HM2K31P16LF

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Backplane Connectors - Housings play a critical role in allowing devices of electronic systems to communicate with each other. The HM2K31P16LF application field and working principle are designed to provide robust and reliable connections between a variety of electronic systems and device ports. This article provides a brief overview of the HM2K31P16LF and its application field and working principle.

Design

The HM2K31P16LF Backplane Connector – Housing is a square-shaped socket connector with a 31-pin power and data contact interface. It has an integrated card edge latch to securely hold a card edge. It is constructed out of a phosphor bronze contact material for increased durability and resistance to corrosion. It is rated for up to 10A, and can support power signals up to 20V. All pins are equipped with protective collars, which reduce the chances of damage from accidental contact. The connector also has an insulating wall that allows for multiple channels of power and data, and helps keep the electric lines in different panels from causing electrical interference.

Application Field

The HM2K31P16LF is designed to provide robust and reliable connections for a wide variety of electronic systems and devices. It is particularly well-suited for applications in industrial automation and control, including robotic arms, motor controllers, sensor monitoring systems, and other advanced control systems. Its robust protection against electrical interference also makes it highly suitable for data transmission systems, where data may be need to be transferred at high speeds. In addition, the HM2K31P16LF can be used in medical diagnostics, automotive, aviation, and military applications.

Working Principle

The HM2K31P16LF works on a simple principle. When multiple cards with different types of connectors attached are connected to each other, the power and data signals of the different cards are coupled and directed into the HM2K31P16LF connector. The HM2K31P16LF then directs the signals along its pins, connecting the different cards in a reliable, robust, and secure manner. To ensure a good connection, the card edge latch securely holds the card in place while it is connected, and the protective collars reduce the chances of accidental contact between pins.

In addition, the HM2K31P16LF is also designed to be compliant with various standards, including IEC 60320, UL 1061, and UL 817. This ensures that the connector is compatible with a wide range of devices and systems, allowing for reliable and high speed data transmission.

Conclusion

The HM2K31P16LF is designed to provide robust and reliable connections for a wide variety of industries and systems. Its power and data interface is compliant with multiple standards, and its high temperature and current ratings make it suitable for a variety of applications. Its strong protective collars and integrated card edge latch enable it to securely and reliably hold card edges in place, and its insulating wall ensures that electrical interference between different channels is kept at bay. These features make the HM2K31P16LF an ideal choice for industrial automation and control, data transmission, medical diagnostics, automotive, aviation, and military applications.

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