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51673-001LF Application Field And Working Principle

Backplane Connectors - Specialized are specialized connectors used to connect a circuit board that has multiple components. They are generally larger than other electronics connectors. Backplane connectors provide a complete connection path between multiple circuit boards, and allow components from different circuits or boards to be plugged together without adding additional connections.

The 51673-001LF is a backplane connector optimized for high-speed signal transmission. It is designed for applications that require high-speed transmission, such as rack mountable systems, data centers, or communication systems. The connector has a compact size that allows it to fit in limited space applications. It can also be used in a variety of applications that require reliable and high-speed connections.

The 51673-001LF backplane connector is made of two rows of gold-plated contacts, and has a standard 0.6mm pitch. The connector has dual pin-outs with a single IDC terminal. This terminal has two contact pins, one for data transmission and one for power input. The dual pin-outs make it compatible with a wide range of devices, as long as they have a compatible pin-out.

The connector has a high temperature rating that is well-suited for high-speed communication. It also has excellent mechanical performance, and its strength is able to withstand vibration. The 51673-001LF operates at up to 5GHz, making it ideal for high-frequency signal transmission, and offers excellent signal integrity.

The 51673-001LF has an eyelet spacing of just 5mm, making it ideal for slim devices. It is available in two mounting options, either through-hole or solderless. The terminal area is surrounded by a springlock to ensure a secure connection between the connector and the device.

The 51673-001LF backplane connector provides reliable, high-speed connections. Its small design allows it to fit in limited space applications, and it is suitable for a wide range of uses. Its superior mechanical performance and excellent signal integrity make it an ideal choice for high-speed data transfer applications.

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