HM2R85PA8100N9LF

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Backplane Connectors - Hard Metric, Standard - are designed to interface a variety of devices with one another.They are mainly used to interconnect various components that act as one system in the form of a motherboard. The most common use of a backplane connector is to connect a computer motherboard to its peripheral devices.

The HM2R85PA8100N9LF is one such backplane connector, developed by Foxconn Technology Group, designed for high-speed interconnection applications. The connector is used in wide variety of systems including data centers, industrial controllers, and audio/video systems.

The HM2R85PA8100N9LF backplane connector is a type of hard metric, standard connector. It has a slot-to-slot female contact design, with a contact length of 2.0 to 4.13mm. The connector is double-ended, and provides four to eight rows of contacts, with up to 80 contacts per row. The housing material is made of TROGAMIDE® BKX-22, which is very durable and is resistant to high temperature and mechanical shock.

The connector features a variety of safety mechanisms, such as an integrated self-locking latch which helps prevent accidental unhooking, and composite shielded layers that help protect against EMC interference and moisture. It also has an active intensity control system which helps ensure optimal contact and secure connection.

The HM2R85PA8100N9LF is designed to provide a reliable and efficient data-transfer medium between various devices. It is the perfect choice for applications that require a high speed, reliable, and low-noise connection. The large number of pins ensures that the connector is able to transfer data quickly, effectively, and reliably. The lack of EMC interference, and the protection against shock and moisture, also make the connector ideal for use in rugged applications.

Overall, the HM2R85PA8100N9 as a hard metric, standard connector is perfectly suited for many applications that require a high-speed connection with excellent protection against shock and EMC interference. Its robust design, reliable connections, and high pin count makes it a popular choice for a variety of applications.

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