225831-1 Connectors, Interconnects

Introduction

225831-1 is a 10-contact backplane connector, designed to mate with a 10-position male or female connector. It has two rows of five contacts, which are current-carrying and are used in T-type configurations. Each contact is wired in parallel, meaning that the same current flows through all 10 contacts when mated. The contacts are designed specifically for backplane applications, as they are able to carry a higher current than other types of connectors.

Application Field

225831-1 connectors are used mainly in backplane communication and power distribution applications. They are commonly used for inter-system communication, such as between a controller and a sensor. They can also be used in applications where multiple power sources need to be connected to the same circuit. For example, they might be used to supply power to multiple devices through a backplane.

Material and Structure

225831-1 connectors are made of copper alloy, with gold plating for corrosion resistance. They have a pitch size of 2.45 mm, with a total body length of 11.3 mm. The contacts are designed with a roll-cage configuration, which provides a secure connection between the connector and the mating device. The contacts are then soldered onto a plastic housing, which provides mechanical support as well as heat dissipation.

Working Principle

The working principle of 225831-1 backplane connectors is quite simple. When two mating connectors are connected, current flows through the 10 contacts in parallel. The current is then conducted to the mating device, providing power and communication. The contacts are designed to be malfunction-tolerant, meaning that any single point of failure will not result in the entire system being affected. This makes them ideal for backplane applications, where reliability is paramount.

Conclusion

In summary, 225831-1 is a 10-contact backplane connector designed for power distribution and communication applications. It is made of copper alloy with gold plating for corrosion resistance, and has a roll-cage contact configuration for secure mating. The contacts are wired in parallel, providing a current-tolerant connection between two devices. Finally, the contacts are soldered onto a plastic housing for heat dissipation and mechanical support.