09185646953

Rectangular Connectors - Headers, Male Pins

09185646953 is a type of rectangular connecter, specifically a header and male pins combination, commonly used in electronic equipment and computer systems. It provides a secure connection, both structurally and electrically, and is capable of transmitting reliable digital signals or carrying current.

Application Field

09185646953 is used in a variety of applications in the tech industry, including communications, computers, medical, off-grid energy systems, industrial control systems, test and measurement systems, aerospace and military, and more. It is particularly popular in applications requiring a small physical footprint in combination with reliable connectivity.

Working Principle

09185646953 consists of a plastic housing with two sets of male pins, typically containing two to five pins each. The male pins are designed to fit into female socket connectors or other headers. When the header is mated to the female socket, the pins press firmly into the sockets to create a reliable mechanical and electrical connection. In addition to transmitting digital signals or providing power, they are also capable of withstanding a certain amount of environmental conditions and temperature extremes.

The header design of 09185646953 facilitates a secure yet easily reversible connection. This means that it can be easily disconnected without damaging either component. This makes it an ideal choice for applications that may require frequent connecting and disconnecting, such as those found in industrial control systems.

Conclusion

09185646953 is an example of a rectangular connector with a header and male pin arrangement. It is a reliable and flexible connection option and is popular in a variety of electronics applications. It is designed for reliable and secure connections, and is capable of withstanding certain temperature extremes and environmental conditions. Furthermore, the header design of 09185646953 facilitates an easy-to-use and easily reversible connection.