FCC17C37PM240

D-sub connectors are widely used in many portable and wired electronic devices. One of the most commonly used D-sub connectors is FCC17C37PM240. This connector has been widely used in many applications due to its durability and reliability. In this article, we will discuss the application field and working principle of the FCC17C37PM240 D-sub connector.

Application Field of FCC17C37PM240 D-sub Connector

The FCC17C37PM240 D-sub connector is a multipurpose connector. It is mainly used in the telecommunications, aviation, and military sectors, as well as in industrial and consumer applications. It is also suitable for applications in hostile environments with high mechanical stress. In the telecommunication sector, it is used in many audio systems, such as audio frequency cable systems, ultra-high-speed ISDN lines, and networks with high data transmission rates. In the military field, it can be found in weapons, navigation systems, and surveillance systems. In the aviation industry, it is utilized in oxygen systems, electrical systems, and radar systems. In the industrial sector, FCC17C37PM240 is used in automation and instrumentation equipment. In the consumer sector, they are utilized in digital devices, such as computers, mobile phones, and smart TVs.

Working Principle of FCC17C37PM240 D-sub Connectors

The FCC17C37PM240 D-sub connector is a multi-pin connector made up of two parts, the male and female connectors. The male connector is inserted into the female connector in order to establish a connection. The connections made by these D-sub connectors are secured by crimping or soldering. The male connector is usually equipped with a threaded locking ring which helps to secure the connection and prevent any accidental disconnection.

These D-sub connectors are equipped with copper-plated contacts which help to ensure low contact resistance. The contacts are also tin-plated, which provides a strong and reliable connection. Additionally, these connectors are equipped with an internal grounding piece which helps to protect against electrical interference. Finally, the FCC17C37PM240 D-sub connector is designed with an electrostatic shield which even further reduces interference and increases the reliability of the connection.

Conclusion

The FCC17C37PM240 D-sub connector is widely used in many applications due to its excellent performance and reliability. Its application field includes but is not limited to: the telecommunications, aviation, and military sectors, as well as in industrial and consumer applications. It is a multipurpose connector which is secured by crimping or soldering, and it is equipped with copper-plated contacts for low contact resistance and strong and reliable connections. Finally, its electrostatic shield helps to reduce electrical interference, further increasing the reliability of the connection.