0751952514

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Backplane connectors are an important component for high-speed motherboard and embedded system designs. The 0751952514 is a specialized backplane connector designed to provide reliable and robust jam-proof performance in critical applications. It is specifically designed for Fast Ethernet, Gigabit Ethernet, and Fibre Channel applications. This backplane connector is robustly characterized and has a profile and keying that support a wide range of design configurations.

The 0751952514 backplane connector is compatible with high-speed Ethernet and Fibre Channel protocols and has a high current capacity with an optimized design for crosstalk protection. It is composed of a series of male and female connector modules that are mated together and inserted into the backplane board with header pins. The 0751952514 connector utilizes one or two rows of pins and is typically configured with four to eight pins, depending on the application. It has a backplane current rating of up to 8 amps and a maximum total power dissipation of up to 4 watts.

The working principle of the 0751952514 connector is based on the idea of creating a variety of channels for the data to travel through. The connector utilizes shielded and twisted pair data cable along with terminate headers to create a differential impedance structure on the board, which allows the data signals to travel in a controlled manner down the board without suffering from cross-talk. The connector also utilizes high current capacity contacts that provide excellent electrical performance and low resistance connections. This allows the connector to maintain high-speed signal integrity while running at the data rate required for the specific application.

The 0751952514 connector is designed to provide reliable, jam-proof performance for Fast Ethernet, Gigabit Ethernet, and Fibre Channel applications. The connector is designed to be robustly characterized and can handle up to 8 amp current, and has a maximum total power dissipation up to 4 watts. The use of shielded and twisted pair cables along with terminate headers provides a differential impedance structure on the board, which allows data signals to travel in a controlled manner without suffering from cross-talk.

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