HM2P07PDE129N9LF

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Hard metric backplane connectors are an integral part of many industrial and consumer applications. They provide a robust yet flexible interface for communication between different components. The HM2P07PDE129N9LF is a standard hard metric backplane connector. It is designed for high speed data transmission and reliability.

The HM2P07PDE129N9LF is primarily used in industrial, datacentre and medical applications. In medical applications, the HM2P07PDE129N9LF is used in imaging systems, including ultrasound, magnetic resonance imaging and Doppler systems. In the datacentre, it is used for network equipment such as switches and routers. In industrial applications, it is used for programmable logic controllers and other embedded systems.

The HM2P07PDE129N9LF is designed to provide reliable transmission of high-speed signals over long distances. It has 20 power/ground pins and 14 signal pins, with 4 additional pins that control the I/O interface. Its wide-ranging design allows it to be used in a variety of applications.

In terms of its working principle, the HM2P07PDE129N9LF works by reducing EMI and crosstalk interference to eliminate signal losses. It is designed using a shielding mechanism, which comprises a combination of metal shielding, ground shielding, and ground plane isolation to reduce interference. The high-performance coaxial cables are further shielded with an additional dielectric material to minimise radiation. In addition, the connector uses a stripline design to reduce signal reflections.

The HM2P07PDE129N9LF backplane connector also has two LED indicators. The Green LED indicates when the connector is connected and properly operating, while the Red LED indicates when there is an error in the connection. This feature ensures that the connection is made securely and reliably.

The HM2P07PDE129N9LF backplane connector offers a reliable and high-performance solution for data transmission over long distances. It is particularly suitable for industrial, medical, and datacentre applications, where reliability and performance are paramount.

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