HM2P09PDJ1N5N9

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Backplane Connectors provide the connection between the devices on the backplane of a computer system and the devices plugged into them. The type of connector selected depends on the specific application. The HM2P09PDJ1N5N9 is a hard metric-style backplane connector typically used in server and storage systems.

The HM2P09PDJ1N5N9 is designed for applications requiring high speed operation and high signal integrity. It offers pin count options ranging from 8 to 96, and features blind mating (TCIK) and latching (DCIK) options to prevent accidental mis-mating during assembly and changeover. Additional benefits include excellent isolation, low crosstalk and superior EMI shielding capability.

The main differences between the HM2P09PDJ1N5N9 and other hard metric connector types come down to size, performance and durability. The HM2P09PDJ1N5N9 is a smaller, more compact connector than many other hard metric connectors, and features a maximum unit height of 3.5mm, making it ideal for dense applications. It is also designed to provide superior signal performance, and offers reduced crosstalk and improved isolation to ensure consistent and reliable performance.

The HM2P09PDJ1N5N9 features twelve signal contacts and one ground contact per row, which can also be used as power contacts for signal protection. This helps reduce connector size and complexity by providing a single power and signal connection rather than needing separate contacts for each. It also features a high-contact density, which makes it well-suited to high-speed applications.

The HM2P09PDJ1N5N9 connector is designed to be durable and reliable, and offers good retention force and high retention cycle without compromising performance. It is a cost-effective solution for applications requiring a combination of high speed and signal performance, within a small form factor.

Overall, the HM2P09PDJ1N5N9 is an excellent option for applications requiring a combination of high speed and signal performance. It offers a durable, reliable design, good retention force and high retention cycle, as well as excellent signal integrity. Its small size and high-contact density make it well-suited to dense applications, and its versatility makes it suitable for use in a wide range of applications.

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