HM2P09PDE121L9

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Backplane Connectors - Hard Metric, Standard, have been increasingly adopted in all types of communication applications due to their robustness and reliability.

HM2P09PDE121L9 is an example of a Hard Metric standard backplane connector. This connector has a 50 pin Hard Metric 2 line array configuration and a 15U pitch size. It is designed for high speed systems that require multiple signal lines in a small space.

The HM2P09PDE121L9 has a variety of applications that range from robotic and medical systems to advanced networking systems and even aerospace engineering. In terms of its applications, the connector is often used in applications where space is limited and signal transmissions must be reliable and robust. For instance, the connector is frequently used in advanced networking systems such as server farms, router farms, and cloud-based systems.

In terms of its working principle, the HM2P09PDE121L9 backplane connector contains a metal pin contact that allows for the transmission of data between two different modules or between two different components. These metal pins are arranged in an array which sits in a 50pin Hard Metric 2 configuration in the backplane of the connector. The metal pins are designed to reduce crosstalk and reduce electrical noise as the signals traverse the length of the connector.

The backplane connector has a standard 2 row array which has 25 pins per row. The pins are soldered into place in the backplane and the connection is then made with a 12-pin connector that is connected to a board. The 12-pin connector ensures that the signals are properly routed and that the correct polarity is maintained. In terms of its construction, the backplane connector is designed using high grade materials that have been tested for maximum electrical conductivity.

Overall, the HM2P09PDE121L9 is an example of a Hard Metric standard backplane connector that is designed for high speed and reliable signal transmission and communication between two different modules or components. With its robust construction and high grade materials, the connector is capable of providing reliable and robust signal transmissions in a variety of applications. In terms of its working principle, the connector utilizes metal pins in an array configuration which helps to reduce crosstalk and electrical noise as the signals travel along the length of the connector.

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