FCC17A15PC240 Connectors, Interconnects

D-Sub connectors are a broad type of connectors that are used in many different applications including the popular FCC17A15PC240. This type of connector is commonly used in audio, video, and computer applications. The connector features two rows of parallel pins on its male part, and two rows of female sockets on its female part.

When it comes to the FCC17A15PC240, this particular connector features 15 pins and 24 sockets. The pins are 2mm in diameter and 0.1mm in pitch. The Femal part of the connector is made of brass while the Male part is constructed from a combination of gold and brass. The connector has a DC working voltage of 250V and a rated current of 2.5A.

The main applications of the FCC17A15PC240 D-Sub connector include the use in sound cards, video cards, Ethernet cards, and in other computer applications. It is also commonly used in audio/video systems.

As for the working principle behind D-Sub connectors, there are two main methods. The first of these is a mechanical connection. The second is an electrical connection.

When it comes to a mechanical connection, the two parts of the connector are joined together and the pins make contact with the sockets in order to provide a secure and reliable connection. This mechanical connection is the most common method for D-Sub connectors.

When it comes to an electrical connection, this involves the use of a wire between the two parts of the connector. The electrical connection is then made when the wire is inserted into the pins and sockets on both parts. This is a more reliable and secure connection option since no wires are exposed and the chances of a loose connection are greatly reduced.

In conclusion, the FCC17A15PC240 is a D-Sub connector that is commonly used in audio, video, and computer applications. It features 15 pins and 24 sockets and is constructed from a combination of gold and brass. The main applications of this connector include the use in sound cards, video cards, Ethernet cards, and other computer applications. As for the working principle, there are two main methods: a mechanical connection and an electrical connection.