0098051502

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RFI and EMI – Contacts, Fingerstock and Gaskets

Radio frequency interference (RFI) and electromagnetic interference (EMI) are two distinct issues that can cause transmission problems over electrical connections and devices. The 098051502 application field and working principle can prevent transmission disruption from RFI and EMI. The 098051502 technology utilizes fingerstock, gaskets, and contacts to create an effective RF shield.

Fingerstock

Fingerstock are pieces of metal fingers or rods that form an interlocking design. The fingerstock are designed to form a assembly that acts to create a RF barrier when connected. The fingerstock can typically be composed of steel, brass, copper, or even anodized aluminum and are routinely available in different lengths and thicknesses. The 098051502 application field and working principle utilizes fingerstock to create an efficient RF shield.

Gaskets

Gaskets are typically composed of silver, stainless steel, or rubber and are designed to be placed between two mating surfaces. The gasket material acts to absorb the vibration, thus eliminating potential interference from EMI and RFI. In order for a gasket to perform well, the surfaces must be parallel, reasonably flat, and clean to ensure proper function. The 098051502 application field and working principle incorporates gaskets to create a RF barrier.

Contacts

Contacts are often used within an electrical system and are used to create a connection between two surfaces to facilitate a reliable and secure signal. Contacts can be used to enhance the installation by improving signal frequency and system power. Contacts are also used in the 098051502 application field and working principle to provide an efficient RF shield.

A combination of fingerstock, gaskets, and contacts is used in the 098051502 application field and working principle to form an effective RF shield. The pieces of fingerstock are used in an interlocking design to block RF from entering or leaving the device. Gaskets are used to absorb vibration and stop EMI and RFI from entering the device. Finally, contacts are utilized to create a secure connection between two surfaces and facilitate a reliable signal.

The 098051502 application field and working principle, when properly implemented, can effectively protect electrical devices and systems from RFI and EMI. The fingerstock provides the foundation of the RF shield, gaskets are used to absorb vibration and stop EMI and RFI from entering the device, and contacts are used to provide a secure connection and facilitate a reliable signal. When combined, these components act to create a functional RF shield.

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