163A16339X

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D-sub Connectors have become ubiquitous in ubiquity in a wide range of applications from computer networking to audio-visual technology. The
163A16339X is a 9-pin version of the iconic D-Sub connector and is considered one of the most popular types of connectors in the industry. This article aims to take a closer look into this connector\'s application field as well as its working principle.

Application Field of 163A16339X

For the everyday consumer, 163A16339X connectors are usually seen in computer networking. They are often used in the Ethernet ports found in most desktop and laptop computers. These pins create the physical connection between the computer and the wired network. Without it, there would be no data transfer.

The use of 163A16339X connectors is not only restricted to PC users. It is also popular in the entertainment industry. The connectors allow the transmission of audio and video signals between devices such as television sets, amplifiers and speakers. The connector also facilitates the connection of external devices such as hard drives, CD and DVD players.

Working Principle of 163A16339X

The 163A16339X connector is designed in an identical manner to all other type of D-sub connectors. It has a protruding plastic tongue at the contact point that securely holds the pin of the counterpart down. This prevents any wiring lanes from being accidentally pulled out of the gap between the contactor terminal and the connector.

The contact ends of 163A16339X are made of bronze and are electroplated with a layer of nickel and gold to ensure no potential signal loss. The two galvanized screws either side of the contactor provide an added layer of protection. They make sure the contactor remains secure throughout its period of use but can be quickly unscrewed for maintenance and installation purposes.

When a signal is passed through the 163A16339X connector, the pins on either side act as a switchboard, allowing internal connections to form between them. As the current passes between the pins, the signal is weakened and some of the power is dissipated. This is why a signal must be amplified before it is transmitted over longer distances.

Conclusion

The 163A16339X is an extremely common type of connector that has proven to be reliable over a wide range of applications. Its application field ranges from computer networking to the entertainment industry whilst its working principle involves the formation of a switchboard like connection between two pins. With the use of galvanized screws and a layer of protective finish, the 163A16339X should provide a reliable connection for many years to come.

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