850-10-022-10-001000

Rectangular Connectors - Headers, Male Pins

Rectangular connectors - headers, male pins, are the most commonly used type of electrical and electronic connectors. They are used in a variety of applications, ranging from consumer electronics to industrial equipment. They are often found in cell phones, computer motherboards, and other electronic devices for connecting two or more circuit boards together.

850-10-022-10-001000 Application Field

The 850-10-022-10-001000 is a type of rectangular connector, specifically a header male pin that is designed for use in data and telecommunications applications. The design features gold plated contacts for superior performance and signal integrity. It is an ideal solution for harsh environments that require a reliable connection.

Working Principle of rectangular connectors - headers, male pins

The operation of rectangular connectors - headers, male pins is based on the principle of electrical connection. The male pin header contains electrical contacts on its two ends which serve as electrical pathways or “conduits”. These contact points are adapted to fit into a female connector on the opposite circuit board to establish an electrical connection. When a force is applied to the male pins to insert them into the female connector, the electrical contact points bridge the two board connections. This establishes an electrical pathway for current communication between the two circuit boards.

Rectangular connectors - headers, male pins are also designed to have a self-retaining feature that helps secure the connection after insertion. This is achieved through a “tongue-in-groove” type of contact that allows the male pin to bite into the female connector after insertion. This feature allows for a secure and reliable connection in environments where it is necessary.

Conclusion

The 850-10-022-10-001000 is a type of rectangular connector that is designed for use in data and telecommunications applications. It features gold plated contacts for superior performance and signal integrity, making it ideal for harsh environments. It works on the principle of electrical connection, using contact points to bridge the two board connections, and has a self-retaining feature which allows it to secure the connection after insertion. As such, it is an essential and practical solution for many electrical/electronic applications.