FCC17E09SC200

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D-Sub connectors are an important part of the overall electronic device architecture. They are used in various applications such as computers, electronics, and communication systems. The FCC17E09SC200 is one such type of D-Sub connector. In this article, we\'ll discuss the application field and working principle of the FCC17E09SC200.

Application Field of the FCC17E09SC200

The FCC17E09SC200 is a male 9-pin connector used mainly in telecommunications and networking. This type of connector is designed to be used in applications like modems, telephone switching sub-systems, and surveillance systems. It is also used in the development and maintenance of Ethernet networks.

This connector has a high current carrying capacity of up to 10A per contact and is perfect for carrying high-speed data. The notched pin polarization ensures the highest accuracy and quality of connection. The FCC17E09SC200 also has a low contact resistance that results in improved signal transmission. The nominally rated voltage for this connector is 250 VAC.

The FCC17E09SC200 is also widely used in medical applications such as radiology, physiatry, and electromyography. It is designed to provide a reliable connection for transmitting data and power. In addition, it is used in industrial, military, and aerospace applications for transferring power and data across dynamic and rugged environments.

Working Principle of the FCC17E09SC200

The working principle of the FCC17E09SC200 is actually quite simple. The contacts at the connector have a spring force of around 0.3 N, which is maintained throughout the connection. This ensures that there is a secure physical and electrical connection between the mating parts.

The working principle of the D-sub connector involves the use of a special metal alloy. This alloy is known as beryllium-copper and it has excellent mechanical and electrical properties. It provides the connector with its gold-plated contact finish and offers an excellent level of performance. The alloy also provides excellent vibration and thermal resistance, which makes the connector ideal for use in a wide variety of applications.

The FCC17E09SC200 has a unique feature known as the threaded collar. This feature ensures that the cables are securely connected to the connector. The threaded collar also provides additional stability and rigidity when the connector is in use.

The FCC17E09SC200 has a double contact system that ensures accurate physical and electrical connection. This double contact system enables the connector to carry more current when compared to a single contact system.

Conclusion

In conclusion, the FCC17E09SC200 is a high-performance D-sub connector with a gold-plated contact finish and a secure double contact system. This connector is perfect for use in many different applications since it has a wide operating temperature range and a high current carrying capacity. It is also designed to provide improved signal transmission due to its low contact resistance. Overall, the FCC17E09SC200 is an excellent choice for any application that requires a reliable and secure connection.

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