801-87-022-10-143101

Rectangular Connectors, often abbreviated to the term \'headers\' are electrical connectors that are constructed as a bar with multiple contact points. Both the headers and corresponding receptacles, known as female sockets, have connections with rows and columns of connections, routable from both sides. 801-87-022-10-143101 is a type of Rectangular Connector that belongs to the header family. This article explores its application field and working principle.

Application field

The 801-87-022-10-143101 is a 2 row header that is commonly used for embedded interconnects, IC socketing, and provides optimized performance for most LED applications. Due to its flexibility and reliable interconnects, this header is suitable for low and moderate speed data, power, and signal applications, and is designed to be used with lead and leadless packages. 801-87-022-10-143101 has a contact count per row of 10, with both rows formed by a single part, thus providing two points of contact suitable for a wide range of application scenarios.

Working Principle

The working principle of 801-87-022-10-143101 is based on the spring-loaded, friction-lock system. This system facilitates positive contact retention and requires a small amount of installation/removal force. This header is mated to the printed circuit board by soldering either onto PCB pads or plated through holes, thus providing a strong connection. It has a drop in mated interface, which is designed to occur at one time with an even pressure distribution throughout the mating face, helping to ensure connection integrity, dependability, and error-free mating. It also allows for easy handling without the need of additional tools, making it suitable for various mounting options like direct PCB solder, through-hole mounting, and lead jacking.

Conclusion

In conclusion, the 801-87-022-10-143101 is a type of Rectangular Connector that belongs to the header family. It is commonly used for embedded interconnects, IC socketing, and provides optimized performance for most LED applications due to its flexibility and reliable interconnects. The working principle is based on the spring-loaded, friction-lock system, which facilitates positive contact retention and requires a small amount of installation/removal force. Its drop in mated interface allows for easy handling without the need of additional tools, making it suitable for various mounting options.