641214-2

641214-2 is an electronics board-to-board connector developed by Yamaichi Electronics, part of the YKC series. It is a vertical or horizontal design with a 4.2mmx2.5mm pin pitch, a 1.5mm overall height, and 0.4mm contact railings. It is designed to provide robust electrical and mechanical connections between various boards, including printed circuit boards, backplanes, and motherboards.

The 641214-2 is classified as a rectangular connector, and is commonly known as a header. It has two rows of male pins on the end of the connector that plug into corresponding female sockets on the opposite side. It is designed with a square-shaped center post that holds all the pins in place. The pins have a 0.6mm contact area to allow for a secure electrical connection.

641214-2 connectors are commonly used in a variety of electronics applications, including computer boards, communications boards, industrial electronics, and automotive electronics. They are especially useful for high-density, low-voltage applications that require a reliable electrical connection in a small form factor. The 641214-2 is also well-suited for connecting several devices in a network or daisy chain.

The working principle of the 641214-2 connector is quite simple. When the pins are inserted into their corresponding female connectors, they create electrical contact between the two boards. The connection is maintained by metal or plastic blocks that keep the two boards in place and secure the connection. Thanks to its robust design, the 641214-2 is highly durable and can handle a wide range of temperatures, vibrations, and environmental conditions without compromising the electrical connection.

The 641214-2 is a reliable and efficient rectangular connector that can handle a wide range of applications in various industries. It is easy to install and highly resistant to corrosion, making it a great choice for long-term use. It is an affordable and efficient solution for electronics systems that require reliable connections in a small form factor.