HM2R87PA810FN9LF

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Backplane connectors are an integral component of any electronic device. They are designed to provide the link between subsystems on a platform, allowing for electrical and mechanical connection of the different components. The Hard Metric Standard HM2R87PA810FN9LF type of backplane connector plays an important role in the modern electronics industry. This article will discuss the application fields and working principles of the HM2R87PA810FN9LF.

The HM2R87PA810FN9LF is a miniaturized hard metric connector. It has a high-density, blade-type backplane connector geometry and is capable of achieving extremely low levels of crosstalk due to its design. It is a two point interconnect with eight 90-degree contact configurations. It includes 23 dual contact and 87 single contact positions with positive polarization and guide keys to ensure proper mateability of the mating part. The mating of the connector is achieved by a snap-in surface mount holder, which is secured with a locking mechanism. The holder is designed to provide a secure, positive, and stable connection between the backplane and mating part.

The HM2R87PA810FN9LF is a highly reliable connector, providing improved connectivity and performance. Its unique design is able to resist temperatures up to 125°C without deformation or dimensional instability. The connector has high resistance to physical shock, vibration, moisture, and corrosion, making it ideal for use in a wide variety of applications. The HM2R87PA810FN9LF provides superior consistency in data transfer and signal integrity due to its high-density geometry.

The HM2R87PA810FN9LF connector is designed to meet the increasing demand for reliable and secure connections in high-speed systems. Its high density and blade-type design make it an ideal choice for applications where space is limited, such as embedded systems, networks, storage, and systems on a chip (SoC). The connector is also used in many industrial, medical, and consumer devices.

The working principle of the HM2R87PA810FN9LF is simple. When the mating part is connected to the backplane connector, the pins are inserted into corresponding holes. The blade-type geometry ensures that the connection is firmly established and provides a low-loss connection when the connection is energized. The connector has a positive polarization, so when the mating parts are inserted, they are aligned with the correct orientation. The guides on the sides of the connector ensure that the two parts are mated properly and securely. Once locked in place, the connection is secure and ready to use.

In summary, the HM2R87PA810FN9LF is a highly reliable and secure backplane connector designed for use in a wide variety of applications. It has high density geometry and is capable of achieving low levels of crosstalk. It is resistant to temperatures up to 125°C and has high resistance to physical shock, vibration, moisture, and corrosion. The working principle of the connector is simple and secure connections are made when the pins of the mating part are inserted into the corresponding holes. The connector provides improved connectivity and performance and is an ideal choice for embedded systems, networks, storage, and SoC.

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