HM2E33PH5000N9

As technology progresses, so does the complexity of computer systems. Backplane-connectors come in a variety of shapes, sizes, and formats. One such connector is the HM2E33PH5000N9, which belongs to the Hard-Metric and Standard families. This article will look at the application field and working principles of the HM2E33PH5000N9.

The HM2E33PH5000N9 is a Hard-Metric, Standard backplane connector. It is a larger connector, with a width of 33mm and a pitch of 5mm. It is also a higher-performance interface that is used in a variety of applications, ranging from data communication to high-performance computing. The connector is commonly used in servers, workstations, and high-end applications that require greater performance.

The primary application of the HM2E33PH5000N9 is in high-performance computing systems. It is designed for use in systems that require the highest data transfer rates and the highest signal integrity. The use of the HM2E33PH5000N9 allows for the most effective connection between the components in a system. This is because it provides a reliable platform for transferring data in both directions. Additionally, the connector features a low insertion force, which further increases the reliability of the connection.

The HM2E33PH5000N9 operates on two main principles. The first is the usage of differential signal pairs. The connector features two pairs of differential signal lines, which are used to transmit data in both directions. The differential signals provide the most reliable platform for the transmission of data, as they are immune to electrical noise and interference. Additionally, the differential signal pairs help to reduce cross-talk between the lines, which in turn improves signal integrity.

The second principle of the HM2E33PH5000N9 is the use of impedance matching. The connector features an impedance of 100Ω, which allows for a stable connection between the components of the system. The use of impedance matching further increases the reliability of the connection, as it ensures that signals travel with minimal distortion. This ensures that the data is transferred accurately from one component to another.

In summary, the HM2E33PH5000N9 is a Hard-Metric, Standard backplane connector that has a wide range of applications in high-performance computing systems. The connector is designed for use in systems that require the highest data transfer rates and the highest signal integrity. Additionally, the connector operates on two main principles, namely the usage of differential signal pairs and the use of impedance matching. The use of these principles ensures that the connection between components is reliable and that data is transferred with minimal distortion.