HM2P07PK5111GF

Introduction to Backplane Connectors - Hard Metric, Standard

A backplane connector is an important component in interconnecting modern electronic systems. As technology advances, so does the utility and complexity of these connectors. Backplane connectors used in today\'s electronic systems come in a variety of shapes including Hard Metric and Standard. This article will look at the HM2P07PK5111GF connector and at its application fields and operational principles.

HM2P07PK5111GF Application Field

The HM2P07PK5111GF connector is a Hard Metric, metric-sized connector created by Amphenol Corporation. It is a two-row pluggable connector that provides a high-speed and secure connection for applications in larger systems. It is also space-efficient and has a density of 7.5mm, ideal for high-density systems. HM2P07PK5111GF can also provide up to 13 differential pairs per linear inch and is well suited for boards with tight layout constraints. The HM2P07PK5111GF has been used in industrial controls, instrumentation, and automation as well as other applications where reliable interconnectivity is required.

HM2P07PK5111GF Working Principle

The HM2P07PK5111GF connector is designed to maximize contact performance and provide reliable and secure signal transmissions. It achieves this by using special engineering techniques such as integral dust tray, surface mount contacts, larger finger length and a greater contact area. It also has a patented asymmetric differential contact design which enables higher contact forces for improved contact reliability and durability even in the presence of vibration and shock. This maximizes signal integrity and electromagnetic compatibility. HM2P07PK5111GF also provides superior shielding performance with its multi-shield design for superior noise protection.

Conclusion

The HM2P07PK5111GF is a two-row Hard Metric connector that has a 7.5mm density and can be used in industrial controls, instrumentation, and automation. It offers secure signal transmissions with its special engineering design including integral dust tray, surface mount contacts, larger finger length, greater contact area, and the asymmetric differential contact design. Additionally, it provides superior shielding performance with its multi-shield design. The HM2P07PK5111GF is the ideal choice for bigger systems where reliable and secure signal transmissions are essential.