802-40-060-10-004000

Rectangular Connectors - Headers, Male Pins - 802-40-060-10-004000 Application Field and Working Principle

Rectangular connectors are designed to facilitate electrical connections between two or more circuits or components. Amongst the variant types of rectangular connectors are headers, male pins (MPS), designed with 802-40-060-10-004000 for usage. This article will explain the application field as well as the working principle for both headers and male pins.

Application Field for 802-40-060-10-004000

The 802-40-060-10-004000 heads and male pins feature a high current capacity and an operating temperature range of -55 °C to +125 °C. Because of these features, they are suitable for many automotive and prop-industrial applications, including automated machine control or robot systems.

In addition, they are perfectly suited for high performance data communication networks such as in Intelligent Transportation Systems (ITS), Local Area Networks (LANs), and telecommunications systems. Lastly, the 802-40-060-10-004000 is ideal for power and sensor/control devices in embedded, automotive, or air/data applications.

Working Principle of 802-40-060-10-004000 Heads and Male Pins

Headers are a type of contact that projects from printed circuit boards. They are designed to provide physical support and electrical connection to wire harnesses. The 802-40-060-10-004000 heads have a small mechanical retention force, which allows them to hold properly in position in the mating socket. Their retention force is comparable to that of snap-in pins, making them suitable for applications where space is limited.

On the other hand, male pins are designed for use with housings or PCBs. They also feature a retention feature and are simply pressed in place on the board. The 802-40-060-10-004000 male pins offer a superior performance when compared to other types of pins, making them particularly suitable for high-performance applications.

Conclusion

In conclusion, the 802-40-060-10-004000 heads and male pins are suitable for a wide variety of automotive and prop-industrial applications. Their high current capacity and operating temperature range make them suitable for various data communication networks. Lastly, they also feature a reliable retention feature which makes them suitable for mounting on housings or PCBs.