51940-471LF

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Backplane Connectors - Specialized

Backplane connectors are specialized connectors designed for use in applications where high data transfer speeds and reliability are needed. They are commonly used in computing and networking equipment, as well as telecommunication and industrial applications. The 51940-471LF backplane connector is an example of this type of connector.

Application Fields

The 51940-471LF backplane connector is commonly used for a wide variety of applications, including:

• Networking equipment
• Telecommunication systems
• Data centers
• Industrial automation systems

It is designed to fit within tight space constraints, while still providing high signal integrity and reliable connections. It is also designed to be resistant to external electromagnetic interference, ensuring that the data is not corrupted during transmission.

Working Principle

The 51940-471LF backplane connector is designed to connect a set of printed circuit boards together. The connection between the boards is made using vertical-mount female connectors on the backplane, held in place by metal clips. The contacts are located between the boards, allowing for high-speed transfer of signals between them. The contacts are designed to fit between two mating surfaces, such as two adjacent boards, providing a reliable connection.

The backplane connector is designed to provide high data transfer speeds and reliable connections in applications with tight space constraints. It is also designed to be resistant to electromagnetic interference, ensuring that the data is not corrupted during transmission. The design of the connector also ensures that it will remain secure even when subjected to vibration or shock.

The 51940-471LF backplane connector is designed to provide reliable data connections in a wide variety of applications. Its design is optimized for high-speed data transmission and reliability in tight spaces, making it a popular choice for use in networking equipment, telecommunication systems, and data centers.

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