10106814-074002LF

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The 10106814-074002LF is an array, edge type, mezzanine board to board connector designed to increase the number of printed circuit boards (PCBs) in an array configuration. The 10106814-074002LF is designed for two mating boards to be stacked together in a two-dimensional array. It is especially designed for applications where space is at a premium, such as in high-density electronic systems, telecom, networking or industrial control.

The 10106814-074002LF is designed to provide a robust, reliable connection in an array configuration between two PCBs. It is built with a process called array engraving. This involves engraving small apertures in the connector body. This results in shorter contact paths with improved electrical performance. The connector further features a latch lock mechanism, which ensures a secure connection between the two boards.

The 10106814-074002LF offers two types of contact: pin and socket, both available in various sizes. The contact pins are made from gold-plated brass and are securely anchored in a rugged plastic housing. The socket contacts feature a unique design that allows protection against overloads, shock and vibration. The socket contacts come in a variety of sizes and shapes to accommodate different pin configurations.

The connector is designed to be mounted onto a PCB with two holes. The board is held in place by a pair of mounting points, which are placed on either side of the connector. This ensures the contact’s reliability and stability. The connector is further designed to be used with equipment that exerts low to medium temperatures, such as boards with integrated heat sinks. Additionally, the connector is qualified to be used in a wide temperature range (-55°C to +125°C).

The 10106814-074002LF mezzanine board to board connector is designed for a wide variety of industry equipment, such as industrial controllers, telecom applications, medical equipment, and automotive systems. Its rugged design and reliable performance make it well suited for any application. Furthermore, it offers an economical solution for designers looking to reduce their footprint and build a more reliable system.

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