DBM5C5P1AFNA191

DBM5C5P1AFNA191 Application Field and Working Principle

D-sub connectors are commonly used in a variety of electrical and electronic devices. DBM5C5P1AFNA191 is a type of D-sub connector designed for use in miniature footprints with excellent mechanical robustness and dependability. This article will explore the application field and working principle of DBM5C5P1AFNA191.

Application Field

DBM5C5P1AFNA191 is mainly used as connecting links between computer and peripheral devices. It can support applications in a variety of fields including vibration control, high temperature, and EMC protection. Its small size and reliable operating performance make it ideal for a wide variety of communication and industrial control applications including automation, robotics, audio/visual, broadcast, medical, and embedded control. It is suitable for connections requiring robustness and highly secured connections ensuring maximum performance and data integrity.

Working Principle

DBM5C5P1AFNA191 utilizes a three-piece design which utilizes a wiping action to ensure a secure connection. The first part of the design is a socket consisting of an outer sleeve body, a male contact and a spring insert. When connected to a corresponding female plug, the contact and spring insert provide a wiping action and the outer sleeve body provides mechanical robustness to ensure a secure connection. The second part of the connector consists of an outer shell which helps to protect the connector from any external elements. The third part of the design includes an internal signal connection mechanism which helps to reduce signal interference. This ensures a reliable connection and helps to improve the performance of the entire system.

Conclusion

In conclusion, DBM5C5P1AFNA191 is a type of D-sub connector that is commonly used in electrical and electronic devices. It is suitable for a variety of application fields and utilizes a unique three-piece design which utilizes a wiping action to ensure a secure connection. It is ideal for connections requiring robustness and the highest data integrity. This article has highlighted the application field and working principle of DBM5C5P1AFNA191.