51750-059

Backplane connectors, which are often referred to as backplane assemblies, have become an essential part of the design of electronic equipment. The 51750-059 backplane connector is one of the most popular ones used in the communication industry.

Usage of 51750-059 Connectors

The main application of 51750-059 backplane connectors is in the communication market. They are used to connect various types of communication devices to each other, such as modems, routers, and switches. They are also used to connect different types of hubs and data centers. They are commonly used in backbone networks, wide area networks, and local area networks.

Features of 51750-059 Connectors

The 51750-059 backplane connector features an innovative high-density design that is compatible with many different types of communication devices. Its connection is very reliable and it supports a maximum data rate of 6.56kbps. It is also capable of transmitting two pairs of signals; one pair for data and one pair for power. It has a working temperature range of -40°C to +105°C and a storage temperature range of -60°C to +125°C. Its connectors are constructed from UL 94V-2 rated thermoplastic material. Its contact area is plated with tin and its contacts are designed to reduce crosstalk and ensure high performance.

Working Principle of 51750-059 Connectors

The 51750-059 backplane connectors are wired to a system using a backplane wiring scheme. This wiring scheme allows the communication devices to be interconnected with minimal wiring complexity. The 51750-059 connector features two rows of six contacts, with a common ground contact being shared between the two rows. The contacts are arranged in a staggered formation to reduce crosstalk. The 51750-059 connectors have a maximum data transfer rate of 6.56kbps. This enables the user to transmit data over the backplane wiring scheme with minimal delay.

Conclusion

The 51750-059 backplane connectors are an essential component of the communication industry. They are designed to provide reliable connections and fast data transfer rates. They also feature a high-density design that is compatible with many different types of communication devices. Their wiring scheme allows for minimal wiring complexity and ensures high performance.}