FCC17A15SA64B

D-Sub connectors are used to interconnect components in a wide range of electronic and electrical equipment applications including computers, machine tools, office equipment, communications systems, instrumentation and test equipment. One such D-Sub connector that has found wide application is the FCC17A15SA64B. This connector combines a variety of features and design elements into a single product.The FCC17A15SA64B connector has a 15-way shell that is made from zinc die cast and is used for both female and male contacts. It contains a solder station that allows quick and easy insertion of wires into the female connection. Its unique design allows up to four individual contact shells to be connected to the same female receptacle without the need for re-wiring. This feature streamlines the installation process and reduces the amount of time and labour required.The FCC17A15SA64B connector has an operating current rating of approximately 10A and a nominal voltage of 250V ac/dc. It features removable and slotted strain reliefs that ensure the contact pins and insulation shields are secure and inaccessible to damage. Additionally, the connector has a strain relief spring that locks the strain relief cable and prevents stress on the contact pins.The connector also features a clip-on feature that secures the contact housing to the female receptacle making it easy to install and secure. It has a so-called ‘tempcycle’ feature that ensures the contacts maintain their positions during temperature fluctuations and resist weakening and breaking as a result.The working principle of the FCC17A15SA64B connector is very simple. Basically, two female terminals in the connector fit into receptacles on either side of the mating half. The shells are then rotated to lock securely into place. The contact pins are then inserted and held securely by the strain reliefs on either side of the connector. Finally, the clips are secured to keep the connector secure to the female receptacle.The FCC17A15SA64B connector is designed for a wide range of applications including computer motherboards, telecommunications equipment, power supplies, audio equipment, and more. Its combination of features and design elements makes it ideal for a variety of applications where reliability, performance, and ease of installation are important considerations.