HM2LS25AJLF

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Backplane Connectors - Accessories

HM2LS25AJLF connectors are designed for high-speed signal processing and are used in backplane applications. These connectors provide compact, high-performance signal and power routing solutions to facilitate the transmission of data with minimal distortion and loss.

Overview

HM2LS25AJLF connectors permit versatile and cost-effective implementation in many applications, offering flexibility and scalability in board-to-board connections. This connector system simplifies the design of complex board structures by integrating the memory and logic modules and providing a reliable interface between the platforms.

The connector system is available with mating connectors, pins, and receptacles operating at up to 25 Gbps. They provide the ability to transfer data, power, and signals, and their features and rugged construction allow them to support a wide array of interfacing systems.

Applications

HM2LS25AJLF connectors are especially suited for applications requiring robust performance in high-bandwidth environments. These connectors are known for their longevity, providing reliable data transmission even after repeated insertions and removals. This makes them suitable for applications where data integrity is paramount, such as in high-end computers, industrial automation, high-end communications, surveillance and networking applications.

Other typical applications that use HM2LS25AJLF connectors include military, aerospace, medical, and automotive systems. Thanks to their high-performance capabilities, these connectors are also popular for use in test and measurement equipment and data acquisition systems. Thanks to their compatibility with many open-source standard formats, these connectors can be used with a variety of platforms.

Design

HM2LS25AJLF connectors are designed to operate in harsh environments and deliver reliable connections even under the most extreme conditions. The systems are designed for board-to-board and module-to-module connections, featuring a precision-molded body that provides a low-profile, high-density mounting solution.

The gold-plated contacts provide superior contact performance and reduce contact resistance. The connectors are also designed with multiple detents to ensure that the mating components are accurately aligned. The quik-mate lock feature ensures secure connections that hold up to vibration and shock. Each connection point is reinforced for enhanced strain relief and durability. Additionally, the low-profile design of the connectors makes them well-suited for compact designs.

Working Principle

HM2LS25AJLF connectors feature pressure-mount technology, which allows them to securely connect two components without the need for additional fasteners. When the connector is inserted into the socket, the contact tabs are urged inward, creating a secure, vibration-proof fit. This eliminates the need for additional fastening hardware, while providing an easy-to-use connection system.

The individual connection points feature an M12 threaded connector that ensures positive contact and retention. The pins are fully surrounded by the latch mechanism, providing superior strain relief and maintaining the integrity of the connection. The connectors also feature an anti-slip design that provides superior contact retention and prevents accidental disconnection.

The connectors are rated for temperatures up to 175 degrees Celsius, with a maximum operating voltage of 500 V. The connector system also meets UL, IEC, and EN safety standards for exceptional reliability and performance.

Conclusion

HM2LS25AJLF connectors are designed for use in high-speed signal processing applications, providing high-performance signal and power routing solutions. These connectors are compact, rugged, and feature quik-mate locking technology to ensure secure, reliable connections. Their versatility and scalability make them suitable for a variety of applications, including military, aerospace, medical, automotive, and industrial systems. The simplified design and precision-molded construction ensure accurate connections and superior data transmission.

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