FX2-68S-1.27SV(71)

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The FX2-68S-1.27SV(71) is a D-shaped connector, also known as a Centronics connector, designed for a wide variety of applications. It is typically used in computer printers, scanners, and other devices with parallel data ports, as well as some industrial applications. As with other D-shaped connectors, the FX2-68S-1.27SV(71) consists of two parts: a male plug and a female receptacle. The male part has a rectangular shape with pins on the top and bottom, while the female part has a rectangular socket to receive the pins.

The FX2-68S-1.27SV(71) has 68 pins total, arranged evenly in five rows on either side of the connector. It has a 1.27mm pitch, which is the distance between the pins. The pins are gold-plated to ensure smooth connection between the male and female parts, and to resist corrosion. The connector has a locking tab on one side to prevent accidental disconnection.

The FX2-68S-1.27SV(71) is designed to carry high-speed serial data – typically up to 10 Mbps – as well as electrical power. It is typically used for devices that require both data and power, such as inkjet printers. It is also used for digital video and audio applications, as well as for small-scale industrial control systems. The connector is shockproof and rugged, and can be used in harsh environments.

The working principle behind the FX2-68S-1.27SV(71) is the same as other D-shaped connectors. The male plug is inserted into the female socket and secured with the locking tab. The pins on the male connector then make contact with the pins on the female socket, forming an electrical connection. The pins are gold-plated to ensure a low resistance connection, as well as to resist corrosion. When the connection is made, electrical power and/or data can travel through the connection.

The FX2-68S-1.27SV(71) is a versatile and reliable D-shaped connector, ideal for a wide range of applications. Its locking tab ensures secure connections and its gold-plated pins provide excellent corrosion resistance. Its reliable data and power transfer capabilities make it suitable for a variety of uses, including printers, scanners, and industrial control systems.

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