51939-183

Backplane connectors are used to interconnect boards within a system. They are used instead of wire-wrap, point-to-point wiring or multi-pin connectors to reduce the complexity and improve the reliability of the system. The 51939-183 backplane connector is a specialized type of backplane connector designed for use in larger systems. It can be used to interconnect multiple boards and enable them to communicate with each other. The advantages of the 51939-183 backplane connector include its high speed of data transmission, which allows for faster transfer of information, and its physical durability, which allows it to withstand harsh/rugged environments.

The 51939-183 backplane connector is composed of several parts. Firstly, there are two parallel planes of ground, Vcc, and other signal connections. This plane formation effectively reduces noise and crosstalk. Secondly, the connector is composed of staggered contacts that enable different levels of contact. This enables the connector to provide superior contact between the boards, thus improving transmission stability and reducing the potential for data corruption. Lastly, the connector houses a shield to reduce the interference from external signals such as electromagnetic radiation.

The 51939-183 backplane connector is used to enable communication between multiple boards. It has two main functions: connecting the boards and routing the signals. The connector is used to connect the boards together by way of a pin-on-pin contact. The staggered contacts of the connector enable different levels of contact and reduce the potential for data corruption due to poor contact. The connector also routes the signals between the boards. The parallel planes of ground, Vcc, and other signal connections allow for high speed of data transmission while reducing noise and crosstalk. Lastly, the shield of the connector reduces interference from external signals.

The 51939-183 backplane connector is ideal for larger systems that require high speed of data transmission, durability, and resistance to external interference. It is also more reliable than wire wrap and point-to-point wiring, making it the ideal connection solution for larger systems that require high performance and reliability.