HM2P07PDA1L1N9

Backplane Connectors - Hard Metric, Standard

The HM2P07PDA1L1N9 is a type of backplane connector developed to help solve the problem of data transfer in high-speed digital environments. The connector is designed to improve data transfer reliability and minimize variations in data transfer speed. It\'s particularly useful for applications where a sudden loss of data can mean catastrophic results, such as data mining and medical equipment.

Application Field

The HM2P07PDA1L1N9 is designed to meet the needs of applications where a reliable, consistent connection with high data rates is required. The connector offers the performance and reliability of a standard backplane connector, but with improved speed and greater flexibility. It is suitable for applications where a quick transfer of data is essential, such as in medical systems, data mining, and high-speed data acquisition. It is also well-suited for applications where a continuous connection is important, such as in telecommunications and high-speed networks.

Working Principle

The HM2P07PDA1L1N9 is designed to provide improved performance and reliability when compared to standard backplane connectors. It uses a hard-metric contact system to eliminate variation in data transfer speed caused by installation technique, and provides improved signal integrity compared to standard connectors. The contacts in the connector are harder than the standard contacts, resulting in greater contact pressure and improved electrical contact.

The HM2P07PDA1L1N9 also includes an optimized backplane layout to reduce large crosstalk between signals, minimize the amount of space required for connectors, and improve signal integrity. The connector is also designed to withstand mechanical and environmental stresses, and is designed to provide maximum long-term reliability.

The HM2P07PDA1L1N9 can be viewed as the best of both worlds, providing the improvements of a hard-metric contact system while still allowing for flexibility and speed of data transfer. It has become a popular choice for applications that require high data transfer speeds, consistent connections, and high reliability.