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D-Shaped Connectors - Centronics D-shaped connectors, also known as Centronics connectors, are used in a variety of electronic devices, including computers and components thereof, such as hard drives, printers, modems, and more. The use of Centronics connectors is most often seen in the connection of parallel printers and other peripherals to a computer.Though its shape is strongly associated with the brand name Centronics, the D-shaped connector was actually developed by Amphenol Corporation in 1968. It is usually composed of two components: the male and female connectors. The male connector consists of a D-shaped shell with multiple pins on the inside and the female connector consists of a half-round shell with matching sockets on the side.The most common application of D-shaped connectors is the connection of computers to parallel printers. In such applications, the male connector is inserted into the female connector and then secured by screws. This connection allows information to be transferred from the computer to the printer, allowing the printer to generate a hard copy of whatever is on the computer screen.In addition, D-shaped connectors are also used in the connection of audio and video equipment, such as DVD players and gaming consoles. They are usually combined with a ribbon cable to facilitate the connection between the two devices. In some cases, the connectors may even be used to transfer digital video and audio signals from one source to another. The physical design and wiring of the D-shaped connectors are designed such that they are not susceptible to crosstalk, meaning that data transmitted from a single device is not affected by the data being sent from any other device. As a result, D-shaped connectors are able to support high-speed data transfer.In short, D-shaped connectors, commonly known as Centronics connectors, are a type of connector used to join two electronic devices. They are often used to connect computers to printers, and also for connecting audio and video equipment using ribbon cables. They have a unique design that prevents crosstalk, making them suitable for high-speed data transfers.

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