HM2P87PNA1N4GF

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Backplane connectors can be broken down into three primary categories: hard metric, standard, and implementation-specific. Hard metric designs are the most robust and reliable, as their form factors are highly precise and their performance consistent. The HM2P87PNA1N4GF is one of these hard metric designs. This article will cover the application fields of the HM2P87PNA1N4GF and its underlying working principle.

The HM2P87PNA1N4GF is a type of backplane connector designed for high-reliability applications. Thanks to its hard metric form factor, it is particularly well suited for military systems, aerospace applications, and industrial automation. It is also frequently used in medical equipment, networking hardware, and computers.

The HM2P87PNA1N4GF features two rows of large-pitch connector pins that make it especially well suited for high-speed data transfer. Its metal housing provides EMI shielding and its robust overmolded ratchet latching system ensures a tight connection in a variety of conditions. Additionally, it can transfer up to 6 Amps of power per circuit.

Behind these features is an underlying working principle that gives the HM2P87PNA1N4GF its reliability. As a hard metric design, the form factor is highly precise, allowing for perfect connections every time it is plugged into a mating connector. Its polarized design prevents mismatches between the connectors and ensures the correct polarity is maintained at all times. Additionally, its EMI shielding and robust latching system protect the connected components from interference and accidental disconnection.

In summary, the HM2P87PNA1N4GF is a high-reliability hard metric backplane connector designed for a variety of applications. Its precise form factor, EMI shielding, and robust ratchet latching system ensure reliable connections and data transfer. Thanks to this robust design, it is especially well suited for military systems, aerospace applications, industrial automation, medical equipment, and networking hardware.

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