HM2P09PDM285N9LF

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Backplane connectors are used to provide a high-performance connection between boards in a system. Hard Metric and Standard connectors are two of the better known types of backplane connectors available today. The HM2P09PDM285N9LF is a Hard Metric backplane connector, and it has a specific application field and working principle.

The HM2P09PDM285N9LF is a high-performance Hard Metric connector designed for applications with extremely high speed and high density. It is a two-part connector with a receptacle and a plug that fits into the receptacle. The plug is designed to minimize crosstalk and insertion loss, and to provide a secure and reliable connection. The connector is also equipped with EMI gaskets and filters, which further reduce crosstalk and protect the system from electromagnetic interference.

The HM2P09PDM285N9LF is suitable for applications with high-frequency signals, as it has a minimum frequency of 9.8 GHz. It utilizes a Dynamic Compliance mechanism, which allows the mechanical structure of the plug to fully compensate for thermal expansion and contraction without affecting electrical performance. The connector is also designed to be read-back, meaning that it can be used to facilitate board re-synchronization.

In addition to its high-frequency performance, the HM2P09PDM285N9LF provides a reliable and secure interconnect. It features a bayonet latch mechanism, which is designed to provide a secure lock for the plug and receptacle. The connector also has a self-aligning mechanism, which ensures proper contact alignment for reliable and robust mating. This self-aligning mechanism also ensures higher contact forces for a tighter, more reliable connection.

In short, the HM2P09PDM285N9LF is a Hard Metric connector that is designed for applications with extremely high frequency and high density. It utilizes a Dynamic Compliance mechanism, which allows for thermal expansion and contraction without affecting electrical performance. Additionally, the connector has a bayonet latch mechanism for a secure connection, and a self-aligning mechanism for improved contact alignment and higher contact forces. As such, this connector is suitable for applications that require a reliable, high-performance connection.

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