77315-124-12

77315-124-12 rectangular connectors, also known as headers, male pins, are commonly used in many applications for quick and reliable electrical connection. It is available in both single row and double row configurations to meet different user’s needs.

The 77315-124-12 have a two-piece insulated construction with two non-insulated male pin terminals. The upper contact sleeve is made from an insulated phenol formaldehyde with an anodized copper center conductor and an additional elastomeric sleeve. The lower insulated sleeve is made of aluminum alloy. The pins are plated with tin or gold, depending on the application.

77315-124-12 are typically used in applications where a higher power density is needed, or in difficult environments because of its resilient construction. It can be used for power applications, such as servers and PCs, as well as signal applications, including medical and automotive systems. Additionally, it is very suitable for high-voltage, high-current applications.

The working principle of the 77315-124-12 is relatively straightforward. It utilizes the pins to provide a reliable electrical connection between two points. The pins are inserted into the female connectors and make contact with the inner conductive layer, thus providing an electrical path. The main advantage of the 77315-124-12 is that it can handle high currents with low electrical losses since it presents almost no resistance.

In addition, the 77315-124-12 have a low insertion force, meaning that it is easy to assemble and disassemble. This makes it easy to use in environments where there is not much space and it is also easier to inspect after the connection has been made. Furthermore, it can be customized according to user’s needs, making it very versatile and capable of being used in a wide range of applications.

In conclusion, the 77315-124-12 are highly reliable and versatile rectangular connectors. They offer reliable electric connections and suit a wide range of application needs. Their superior design and construction enable them to withstand high current and high voltage environments making them suitable for a variety of applications.