Backplane Connectors - Housings

HM2R04P1LF is an industry standard backplane connector housing offering superior impedance characteristics. It is widely used in many applications including radio frequency (RF), broadband, high-power, and DC/DC power. It is a high performance backplane connector housing that can support up to 4 lanes of differential signal transmission over a single connector.

Application Fields

The HM2R04P1LF backplane connector housing is commonly used for data system applications. It has been designed to meet the requirements of system interconnect applications such as fiber channel, Infiniband and Ethernet. It is also often used in artificial intelligence (AI) applications and machine learning applications, where data needs to be transferred quickly and reliably between systems. Additionally, HM2R04P1LF is also used in radio frequency (RF) applications such as wireless communication, mobile technology, and satellite communication. In these applications, it is used to make reliable connections between components. It is also used in high-power applications such as industrial power supplies and power grid communication systems.

Working Principle

The working principle of the HM2R04P1LF is based on the physical optical-mechanical-electronic properties of the connector system. The system uses a female connector at the rear of the system to attach to other components in the system. The connector is then sealed together with a polymer sealing material that is highly resistant to high temperatures, making it suitable for use in high-power applications. The female connector is then connected to the next element of the system by a locking mechanism that holds the connecting elements in place and provides a secure connection.

Once the desired connections have been established, the electrical signal then passes through the connector housing and onto the other elements in the system. The HM2R04P1LF connector housing features impedance matching technology that ensures that the signals transmitted are consistent, reliable, and secure. This impedance matching technology also attempts to reduce crosstalk and noise, thus providing a greater signal integrity and reliability. Additionally, the connector housing also features a predictive locking mechanism, which eliminates any play between the connector contacts and helps reduce any failure due to vibration or shock.

Conclusion

The HM2R04P1LF backplane connector housing is an industry standard connector for many system interconnect, RF, and high-power applications. It is a high performance connector housing that can support up to 4 lanes of differential signal transmission over a single connector. The working principle of the connector is based on the physical and optical-mechanical-electronic properties of the connector system, which are then sealed together with a polymer sealing material that is highly resistant to high temperatures. Its impedance matching technology ensures that the signals transmitted are consistent, reliable, and secure, while its predictive locking mechanism eliminates any play between the connector contacts and helps reduce any failure due to vibration or shock.