DF9-19P-1V(32)

DF9-19P-1V(32) is a type of rectangular connector, specifically categorised into the Arrays, Edge Type, Mezzanine (Board to Board) family. It is a low profile mezzanine connector, typically used in applications where space saving is essential, like in laptop circuit boards and low profile consumer electronics. The particular design of this connector also offers up enhanced vibration resistance, and its high density and multi-pin configuration can carry 26 signals. DF9-19P-1V(32) is available as male or female components, with a contact pitch of 0.35 mm and 0.5mm.

The working principle of DF9-19P-1V(32) is based on its pin and receptacle connection. The receptacle is typically made of plastic, and the male pins are thermoplastic which is contact-molded onto the board. There are 19 terminals per-row, and each terminal is securely held in place by a latch lock mechanism. The key feature of this latch lock makes it advantageous as it ensures reliable and stable connection, meaning the user can easily remove the connectors without damaging the terminals.

The primary application field of DF9-19P-1V(32) is in complex and high-density connections where the mezzanine connection saves board space. It is also widely used in data communications, communications equipment and laptop computer boards, as it provides us with good contact reliability and vibration and shock resistance. Furthermore, because of its small pitch size, the connector is also perfect for high packing density and tight pitch remote installations. Furthermore, it has a high insertion force and high-temperature usage range.

Overall, DF9-19P-1V(32) is a great option for edge type mezzanine connector for a host of applications, particularly when space is at a premium. It is available in both male and female versions, ensuring compatibility in most equipment, and its ideal for simpler or complex connections alike. Perhaps the greatest advantage of using this connector is its superior vibration resistance, ensuring reliable connection even when used in fast-paced and uncertain environments.