DF3D-10P-2V(50)

DF3D-10P-2V(50) is a type of rectangular connector – headers, male pins – which has some specific applications and a specific working principle. To begin with, this type of connector is mainly used for various consumer electronic products, motors and home appliances. With a circular pin count of 10 pins, this connector is best suited for a variety of electronic applications.

In such applications, DF3D-10P-2V(50) offers several advantages over traditional connectors. The most important advantage is the high current rating of the connectors, which provides a reliable and stable power connection. The connector also provides good moisture- and vibration-resistance, as well as improved EMI shielding. Additionally, the design of the connector allows for better cable routing and easier insertion, features which are especially important in electronics. Understanding the advantages of this type of connector, it is clear why it is used in so many electronic applications.

The working principle of DF3D-10P-2V(50) is quite simple. Its pins are designed to fit into a wide variety of mating connectors, allowing easy insertion and reliable connection. The pins themselves are made from copper alloy, and their design provides optimal contact and low insertion force. Furthermore, the superior sealing ability of the pins ensures long-term protection against moisture and corrosion. The design of the pins also ensures that all the pins are making full contact with their mating connector, preventing poor connection or other kinds of malfunctions.

In conclusion, the DF3D-10P-2V(50) is a type of rectangular connector – headers, male pins – which has some specific applications, mainly related to consumer electronics. Its main advantages are the high current rating, excellent moisture- and vibration-resistance, as well as EMI shielding. The working principle of this type of connector is quite simple, and involves the insertion of the pins into a wide variety of mating connectors, providing a reliable and stable connection.