HM2H36P1116LF

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Backplane connectors are generally used to provide electrical connectivity between printed circuit boards (PCBs) within a system or between two or more systems, and HM2H36P1116LF is one of such connectors. This article will introduce the application field and working principle of HM2H36P1116LF.

Applications of HM2H36P1116LF

The HM2H36P1116LF backplane connectors are designed to meet the application demands of the high-speed communications market, including high-end networking, telecommunications, enterprise, and storage servers. It is optimized for high-speed applications, providing up to 110W of power per connector. The connector can be used with a wide range of mating targets, such as PCBs, flex circuits, FFC/FPC cables, and board-to-board interconnections.

In addition to the high-speed applications, the HM2H36P1116LF connectors are well suited for other applications. These include medical devices, medical imaging equipment, and industrial equipment. The connector can also be used in multiport configurations such as bridge cards or switching cards.

Features of HM2H36P1116LF

The HM2H36P1116LF backplane connectors offer a number of features that make them an attractive solution for a variety of applications. These features include:

• A high density design with 0.3mm (12 mil) contact spacing.
• A highly durable design with gold plating on the contact points.
• A locking mechanism which ensures a secure connection.
• A high contact-force design with a maximum current rating of 4A.
• Low profile housing for robust connections.

Construction of HM2H36P1116LF

The HM2H36P1116LF backplane connectors are available in a variety of sizes and configurations. They are constructed from a plastic housing and printed circuit board (PCB) mount pins. The housing is a two-piece design with a top and bottom half. The mounting pins are soldered into the PCB and the two halves of the housing are then snapped into place over the pins.

The HM2H36P1116LF connectors utilize high-quality contact pins with gold-plating that provide reliable electrical connections even in high vibration environments. The contact pins are arranged in a dual row configuration and are capable of carrying up to 4A of current per pin. The connector housing is constructed of high-quality, high-temperature plastic for strength and durability.

Working Principle of HM2H36P1116LF

The HM2H36P1116LF backplane connectors provide reliable electrical connections between two PCBs or modules in a system. When two modules are connected, the pins of the connector are pressed against each other, and the contact force is increased as the connectors are squeezed together.

The force results in an increase in the contact resistance between the pins, which creates an electrical connection. This connection is then maintained as the pins remain compressed against each other, preventing any loss of signal or power.

The HM2H36P1116LF connectors provide a reliable, low-resistance connection that can handle up to 4A of current per pin. They are also designed to handle high-speed signals, making them suitable for use in a wide range of applications.

Conclusion

The HM2H36P1116LF backplane connectors are a reliable and cost-effective solution for applications requiring high-speed communications. The connector is designed to provide reliable electrical connections with low contact resistance, high contact force and robust construction. It is suitable for a wide range of applications including high-speed networking, telecommunications, medical imaging equipment, and industrial applications.

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