DF30FB-20DS-0.4V(82)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DF30FB-20DS-0.4V(82) rectangular connectors are part of the Arrays, Edge Type, Mezzanine (Board to Board) family of connectors. As the name suggests, these types of connectors are designed for use in board-to-board array applications.

The DF30FB-20DS-0.4V(82) rectangular connector features an embedded edge card socket, a 0.4mm pitch, and an 8x2 contact array. The socket has a maximum current rating of 0.4A and a voltage rating of 6A per contact. It is also designed to be backward compatible with previous generations of connectors.

The DF30FB-20DS-0.4V(82) can be used in a variety of applications. For instance, it is suitable for use in medical,industrial, automotive, aerospace, instrumentation, and communication applications. It is also commonly used for general data transfer and power distribution.

The DF30FB-20DS-0.4V(82) boasts some impressive features, such as a space-saving design, a high packing density, and a cost-effective design. Additionally, it offers excellent stability when mated, along with a secure fit when installed in an array.

The DF30FB-20DS-0.4V(82) also impresses when it comes to its working principle. It operates on the contact system principle, which means that the gold-plated contacts on the connector create an electrical connection between the mating boards. This allows for reliable signal transfer and minimal power loss. The DF30FB-20DS-0.4V(82) also has an internal locking system that ensures the mated connectors stay mated, even in the event of vibration.

The DF30FB-20DS-0.4V(82) Rectangular Connectors is a reliable and versatile connector that is suitable for a wide range of applications. It features a compact design, a high packing density, and cost effective design. Furthermore, its contact system principle ensures reliable signal transfer with minimal power loss. Thanks to its internal locking system, the mated connectors stay mated, even when subjected to vibrations.

The specific data is subject to PDF, and the above content is for reference