PBC08DAFN

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PBC08DAFN connectors are high-density, low-profile, board-to-board interconnection devices, commonly known as rectangular connectors, headers, or male pins. They are typically used for communication, power, and control applications.

The PBC08DAFN’s design consists of two boards. Each board features a series of male pins in the form of a rectangular socket, situated parallel to the board longitudinal axis. The two boards comply with the DME and FME standards, allowing the boards to be brought into contact with each other to form an electrical connection.

When mated, the two boards are held securely in place via a series of metal retainers and connectors. The metal retainers ensure that the mated boards remain secure and in alignment with each other, while the male pins create an electrical connection between the boards.

The PBC08DAFN connectors are designed to provide maximum contact force and minimum insertion/removal force. This is achieved through a combination of self-aligning male and female pins, recessed contact surfaces, and an ergonomic insertion/removal design.

The PBC08DAFN connectors contain male pins which are designed with a stepped profile. This stepped profile allows the connectors to be mated with a variety of mating boards, both thick and thin. Each male pin also features a wide range of crenellations, which provide increased electrical contact area and increased mechanical stability.

The PBC08DAFN connectors also feature an ergonomic insertion/removal design, which ensures that the connectors can be inserted and removed easily, without the use of specialized tools. This design consists of two levers on each board, which must be actuated in order to insert or remove the connectors.

The PBC08DAFN connectors offer a wide variety of features for applications requiring the transmission of power, data, and/or control signals. These include a reliable and robust design, high contact force, and an ergonomic insertion/removal design. As such, the PBC08DAFN is a popular choice for a wide range of applications.

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