DF02R020NA3

The DF02R020NA3 D-Shaped Connector line is a type of Centronics connector authorized for various applications. This connector line is generally presented as 50 metallic pins. It is constructed for mating with the male part of the same kind of connector.

Centronics was developed to take advantage of the computing power of computers. It was designed to be a high-speed data transmission interface, allowing for the transmission of data and power in the same way. Centronics connectors are known for being reliable and flexible, as the transmission of data and power is carried out in a single connector.

As for the applications of the DF02R020NA3 D-Shaped Connector, it typically serves consumer/industrial computing devices. Furthermore, this connector line is also installed in the majority of printers and scanners. Other less-typical applications of this connector line include medical portable devices, communications equipment, CD-ROM\'s, and audio/video equipment.

The working principle of the DF02R020NA3 D-Shaped Connector highly pertains to the reliable and efficient transmission of data and power. This connector line utilizes a symmetric mechanical configuration. This means that the metallic pins feature an identical pitch across the entire row/strip, thus providing an organized data and power flow. This also helps provide a reliable design against short circuits and crosstalk interferences.

In consideration of power/voltage capacity, the DF02R020NA3 D-Shaped Connector is generally used for up to 30 volts. The maximum AC/DC current capacity of this connector line is typically 1A. This line also features a reliable temperature range of -40 to +105 °C.

Overall, the DF02R020NA3 D-Shaped Connector is recognized for its reliability and flexibility in the Centronics industry. This connector line is designed for versatility in various applications, while taking full advantage of the computing power of computers for efficient data transmission. Plus, its symmetric mechanical configuration provides a secure and organized data/power flow that is protected against short circuits and crosstalk interferences.