17102441208

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane Connectors - Hard Metric, Standard, are electronic connection solutions designed for the transfer of data signals between different sections of a circuit board or elsewhere in the same electronic system. The major categories for backplane designs include Standard, Hard Metric, an... d Mini-Delta style backplane connectors. The Standard, Hard Metric backplane connector type is designed and called as such because it uses larger, rigid module rows that are connected to a series of card-edge connectors which are matched and mated to make the performance of the board more robust. This unique type of backplane architecture has the advantage of using high packing density and a secure connection.

The design of the standard, Hard Metric backplane connector type provides high data rates and improved stability in a variety of systems. The different types of backplane connector come in different pin array numbers, pin pitch, and physical form. The Hard Metric backplane connectors are designed for high speeds and high power applications and they are also suitable for rugged environments. The hardware used in this type is typically made of metals such as copper, aluminum or steel, making it more robust than standard backplanes.

The working principle of the Hard Metric backplane connector is based on the connection of a series of vertical pins (or contacts) to a series of horizontal conductors, called as backplanes. The pins and conductors are aligned and contact the backplanes at the same point of each row. This geometry enables the signals to pass through the backplane connector without any emissions through crosstalk, at high speed. The increased contact distance between the pins and conductors makes the connection more secure and reliable.

Hard Metric backplane connectors can be found in a wide range of applications such as telecoms, defence, industrial automation, mobile communications and other applications. As mentioned earlier, this type is used for high speed and high power application. With the increased contact distance between the pins and conductors, Hard Metric connectors provide a secure physical connection which enable the data transmission speed to reach up to 8 Gbps per each row.

In order to ensure high signal integrity, Hard Metric backplane connectors must be properly matched and mated with an appropriate card-edge contact. This ensures that the connecters properly contact the backplane to provide maximum performance. The use of Hard Metric backplane connectors is particularly important for applications where a reliable signal is essential. In these cases, it is important to make sure the connectors are compliant with the industry standards for signal transmission speed and robustness.

One limitation of Hard Metric backplane connectors is that they may require additional signal conditioning which may take up more power and circuit board area. Also, due to their larger size, they may not fit into smaller systems. However they are great for applications where the reliability and robustness of the system is of greater importance. And in addition, Hard Metric backplanes are more resistant to changes in temperature and humidity, making them well suited for applications in extreme or harsh environments.

In conclusion, the Hard Metric backplane connectors are designed and used for applications requiring high speed, high power and high signal integrity. They are typically used in telecoms, defence, industrial automation and mobile communication applications and come in different pin array numbers, pitch, and form to suit different systems. Along with its increased contact distance between the pins and conductors, Hard Metric connectors provide a secure physical connection which enable the data transmission speed to reach up to 8 Gbps per each row.

The specific data is subject to PDF, and the above content is for reference