0097021602

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RFI and EMI protection products are essential devices for protecting electronic equipment from damage to sensitive components and ensuring reliable operation. Contacts, fingerstocks, and gaskets are a key component in any system designed to protect electronic equipment from radio frequency interference (RFI) and electromagnetic interference (EMI). The numbered description 0097021602 refers to a specific type of gasket, a conductive foam gasket designed to prevent EMI penetration.

For RFI Protection Gaskets, the number “0097021602” typically refers to a conductive foam gasket which has qualities that make it suitable for use in EMI-shielding applications. This type of gasket is composed of a foam core, typically polyurethane foam, along with a metalized vinyl cover. The metalized vinyl cover provides shielding by reflecting away, or attenuating, any RFI or EMI that may be generated. The foam core of the gasket is designed to act as a soft spring, and helps maintain constant contact pressure on the mating interface. This is critical in order for the shielding material to maintain a continuous electrical path, which is necessary for maximum attenuation of unwanted RF signals.

Conductive foam gaskets are typically used in applications where increased EMI shielding is necessary, such as medical equipment, aviation instrumentation, industrial control systems, and military systems. Their advantage over other types of shielding is that they are easy to install, and they provide a reliable and cost-effective way to reduce RFI and EMI. They are also available in a wide range of shapes, sizes, and materials, and so can be customized to meet a wide range of requirements.

Contacts typically refer to a joining component within an electronics system, such as a connector, switch, or relay. They are used to make electrical connections between components, and ensure that no electrical potential difference exists between the components. Contacts are usually made of conductive metal, and are often plated, coated or treated with dielectric material to increase their electrical properties. Most contacts will also have a means of creating mechanical stability, such as clamps or springs, so that they can stay in contact with one another even when subjected to vibrations or shocks.

Fingerstocks are another type of joining component used within electronics systems. They refer to thin, finger-like pieces of metal that are designed to be connected at both ends in order to form an electrical or mechanical connection. They are used to maintain a contact between two metal parts, such as between a contact and a printed circuit board, and are usually made of copper or nickel. Fingerstocks are typically installed using soldering or adhesive bonding methods, and may be coated with a thin layer of insulation to prevent electrically-induced malfunction.

Gaskets provide a seal between two mating surfaces, thus preventing the movement of air between them and creating mechanical static stability. They are made of flexible materials such as rubber, paper, fabric, foam, plastic or metal mesh, and are usually used to create a seal between two components of an electronics system or between two physical surfaces. Gaskets, like the conductive foam gasket described in the numbered description 0097021602, are often used to create an effective EMI or RFI barrier.

In summary, the numbered description 0097021602 refers to a conductive foam gasket which is specifically designed for use in EMI shielding applications. Contacts are used to make electrical connections between two components, and fingerstocks are used to make connections between two metal parts. Gaskets, meanwhile, are used to create a seal between two physical surfaces, and may also be used for EMI or RFI protection. All of these components, when used together, form the basis of effective EMI and RFI protection solutions.

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