533236-4

Backplane Connectors - Housings

The 533236-4 connector is a backplane connector system mountable on both standard 19-inch racks and other backplane architectures. This commercial grade connector consists of an integrated housing and two integrated socket contacts which permit high-speed data transmission. The 533236-4 housing is designed for acceptance of a wide range of backplane connectors including DDR3, GPIO, PATA, SATA, USB, Fibre Channel, InfiniBand, Ethernet, and more. It is reliable, robust, and designed for high performance in a standard operating temperature range of -65˚F (-55˚C) to +160˚F (+71˚C).

Applications

The 533236-4 is suitable for use in data centers, server farms, high-performance computing applications, automotive, military, and aerospace applications. It is a versatile solution for any high-speed, high-density backplane system that requires minimal contact resistance or unwanted noise. It is also extremely durable, making it ideal for system integration into demanding, rough industrial environments.

Working Principle

The 533236-4 housing consists of an aluminum base with high-density contact configuration made up of high-performance gold-plated sockets arranged in multiple rows and columns. The contacts are inserted into each other in an alternating pattern to ensure high-speed transmission without any crosstalk or interference. The contacts are carefully designed to absorb thermal expansion and contraction during operation, reducing connector wear and ensuring high-level performance. The housings are also designed to provide an efficient and homogeneous electrical connection between the board and the backplane connectors.

Conclusion

The 533236-4 backplane connector system is a highly reliable solution for high-speed data transmission. Its integrated socket contacts ensure superior performance and its aluminum base provides a homogenous and efficient electrical connection between the board and the backplane connectors. Its robustness and durability make it suitable for use in a wide variety of demanding applications, including those requiring consistent performance and reliability.