HM2R01PA510FN9

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Backplane connectors are used to connect together multiple circuit boards such as in a computer or other large system. Backplane connectors are typically composed of two rows of contact pins which are arranged in a manner that allows them to connect to each other, or to other sets of connecting pins. HM2R01PA510FN9 is a type of backplane connector that is categorized as Hard Metric, Standard. Outlined in this article are some general insights on the application field and working principle of HM2R01PA510FN9.

Firstly, HM2R01PA510FN9 is a straight-header style Hard Metric connector which connects well to standard motherboards, and which has an overall copper contact length of 250 millimeters. It has an operating temperature range of -55°C to +125°C, and is designed for high-speed backplanes in servers, telecom, and datacom applications. It also has excellent resistance to shock and vibration, making it an ideal choice for high-speed, high-reliability applications. The current rating of the HM2R01PA510FN9 is 15.2 Amps and it has a voltage rating of 220V.

The Working Principle of the HM2R01PA510FN9 is a two-stage sliding locking mechanism which provides positive, secure engagement between the backplane and the connector. This ensures that no accidental scrambling of the contact points is possible when the system is in operation. Additionally, the contact arrangement is linear, which simplifies installation and maintenance. The HM2R01PA510FN9 is designed with progressive insertion force which results in a firm contact interface and ensures a reliable electrical connection.

The HM2R01PA510FN9 is a reliable and well designed backplane connector suited to a wide range of applications. Its excellent resistance to shock and vibration, coupled with its linear contact arrangement, make it an ideal choice for high speed, high reliability applications in the server, telecom and datacom industries. The two-stage sliding locking mechanism provides positive, secure engagement between the backplane and the connector, and the progressive insertion force ensures a reliable electrical connection making it an ideal choice for high speed applications.

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