FCC17C37SN440

D-Sub Connectors are electrical connectors with multiple pins in a single housing. They are the most common type of connector globally due to their ability to connect any combination of signals, from electrical and digital to a fiber optic link. Additionally, their compact design allows for greater port-density on circuit boards and in systems. One such D-Sub Cooker, is the FCC17C37SN440.

The Application Fields of the FCC17C37SN440

The FCC17C37SN440 is most often used in the aerospace, military, industrial and telecom industries. This is because the connector itself is rated for shocks and vibrations and has a great electromagnetic interference (EMI) performance. This ensures that the data transmitted through the cables is error-free and will not be corrupted by external sources. In addition, its stainless-steel housing adds to its heat and cold tolerance, as well as its strength under adverse conditions.

The FCC17C37SN440 also has the capability to pass multiple signals, such as analog, digital and fiber optic. This is ideal for applications where multiple signals must be sent simultaneously and most types of data can be handled easily. Additionally, the connector itself is much smaller than other standard connectors, meaning it is preferable for applications where port density is of utmost importance. This includes applications such as industrial backplanes, medical equipment and cockpits.

The Working Principle of the FCC17C37SN440

The FCC17C37SN440 works on the principle of contact redundancy contact. This ensures the data is transmitted securely and accurately, even in the face of shocks and vibrations. The connector uses a series of metal pins to carry the signal from one side to the other. Each of these pins is polarized which means it can only be inserted one way into the female side of the connector. This ensures the data is reliably transferred and there is no possibility of the wrong signal being transferred.

In addition to the contact redundancy, the FCC17C37SN440 also uses an additional conductive housing. This ensures that any stray electromagnetic interference is filtered out before being passed to the other side. This reduces the chances of errors and crashes, and increases the reliability of the data being transmitted.

Conclusion

The FCC17C37SN440 is a great tool for those in the aerospace, military, industrial and telecom industries. Its capability to pass multiple signals while remaining small means it can be used in many applications. Additionally, its contact redundancy and conductive housing ensures that data transmitted through the cables is error-free and reliable.