4571EV51K00451 RF/IF and RFID

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     RF and EM interference presents a major obstacle to global communication, even when two signals are communicating with perfect clarity. Designed to reduce interference, the 4571EV51K00451 is a high-performance, self-served contact which can be placed between two components to prevent interference from obstructing signal clarity. This contact belongs to the category of RF and EM interference contacts, fingerstock and gaskets.

    Application Fields and Working Principles

     The 4571EV51K00451 is designed to reduce interference and provide a secure connection between two components. It is ideal for applications where RF and EMI are a concern, such as high-speed communication systems, broadcast systems, telecommunication networks, and medical electronics. The contact is also suitable for use in data centers, where it can help reduce the amount of interference that may enter existing systems.

     The contact works by constructing a conductive barrier between two components, eliminating any possible interference. It is designed to have the highest possible surface contact area, providing a secure connection with no possibility of disconnection. Furthermore, the contact is designed to dampen any potential RF or EM interference created by the connected components.

     The contact is available in a variety of shapes and sizes, allowing it to be used in different applications. Its dimensions range from 0.110” (2.8mm) to 0.236” (6.0mm). It also offers unique features such as an EPDM isolation gasket, which provides additional protection against interference. Additionally, its construction ensures that it is highly durable and reliable in hostile environments.

     In conclusion, the 4571EV51K00451 is an ideal solution for reducing RF and EM interference in communication systems, broadcast systems, telecommunication networks, and medical electronics. It is designed to provide high performance connection with maximum surface contact area, providing a secure connection. Furthermore, it is highly durable and reliable in hostile environments, making it a great choice for applications where RF and EMI are a concern.

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