DF37B-16DP-0.4V(75)

DF37B-16DP-0.4V(75) is a type of rectangular connector belonging to the Arrays, Edge Type, Mezzanine (Board to Board) category. With its unique characteristics, the connector is widely applied in various products, such as computers, communication equipment, audio-visual devices, cars, and home appliances.

The DF37B-16DP-0.4V(75) can be used in multiple applications due to its efficient design. It is a mezzanine connector which features two rows of 16 contacts, with a board-to-board mount and 0.4mm pitch. Made of durable thermoplastic, the connector is highly resistant to harsh weather conditions, UV radiation, and chemicals. It has an operating temperature range of -40°C to +105°C, and a current rating of 1A per contact. The DF37B-16DP-0.4V(75) also has an insulation resistance rating of more than 1000MΩ and a voltage rating of 300V AC/DC.

The working principle of the DF37B-16DP-0.4V(75) is simple enough for various products. After the connector is mounted on the board, it makes contact with the other board through pressing. This pushing force produces an electrical connection between the two boards, allowing for the transfer of data or power. The pressing force of the connector also ensures the connection is stable and secure, preventing misalignment and preventing damage caused by vibrations.

In addition, the DF37B-16DP-0.4V(75) uses an interlocking mechanism, which creates additional rigidity on the mating area. This makes the resulting connection stronger and more reliable, reducing the possibility of signal loss or data corruption. It also helps reduce electromagnetic interference (EMI) and radio frequency interference (RFI) emissions, further improving the signal integrity of the connection.

The DF37B-16DP-0.4V(75) is an efficient and durable connector which is suitable for applications in multiple industries. Its high performance and reliable connection make it an ideal choice for products which require reliable performance and long-term usage. The connector also offers a low profile design, ensuring it is compatible with most circuit boards.