HM2P09PM5111GF

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Backplane Connectors - Hard Metric, Standard - encompass a wide variety of plug and socket designs to facilitate connection between boards and chassis. This article discusses the HM2P09PM5111GF application field and working principle.

HM2P09PM5111GF is a Hard Metric type connector which is designed specifically for system backplane applications. It is manufactured by Molex, a leading manufacturer of electronic components and connectors, and is commonly used for connecting boards and integrated circuits within system backplanes. The connector has a number of features which make it ideal for this application, such as a high-performance contact system, positive latching and low profile design.

The HM2P09PM5111GF is a high-density connector, with a very small footprint for power and signal contacts. The connector has a 2.54 mm contact pitch and has a total of 64 pins, which can be used to transmit power and signal information simultaneously. The housing of the connector is made of dielectric polyamide, and is designed to provide excellent electrical contact reliability, thermal and mechanical stability.

The performance of the HM2P09PM5111GF connector is ensured by its positive latching mechanism, which ensures that the connection between the two contacts is reliable and secure. Additionally, the connector features a high-performance gold-plated contact system, which ensures optimal electrical contact and reliable data transmission.

In terms of mechanical features, the HM2P09PM5111GF has a low profile design which makes it convenient to use in densely-packed systems, and offers extra protection from EMI. Furthermore, the connector is designed to be easy to install, making it well suited for automated assembly lines.

The HM2P09PM5111GF is a Hard Metric, Standard connector, and it is ideal for a wide range of possible applications which involve connecting boards and chassis, such as embedded systems, telecom platforms, medical and aerospace systems, and many others. Its combination of reliable electrical contact, mechanical stability and ease of installation makes it a versatile and cost-effective solution.

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