50006-1048D

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Backplane connectors provide a reliable, long-term link between two components in a system backplane and are often used to connect subsystems and boards in a wide variety of computing, communications, industrial, medical, and other applications. The 50006-1048D backplane connector is a specialized backplane connector designed for high-speed applications. It is capable of data rates up to 12 Gb/s and features a robust and reliable metal shell for secure connections.

The 50006-1048D connector is compliant with RoHS, and has a modified 5-row design with a total of 48 contacts. It is typically mounted onto the PCB using thread-locking screws and is designed to meet the air gap requirements of high-speed backplanes. The connector has a keyed housing that ensures the correct alignment to the mating connector for reliable and stable signal transmission.

50006-1048D Application field

The versatile and reliable 50006-1048D connector can be used for a wide range of applications, including:

• Computer system backplanes
• Routers and switches
• Embedded system controllers
• Gigabit Ethernet applications
• Multi-Gigabit communication interfaces
• Storage systems
• Industrial automation applications
• Robotics or motion control systems

Working Principle

The 50006-1048D connector is a high-performance, single-ended connector that employs differential transmission. It does not employ a ground return path as with some other backplane connectors. Each differential pair in the connector is composed of two signal pins, and each pair is capable of transmitting a separate modulation waveform. For each pair, both signal pins transmit and receive the same modulation waveforms, but at different amplitudes.

The 50006-1048D connector serves two primary functions; first, it functions as an interface between two components (such as backplanes) and second, it functions as a conductor that conveys the signal (the differential transmission) between the two components. The connector is designed in such a way that it can manage the electrical, mechanical, and environmental factors that affect the connector’s performance and signal integrity during critical applications.

The connector has a total of 48 contacts, arranged as a 5x5 grid, with 4 contact points per row. Each row is designed to be populated with different signals to provide maximum flexibility and reduce the need for manual re-routing. The signals are controlled by the differential pair technology, which consists of two signal pins, with one pin transmitting an inverted signal and the other receiving it. This ensures that any noise encountered during the transmission is rejected based on the phase difference between the two signals and reduces the potential for interference or errors.

The 50006-1048D connector provides superior impedance control, along with robust shielding, to ensure improved signal integrity and transmission speeds up to 12 Gb/s. It also includes individual shielding for each differential pair to further reduce noise and interference. The connector is also designed to meet RoHS requirements and is designed to ensure long-term operation for demanding applications.

Conclusion

The 50006-1048D is a specialized backplane connector designed for high-speed applications. It is constructed from high-quality components for reliable signal integrity and can handle data rates up to 12 Gb/s. The connector is suitable for a wider range of applications such as computer system backplanes, routers and switches, embedded system controllers, Gigabit Ethernet applications, multi-Gigabit communication interfaces, and more. The connector is also compliant with RoHS standards and includes individual shielding for each differential pair to reduce interference and improve signal integrity.

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