HM2P07PDA1L1N9LF

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Backplane Connectors have become increasingly important in modern technology as the number of devices we use and the amount of data we transmit continues to grow exponentially. The Hard Metric and Standard backplane connectors are two of the most commonly used types of connectors for high-performance and high-density electronic systems. The HM2P07PDA1L1N9LF is a specific type of Hard Metric backplane connector specifically designed for high speed applications. In this article, we will discuss the HM2P07PDA1L1N9LF application field and working principle.

As the name implies, the HM2P07PDA1L1N9LF is a Hard Metric backplane connector that provides a standard compliant interface for board-level systems. This connector offers a robust interface solution for hard metric backplane circuit boards. With its features and specifications, it is able to provide reliable performance for high speed applications. It has a dense 2mm pitch that allows more boards to be connected in a smaller space, which is ideal for applications such as automotive and industrial control systems. The HM2P07PDA1L1N9LF has a total of 7 connector pins, with 7 positions, and has a standard endurance level of 500 mating cycles.

The working principle of the HM2P07PDA1L1N9LF Hard Metric Backplane Connector is based on the IEEE802.3 standard. This standard is commonly used for Ethernet cabling and provides a performance-based interface for high speed data transmission. The standard uses differential signal to reject any electromagnetic interference, and is able to provide a high-speed data transmission up to 10 Gbps. The signal transmission is supported by a backplane board that provides the electrical connection between the circuit board and the hard metric backplanes. The backplane board consists of a combination of two components: the hard metric board and the backplane board. The hard metric board is the core component that provides the physical interface connection between the two circuit boards, while the backplane board provides the necessary electrical connections.

The HM2P07PDA1L1N9LF Hard Metric Backplane Connector is designed to withstand a wide range of temperatures and is UL-approved for its quality and reliability. It can operate within a temperature range of -20°C to +105°C. It can also withstand high-voltage shock and vibration without affecting its performance. The connector is also designed for a maximum rating of up to 10 Gbps, making it suitable for applications such as High-Definition audio and video, Ethernet communication, and industrial equipment.

Apart from its excellent performance characteristics, the Hard Metric Backplane Connector also has excellent signal integrity. The signal is passed through the board without any significant interference caused by external interference, which makes it ideal for high-frequency applications. It also provides a reliable connection for the board as it has a locking mechanism that prevents any accidental disconnection.

In summary, the HM2P07PDA1L1N9LF Hard Metric Backplane Connector is a very reliable and robust interface solution for high speed applications. It has a standard compliant design and a locking mechanism that provides the necessary reliability and security for the board. The Hard Metric backplane connector is designed for high-speed data transmission and is UL-approved for its quality and reliability. With its features and specifications, the HM2P07PDA1L1N9LF provides an excellent signal integrity, making it the ideal choice for high speed data transmission.

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