HM2H88P119LF

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Backplane Connectors - Housings

HM2H88P119LF, a backplane connector with caged housings and an extensive array of accessories and customization options, has a variety of applications and operating principles. In this article, we will explore the field of applications, and the working principle, of this backplane connector. We will quantify the HM2H88P119LF\'s performance in a practical application environment, and analyse the design features of the connector that make it suitable for such an environment.

Applications

The HM2H88P119LF is a popular choice for use in a variety of applications, ranging from telecommunications to automation and control systems. Its robust design makes it suitable for the harsh conditions that often occur in these environments, such as vibration, shock, corrosion, and high-temperature operation. The connector is also UL rated and ROHS compliant, further extending its suitability to a broad range of application areas.

HM2H88P119LF is commonly used in applications such as Ethernet and industrial Ethernet networks. The connector\'s caged housing and latch locks are especially designed to ensure secure connections when transmitting data and power over large distances over multiple devices or networks. The metal shell provides the required protection against EMI/RFI interference, and the larger size of the connector reduces cable fatigue and makes it easy to plug and unplug. This makes it a good choice in applications where frequent disconnection and reconnection is required, such as in plug and play type systems. The connector is also suitable for use in board-to-board or panel-to-panel interconnections, which makes it a popular choice in applications where space is at a premium.

Working Principle

The HM2H88P119LF\'s working principle is based on the use of a female and male cage system. The female part of the cage engages with the male part of the cage via a latching system, which enables the two parts to be joined and secured. The cages are also designed to enable secure rotational or misalignment connection of the connector, while maintaining signal integrity. By using a range of coaxial connectors, it is possible to achieve both a high degree of accuracy and low energy transmission with the HM2H88P119LF. The connector can also switch pins on active pairs for differential signals, providing enhanced signal integrity.

The HM2H88P119LF features a range of contact sizes, enabling secure connection of up to 16 pins. The smaller size of the contacts ensures easy routing and termination, as well as a low profile design. The connector also features a 2mm pitch, allowing for high-speed data transfer without compromising on signal integrity or data rate. It also has a low insertion force, making the connector easier to assemble and install in limited space applications.

Performance in a Practical Application

The HM2H88P119LF\'s design features and specifications make it an ideal choice for use in a practical application environment. The connector\'s robust design makes it suitable for use in harsh conditions, and the UL and ROHS ratings and compliant options ensure compliance with current standards and regulations. The connector\'s caged housing and latching mechanism provide secure connections while the wide range of accessories and customization options allow for integration into a variety of application areas. The connector also achieves high-speed data rates and low noise immunity, while the 2mm pitch enables it to be easily assembled and installed in a limited space.

The HM2H88P119LF\'s design also ensures that it functions reliably in a practical application environment, despite the harsh conditions that it may be subjected to. The robust design of the connector makes it resistant to vibration, shock, corrosion, and high-temperature operation, whilst its low insertion force provides a simple and fast installation process. The connector also has a large temperature range and requires no maintenance, thus providing a reliable and durable solution for a wide range of applications.

Conclusion

The HM2H88P119LF backplane connector has a wide range of applications and is suitable for use in multiple application fields. Its design features enable it to function reliably in a practical application environment, where it is subjected to harsh conditions such as vibration, shock, corrosion, and high-temperature operation. Its metal shell makes it EMI/RFI resistant, while its low insertion force allows for easy assembly and installation in limited spaces. The connector achieves signal integrity and data rate, making it a good choice for Ethernet and industrial Ethernet networks.

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