fingerstock is typically used on connectors to create a physical and electrical connection between two mating parts. Gaskets, on the other hand, are typically used on cable and conductor assembly applications to physically and electrically insulate and seal off electrical components and subsystems. The purpose of all contacts, fingerstock and gaskets is to prevent the passage of electrical currents between adjacent electrical paths or components, ultimately blocking or isolating those components from one another. This is done so that RFI and EMI is effectively blocked from radiating between the two components or subsystems, ultimately preventing any interference and ensuring proper operation of the entire system. In addition to their insulation and blocking properties, electrical contacts, fingerstock and gaskets can also be used to reduce losses within a system by creating a low resistance path for current to flow. This can be done by selecting components with low electrical resistance materials such as copper, silver or gold. These materials are ideal for reducing the resistance of the path between two components as they have lower resistance than other materials. Moreover, electrical contacts, fingerstock and gaskets can also reduce EMI radiation and attenuate the electrical noise generated by high-frequency signals. This is especially true for gaskets, which can be used to surround a conductor assembly with a ferromagnetic material, ultimately blocking the generated EMI from radiating away from the system. Additionally, EMI can be attenuated by utilizing components which possess high impedance characteristics, trapping and dissipating the electrical noise before it can cause any interference with other components or subsystems.As mentioned previously, electrical contacts, fingerstock and gaskets are all essential components of an electrical system as they provide the necessary insulation and containment needed to ensure the system operates properly. Without these components, the system would be susceptible to outside influences such as RFI and EMI, possibly leading to system malfunction or even complete failure. Therefore, it is important to select components with the proper specification and material to ensure the system performs as required and is reliable in operation. In conclusion, electrical contacts, fingerstock and gaskets are indispensable components in any system which relies upon the transmission of energy, signals and data. By providing proper shielding and insulation from outside influences, these components ensure the smooth operation of the system by preventing RFI and EMI from causing disruptions. Furthermore, these components can also reduce losses and attenuate electrical noise, further improving system performance and reliability. When selecting components for an application, it is important to take into account the purpose and function of the given components and select the right one for the job.

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