10114865-001LF

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The 10114865-001LF is a type of backplane connectors specialized for data communication. It is designed for use in tight spaces, and it is capable of connecting large groups of internal components in electronic devices. It is commonly found in high-performance applications, such as telecoms, routers, switches, base stations, SONET, 10G networks, and Ethernet.

The 10114865-001LF has two types of contacts, the male and female. The male contacts are found on the board side and the female contacts are found on the cable side. It features a 28 AWG latchless cable for greater flexibility, and the connectors have a wire protection device. The connectors are made from stainless steel to ensure a long-lasting, high-quality connection.

The 10114865-001LF is designed to provide superior signal integrity and reliable, secure connections. It also features a low insertion/extraction force that enables easy connection and disconnection. This ensures that the connections will stay secure and stable during operations.

The 10114865-001LF has an array of application fields. It can be used for data communications and networking in both telecommunication and wireless applications. It is also suitable for applications where high-speed data transfers are required, such as synchronous optical networks (SONET), 10 Gigabit Ethernet (10GbE) and Asynchronous Transfer Mode (ATM).

The 10114865-001LF\'s working principle is simple. Data signals are routed through the backplane connectors and then sent to the other contacts. This allows for efficient and reliable communication between the components on the device\'s board. The connectors ensure that the signals remain secure and the data is transmitted accurately between the contacts.

The 10114865-001LF is an ideal choice for applications that require robust, reliable, and secure data connections. It is highly durable and capable of sustaining harsh conditions. It provides superior signal integrity and can be used in a wide range of communication and networking applications.

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