FCC17A15PM480

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D-Sub Connectors

D-sub connectors are sockets that have two rows of pins or sockets in a D-shaped form. These connectors are commonly used in electrical and computer engineering for external devices such as serial ports. The most common type of D-Sub connector with two rows of pins is the FCC17A15PM480, which is a 15-pin type connector. This type of connector is commonly used for connecting to a wide variety of devices, from computers to flat-panel displays.

Application Field

The FCC17A15PM480 is primarily designed for use in electrical and computer engineering applications. This type of connector is often used for connecting external devices to computers such as serial ports. It can also be used for connecting flat-panel displays, such as LCD or plasma screens, to computers and other devices. It is also used in the networking industry for connecting computers and routers to each other.

Working Principle

The working principle for this type of connector is fairly simple. It consists of two rows of pins or sockets that are arranged in a D-shaped form. The outermost row consists of 9 pins, and the inner row consists of 6 pins. These pins fit into slots in the connector which allow for the proper connection between the device and the connector. The pins are made of metal, usually copper or brass, and the socket is made of plastic. The pins and sockets are held together by two metal rings which are tightened with a screw or clip.

When a device is connected to the FCC17A15PM480 connector, electrical signals can be sent and received. The complex electrical signals are transferred from one end of the connector to the other by a signal path created by the pins and sockets. The signal path runs from the pins to the sockets and then back to the pin again, which creates the necessary connections for data transmission.

Conclusion

The FCC17A15PM480 is a 15-pin type connector that is primarily used for electrical and computer engineering applications. It features two rows of pins or sockets in a D-shaped form, which allows for the connection of different devices to the connector. The working principle of the connector involves the signal path created by the pins and sockets, which allow the signals to be transferred from one device to the other.

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