10091836-M0J-60DLF

Backplane Connectors - Specialized

The 10091836-M0J-60DLF is a specialized backplane connector designed to efficiently transfer high power across wide gaps. These connectors are used in a wide range of applications, from mobile devices to medical equipment, industrial machinery, automotive systems, and beyond. They are used to connect two or more components together, and act as a bridge between two signals. As such, they are a critical part of many electrical systems.

Application Field

The 10091836-M0J-60DLF is often used in communication systems, computers and peripheral equipment, automotive systems, and consumer and industrial electronics. It is especially useful in systems that require high power transfer, since its high voltage and wide gap capability facilitate high-power applications. This connector can also be used to bridge long distances between two or more components; it can accommodate power and signal transmission over extended distances.

Working Principle

This backplane connector operates in a similar fashion to a traditional PCB connector. The primary components of the 10091836-M0J-60DLF are an insulating shell and pin contacts. The pin contacts are positioned in a specific pattern on each connector’s shell, and the two connectors are mated by aligning the pins of one connector with the shell of the other. When the connectors are mated, the pin contacts make contact with the shell contacts. The pin contacts then create an electrical connection that facilitates the high-power transfer of signals.

Additionally, the 10091836-M0J-60DLF also includes a locking mechanism to ensure that the connectors are securely fastened together. This mechanism ensures that that the connector will not come undone during use.

In Summary

The 10091836-M0J-60DLF is a specialized backplane connector designed to efficiently transfer high power across wide gaps. It is used widely in communication systems, computers and peripheral equipment, automotive systems, and consumer and industrial electronics. Its working principle is similar to a traditional PCB connector, and it also includes a locking mechanism to ensure its secure fastening.