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D-Sub cables are small, computer-ready cables commonly used in data communications and data transfer applications. They are available in a variety of shapes, sizes and applications, from short cables for on-site use to longer cables for industrial applications. These cables are also commonly known as D-Sub connectors, or DSUB cables.

The term “D-Sub” is derived from the common two positions used for most basic connections. The first is the full-sized D-shape male connector, which has a 9-pin configuration, and the other is the non-standard, miniature D-shape female connector, which has a 15-pin configuration.

The main application fields of D-Sub cables are in industrial fieldbus, communication, and control applications. Specifically, D-Sub cables are used for data acquisition, industrial remote control, remote device communication, and optical systems. Commonly, D-Sub cables are employed in robotics, factory automation, and industrial sensor applications. They are also used for connecting components in telecommunication systems, instrumentation, data communications, and data monitoring systems.

The working principle of D-Sub cables depends on their configuration. The full-sized D-shaped male cable typically uses the following pins to provide working logic: +12 VDC, ground, signal input, software-defined input, and signal output. The mini-sized D-shaped female cable generally uses pins which provide logic: +5 VDC, ground, power on, control, and software-defined output.

D-Sub cables are also commonly used in the field of computer hardware. They are used for connecting components such as IDE/SATA data cables, power cables, USB cables, and audio/video cables. In addition, they can also be employed to provide power to components such as graphic cards, sound cards, and network cards. D-Sub cables can also be used for connecting devices such as mice and keyboards, and for carrying digital audio and digital video signals.

In conclusion, the main application fields of D-Sub cables are in industrial fieldbus, communication, and control applications. Specific uses include data acquisition, industrial remote control, and remote device communication. The working principle of D-Sub cables depends on their configuration, and they are commonly used in the field of computer hardware.

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