51731-089STLF

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Backplane connectors are designed to provide physical, electrical and signal integrity connections between backplane boards and cable assemblies in a wide range of applications. 51731-089STLF is a specialized backplane connector designed for high-speed communications applications. It is widely used in communications, industrial control, automotive and homeland security systems.

The 51731-089STLF has an electrical bandwidth of 6GHz and a contact resistance of 40mΩ max. Its reliable connectionability and durability make it ideal for applications requiring high speed data transmission and very low crosstalk. The 51731-089STLF has an ultra-low profile design, with a height of only 0.237 inches, and a weight of only 0.119 lbs. It is also RoHS compliant for environmental safety and has been ship-tested to the 0.90 coefficient of friction per MIL-T-81714.

The 51731-089STLF has a wide variety of applications including satellites, high-speed communication systems, wireless networks, radio frequency systems, cellular base stations, and fiber-optic communication systems. Its unique design allows for superior heat dissipation, EMI reduction, and signal integrity performance. It is capable of handling high power applications with its gold plated contacts, and its operating temperature range allows for long-term use in a variety of environments.

The 51731-089STLF is designed to mount to a standard backplane and has four differential signal pins that meet signal requirements for high speed, very low crosstalk, and high bandwidth applications. It has a plug-in port assembly and is compatible with most backplane systems. It uses a push-pull mechanism to secure the connector in place, preventing accidental release of connections. Additionally, the 51731-089STLF utilizes two keying features to eliminate improper mating connections.

The 51731-089STLF provides a high-performance solution for data transmission and signal integrity applications. Its superior isolation and shielding provides a reliable connection and allows for high frequency signals to be transmitted reliably and with low crosstalk. Additionally, its low profile and push-pull mating style provides improved user safety and convenience. Finally, it is able to withstand a wide range of temperatures, making it suitable for use in a variety of environments.

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