HM2J70PE5110N9

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Backplane connectors come in a variety of sizes, configurations, and materials. While some backplane connector types are designed for specific applications, others can be used interchangeably in a variety of environments. The HM2J70PE5110N9 Backplane Connector is one such connector that is designed to meet the needs of a range of applications. This article will explore the application field and working principle of the HM2J70PE5110N9 Backplane Connector.

What Is the HM2J70PE5110N9?

The HM2J70PE5110N9 is a type of Hard Metric (HM) backplane connector developed by Metz Connect. It is designed for use in high-reliability and extreme-performance systems. It can support up to 2.5 million protocols per second, while offering extreme shock and vibration resistance.

Applications of the HM2J70PE5110N9

The HM2J70PE5110N9 is suitable for a wide range of applications, including industrial control systems, robotics, telecom, test and measurement equipment, datacom, military and aerospace, and the automotive industry. In addition, it is also suited for applications which require extremely high speed performance, extreme shock and vibration, and reliability in harsh environments.

Working Principle of the HM2J70PE5110N9

The HM2J70PE5110N9 Backplane Connector uses Metz Connect\'s patented locking/keying system, which consists of two circular metal elements, a locking ring and an anti-rotation plate. The locking ring is attached to one end of the connector and is used to engage the mating part of the connector. The anti-rotation plate is placed in between the locking rings, and helps to ensure that the connector is in the correct orientation. The connector is secured to the board with a snap-in system. This snap-in system secures the connector to the board, while still allowing it to be removed easily at a later date.

Conclusion

The HM2J70PE5110N9 Backplane Connector is an excellent option for a variety of high-speed and extreme-performance applications. It features a high speed data rate of up to 2.5 million protocols per second, and is designed for applications which require extreme shock and vibration resistance. In addition, it is designed with a snap-in system for easy installation and removal. The patented locking/keying system ensures that the connector is in the correct orientation and is securely attached to the board. This makes it an ideal choice for applications which require high reliability and extreme performance.

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