0738090211

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Backplane connectors are a type of electrical connector that is used to connect multiple electrical components, such as computer motherboards, in a backplane system. The 0738090211 is a specific type of backplane connector made by TE Connectivity, and it is designed for high speed applications such as high performance computing, industry 4.0, and aerospace applications. This article will discuss the application fields and the working principles of the 0738090211.

Application Fields

The 0738090211 backplane connector was designed with high speed applications in mind. It is an advanced connector designed to remove signal distortions caused by mixed-mode signal reflections that could prevent the proper transmission of high speed data. This makes the 0738090211 connector suitable for high-speed applications such as multi-gigabit communication links, routers, switches, servers, storage systems, and HPC clusters.

It is also ideal for use in industrial 4.0 applications, such as control cabinets, industrial automation, and robotics, as it is highly reliable and durable. The 0738090211 has been designed to withstand high temperature, shock, and vibration conditions, making it suitable for use in aerospace applications such as avionics, satellite communication systems, and military applications.

Working Principle

The 0738090211 backplane connector is based on a dual beam design. The dual beam design allows for higher port density, which makes it suitable for high-speed applications. The 0738090211 uses two beams: one beam that works with the inner row of contacts, and one that works with the outer row. This allows for more bits of information to be transmitted per cycle, compared to a single row connector design.

In addition to the dual beam design, the 0738090211 also uses differential trace pairs to reduce the amount of signal reflections and crosstalk, and improve signal integrity. The differential trace pairs are routed to the same differential signal on the other end, to reduce noise and improve signal integrity. The 0738090211 also uses a z-axis spring contact design to provide higher pin density and signal integrity. This makes it suitable for high-speed applications.

The 0738090211 also features advanced shielding, for added EMI protection. The advanced shielding helps reduce EMI coupling, which helps ensure that signals are not corrupted or weakened due to EMI. The 0738090211 is designed to meet safety standards for use in critical applications, making it highly reliable and safe for use.

Conclusion

The 0738090211 is a high-speed backplane connector designed for applications such as multi-gigabit communication links, routers, switches, servers, storage systems, HPC clusters, industrial 4.0, and aerospace applications. It features a dual beam design for higher port density, and utilizes differential trace pairs and a z-axis spring contact design to improve signal integrity. It also features advanced shielding for added EMI protection. The 0738090211 is highly reliable and safe, making it suitable for use in critical applications.

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