0C97056915 RF/IF and RFID

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Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are sources of electromagnetic energy which can be disruptive to electronic systems and devices. RFI and EMI can cause interference with communication systems, radio signals, and even TV and radio reception, and can lead to data errors, false triggers, and even instrument damage. To protect devices from RFI and EMI, special contact materials must be used in the majority of electronic assemblies.

The 0C97056915 Contact Field and Working Principle is used to provide electrical conducts, mechanical force, or both, by contacting one or more surfaces of devices and components. This contact material consists of a pliable spring element such as a fingerstock, which is typically made of a spring steel material such as SPC or C3730. This spring element is then coated with a gasket such as gold, nickel, or chrome plated copper, allowing it to contact electrical components and circuits.

Fingerstock is used to hold the contact material in a manner that will help ensure a secure connection between the contact and the device being connected. Fingerstock is designed to provide a contact path that will resist corrosion over time, and prevent contact bounce, which can lead to low data throughput and signal loss. Fingerstock also serves as a shock absorber, reducing EMI emissions that can lead to device failure.

Gaskets are used in the contact material to provide the necessary electrical isolation between components. Gaskets are typically made from conductive elastomers or dielectric materials, and are designed to seal the contact area and prevent any foreign particles or moisture from coming in contact with the contact area. Gaskets are available in a variety of shapes and sizes, and are designed to provide a tight seal around the contact material, eliminating the possibility of EMI leakage.

In addition to providing contacts and gaskets, the 0C97056915 Contact Field and Working Principle also includes the application of cleaning inserts, grommets, and spacers to ensure proper alignment of the contact material. These components are designed to minimize the risk of wear and tear that could lead to poor operation, while also aiding the contact in making a secure connection.

By utilizing the 0C97056915 Contact Field and Working Principle in RFI and EMI protection, many everyday electronic assemblies benefit from improved performance and reliability, as well as reduced risk of damage and failure. This contact material is designed to provide excellent electrical isolation and protection from interference, while ensuring a secure and reliable connection to components and circuits.

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