51710-026LF

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The 51710-026LF is specialized backplane connector designed for a variety of applications. It is commonly used in high-performance digital systems such as network servers, storage systems, and enterprise switching applications. It can also be used in telecom, industrial, and control systems. It is a board-to-board, flexible connector with a low profile design that uses a two-row configuration.

The 51710-026LF backplane connectors are designed with gold-plated contacts and a dielectric withstanding tension of 350 Volts for maximum durability. They feature snap-in or screw locking for secure mounting and a center contact design that evacuates any dust or dirt from the contact area. They are rated for 500 mating cycles, which ensures a longer service life. The contact resistance is 5 m Ω at 20 mA, ensuring reliable transmission and accuracy of the signals.

The 51710-026LF connectors feature hot plugging capabilities, which is beneficial in mission critical applications where quick and reliable module insertion is needed. They use scoop-proof contact technology to prevent contact damage when inserting or withdrawing modules. The connectors also use a latching mechanism to secure the connection when it is inserted and to ensure secure mating.

The 51710-026LF connectors are configured with two rows of 12 contacts and are compatible with PCIe 3.0 data rates. They have a working frequency up to 8GHz and a maximum current rating of 8 A per contact. The connectors are also able to withstand temperatures up to 105 degrees Celsius and have a high level of EMI protection.

The 51710-026LF connectors address the need for a backplane connector that can handle increased system density, high performance, and reliable signal transmission. The connectors have a high bandwidth and are able to transfer data at high rates, making them ideal for server, storage, and telecom applications. They are designed to reduce signal loss and crosstalk, resulting in increased reliability and signal integrity. In addition, they are designed to be cost-effective and durable, making them especially well suited to complex applications.

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