PEC26SAFN

The PEC26SAFN is an application-specific rectangular connector header designed for use in medical and industrial applications. It is a board-to-board connector that is insulative and may be used in a variety of ways to provide connections for power, signal, or multiple shield layers. With its small size and only 26 terminals, the PEC26SAFN is easy to install and suitable for use in space-constrained electronics.

The PEC26SAFN rectangular connector header is composed of male pins, which have two connections, one for the board and one for the wire. The male pin is typically a male header terminal that may be crimped or soldered to a wire, or it may be surface-mounted to the board. Both the ends of the header are molded into a single insulative material, such has plastic, rubber, or paper, and come in two different colors, black and white. The ends of the header are held in place with a locking mechanism, such as locking clips or screws.

When the header is installed, the built-in locking mechanism ensures that the header is securely fastened to the board or wire. The male pins and the board contacts are arranged in parallel rows, providing a secure connection between the components. To ensure that the components are properly aligned and connected, each male pin is precisely milled for proper fit. Additionally, the male pins are corrosion-resistant and designed for easy mating and un-mating.

Due to its compact size and only 26 terminals, the PEC26SAFN is easier to install than many other similar headers. Additionally, the molded insulative material makes this header perfect for medical or industrial applications, since these two industries require a great deal of safety when it comes to connections. This rectangular connector header’s corrosion-resistance also makes it suitable for harsh environment, such as moist environments or exposed areas.

All in all, the PEC26SAFN is an ideal solution for small board to board connections, or for electrical signals or power transfer. It is easy to install and reliable, and adapted to both industrial and medical applications. Its small form factor means that it can also be used in space-constrained electronics, allowing for more efficiency in electrical connections.