N10226-52B3PC Connectors, Interconnects

The N10226-52B3PC is a D-shaped connector commonly found in electronics and computing equipment. It is designed to connect various cables and devices to a Centronics port, which is widely used in business and industrial applications. The N10226-52B3PC is an exceptionally versatile component, and can be used in a wide variety of applications. In this article, we will discuss the applications for this connector and its working principle.

Application Field of the N10226-52B3PC

The N10226-52B3PC is most commonly found in medical imaging equipment, such as X-ray, CT and MRI scanners. It is also used in laboratory instruments, such as microscopes and spectrometers. This connector is also found in industrial machinery and automation systems, as it is well-suited for data communications. Finally, the connector is often used in consumer electronics, such as camcorders, digital cameras, and printers.

In short, the N10226-52B3PC can be found in a wide variety of applications, from medical to consumer electronics. Its design makes it an ideal choice for connecting devices to a Centronics port.

Working Principle of the N10226-52B3PC

The N10226-52B3PC is a two-sided connector designed to fit into a Centronics port. It is composed of two plastic housings, each containing a number of conductive pins. The pins on one side make contact with the pins on the other side when the connector is fully inserted into the port. This process forms a reliable electrical connection that allows for data transfer between the two devices.

In addition to the pins, the N10226-52B3PC also contains two plastic tabs which ensure that the connector is properly aligned with the port. The tabs also keep the connector secure in the port, preventing movement or disconnection during data transfer.

The N10226-52B3PC is an easy-to-use, reliable connector which is widely used in medical, industrial, and consumer electronics applications. Its design makes it an ideal choice for connecting devices to a Centronics port.