HM2R05PA5100L9

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Backplane connectors are used for connecting different boards or devices within a system. They can either be hard metric or standard connectors, with HM2R05PA5100L9 being in the former category. This particular type of backplane connector has a wide range of applications and is designed for reliable contact retention over millions of cycles. In this article, we will look at the application field and working principle of HM2R05PA5100L9.

Application Field of HM2R05PA5100L9

HM2R05PA5100L9 comes in two variants - the minimum-pitch option and the medium-pitch option. Both these variants are designed for high-density applications that require a high data rate for communication between multiple boards. These connectors are commonly used in servers, aerospace, robotics, within computing and data-communication systems, and increasingly in intelligent automation systems. The combination of high density and ruggedness makes HM2R05PA5100L9 ideal for applications that need to survive in a harsh environment. Also, due to its low profile design, this type of backplane connector can fit into small spaces, making it suitable for various types of devices or boards.

Working Principle of HM2R05PA5100L9

HM2R05PA5100L9 comes with an integrated latch mechanism that provides reliable contact retention force. The latch offers a secure, yet easy to use connection between plug and receptacle, allowing a secure connection even in the most demanding environments. The contacts in the connector are designed for high speed data transmission over multiple polarization options. The contacts are also specially treated to improve its environmental and contact resistance. In addition, the connector is engineered to improve its resistance to shock and vibration. The pins in the connector are also designed to reduce the insertion force, thus providing an easy and uncomplicated connection to the board.

HM2R05PA5100L9 also provides excellent noise and interference suppression. This is due to its design which uses filtered and shielded contacts that reduce the chances of electromagnetic interference (EMI) passing through the system. The filtering capabilities also help to provide clean signals for fast data transfer rates across networks. This type of connector provides an affordable and reliable connection solution for multiple device configurations.

Conclusion

HM2R05PA5100L9 is a type of backplane connector that is ideal for high-density applications that require reliable contact retention and fast data transmission. This type of connector is widely used in servers, aerospace, robotics, within computing and data-communication systems, and increasingly in intelligent automation systems. It comes with an integrated latch mechanism and filtered and shielded contacts to reduce the chances of electromagnetic interference. Its low profile design also allows it to fit into small spaces, making it suitable for various types of boards.

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