10-89-1406

10-89-1406 Rectangular Connectors - Headers, Male Pins Application Field and Working Principle

10-89-1406 rectangular connectors – headers, male pins are among the most versatile electronic connectors used in various electronic and electrical devices. These high-quality connectors are designed for use in limited-space applications, as they do not take up as much space as circular connectors. Moreover, they are highly reliable and are suited for flexing applications. As such, 10-89-1406 rectangular connectors are widely used in telecommunications, military, medical and automotive sectors, as well as in consumer electronics.

Application Field

10-89-1406 rectangular connectors – headers, male pins are most frequently used in industrial and commercial applications. On account of their robust and slim construction, they are frequently used to connect components in devices with limited space, such as in laptops, desktop computers, and cell phones. These connectors play a significant role in practically all kinds of electronic and electrical devices and equipment. In addition, they are also suitable for applications in the outdoors, as they are able to withstand extreme conditions.

Working Principle

The working principle of 10-89-1406 rectangular connectors – headers, male pins is quite simple. The male pins are inserted into the female connectors, forming convincing and complete connections. They feature some type of locking or latch, allowing them to provide secure connections that are resistant to both shock and vibration. Continuous stress and strain due to cable flexing are also assured, making them some of the most reliable contacts for harsh mechanical stress.

The 10-89-1406 connectors employ a unique locking mechanism to ensure impressive connections. This locking mechanism also ensures that the connectors remain firmly seated even in extreme conditions. The low level force contacts used by the 10-89-1406 rectangular connectors also ensure reliable connections in extreme environmental conditions. The low insertion force additionally eliminates chances of damages to delicate circuit boards, allowing for error-free connections and a longer life for the circuits.