5176916-1

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Backplane Connectors - Housings are components with robust mechanical and electrical connection for multiple connecting pins. The 5176916-1 module is a high-performance interface module that consolidates its functions into one single piece, as a cost-effective and efficient alternative to other long connector options. It provides an ideal interface solution for high-speed, high-density applications on the backplane.

Application Field

The 5176916-1 backplane connector housing offers many advantages that make it well suited to a variety of applications, including telecommunications, industrial, military and other high-performance systems. It provides a secure connection to printed circuit board (PCB) assemblies, as well as a reliable signal through multi-row contact cards. The module is also compatible with several other industry-standard backplane solutions, including CPU, SFP and PCIe expansion boards. It is also specifically designed for maximum connectivity, making it a versatile solution for many applications.

An ideal application for the 5176916-1 backplane connector housing is within telecommunications equipment. Its efficient, cost-saving design allows for more economical use of space while providing high performance data transmission. It is also suitable for industrial applications, providing a low-profile interface for PC boards, as well as a fast, reliable connection for multiple signal paths with minimal signal degradation. Additionally, the 5176916-1 serves well in military applications, as its small size is an advantage in tight space requirements.

Working Principle

The 5176916-1 module uses a combination of connector hardware and contact cards to establish and maintain the connection. Its design consists of outer body and inner body components, along with the contacts and pins that connect to the PCB. The module’s two bodies are secured together with snap-in fasteners, which are then closed tightly around the contact card that is inserted in between them. This provides to secure connection and maximizes contact reliability between the module and PCB.

The contact cards contain multiple rows of conductive copper strips, which bridge the gap to the other surrounding components on the PCB and enable data transmission. The strips are made from a high-performance alloy that minimizes signal degradation, and is designed to withstand high temperatures without suffering performance loss. Additionally, the contact cards contain a robust spring and latching mechanism that secures the connection to ensure reliable performance over the long term.

The module also features special sealing techniques, such as built-in seals and protective coverings, that protect the contact cards from environmental contaminants and improve overall system reliability. Additionally, the module’s design allows for an easy transition between differing contact card configurations, making it an ideal solution for applications that require a high degree of flexibility.

Overall, the 5176916-1 module provides a robust, reliable solution for a variety of applications, and its design is ideal for both high-speed and high-density applications. Its easy transition between differing contact card configurations, internal sealing techniques, and its small, low-profile design, make it an efficient, cost-effective solution.

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