0762790510

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Backplane Connectors are devices used for efficient electrical connectivity in systems. They are used to connect boards and modules, to provide power and data through the contacts. The 0762790510 is a backplane connector suitable for two- and three-row backplane configurations. It is an evolution of the legacy 0762790505, improving its mechanical properties and, in turn, its performance.

Application Field

The 0762790510 backplane connector is ideal for a wide range of applications, including telecom, datacom, and industrial automation. It provides a robust, reliable, and low-profile connection from backplane adapters to backplanes. In addition, its long-term performance is unaffected by thermal expansion or mating conditions, which makes it ideal for use in harsh environments. It is also suited for filling larger number of traces on bigger boards, due to its higher contact density.

Working Principle

The 0762790510 backplane connector is based on a friction contact technology that provides low contact resistance and high velocity. The contacts are designed in an array and the maiting contacts are fed by a two- or three-row conduction grooves. This configuration ensures correct mating of two components with no need for external mating force. When two 0762790510 connectors are mated, the rigid shell ensures mechanical stability and electrical insulation. A tongue-and-groove design locks the two structures together. To separate them, a lever-action clasp is used. The connector also features a bayonet locking mechanism that allows for robust connections in all applications.

The 0762790510 backplane connector is designed to meet the most demanding environmental and electrical performance requirements. Its design insures high contact reliability and maximum utilization of board space, meeting both current and future needs. Its gold plated contacts provide superior electrical performance, and redundant backup power contacts ensure uninterrupted power delivery. Furthermore, the housing is extensively tested for vibration resistance, consistent contact force, and signal integrity to ensure that the connector meets the highest applications’ demands.

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