50003-5172E

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Introduction

Backplane connectors have been and continue to be a critical component of data systems. Specialized backplane connectors like the 50003-5172E are designed for reliable, high-speed electrical and mechanical connections. This article will outline the application field and working principle of the 50003-5172E backplane connector.

Application Field

The 50003-5172E is a high-speed, low-profile connector designed for a range of electronic assembly applications. It can be used in netcom, data storage, industrial control, and communications systems. Its low-profile design provides greater space savings in comparison to other connectors, making it ideal for applications where board real estate is limited. Additionally, its press-fit pins provide reliable connections with up to 15Amps of current per pin. This allows for higher data rates to be achieved with more reliable connections.

Working Principle

The 50003-5172E is designed to connect two boards together using a variety of flexible cabling options. A wide range of cable types are supported including ribbon cables, coaxial cables, and twinaxial cables. The connector consists of a two-part body with a central female pin connector. When mated, the two connectors are held in place with a combination of tension and compression. This creates a secure connection that prevents data loss due to vibration or movement.

The electrical connection between the two connectors is achieved through a series of press-fit pins that are integrated into the connector body. The pins fit into the central female pin connector and make electrical contact with the male pins on the other side. This design provides a low insertion force and a high current carrying capability. This allows for robust and reliable connections that support high data rates.

Conclusion

The 50003-5172E backplane connector is a powerful tool for high-speed data applications. Its low-profile design and press-fit pins make it an ideal choice where space is limited. Additionally, the wide range of supported cabling types and high current carrying capability enable reliable, high-speed connections. This makes the connector a powerful solution for a range of electronic assembly applications.

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