1116761-2

D-Shaped Connectors are a type of connector typically used for computer printers, modems, and other I/O devices. They are also commonly referred to as Centronics connectors, and are characterized by their trapezoidal shape. The connectors feature two rows of pins, typically arranged in six or twelve columns, and are designed to carry data, power, and/or control signals.

The 111761-2 D-Shaped connector is a widely used product in the computer industry. It is a high-density design that allows for a great deal of flexibility in applications. The connector features a pair of ten-column/two-row pins with an insulating barrier between them that serves to protect against electrical interference. The pins are arranged in a symmetrical pattern, with columns of five pins being separated by a pair of insulating barriers.

The 111761-2 D-Shaped connector is designed for use in a variety of applications, ranging from computer electronics to industrial controls. In computer electronics, the connector is often used to connect a printer or modem to a computer. It is also used to connect peripheral devices such as CD-ROM drives to a computer. Additionally, the connector is suitable for use in a variety of industrial applications where two devices need to be connected.

The 111761-2 D-Shaped connector features a simple working principle. When the connector is plugged into a port, the pins of the device align with the corresponding pins of the port. This allows for an electric current to flow from one device to the other, allowing data, power, and/or control signals to be transferred. This working principle makes the connector ideal for a variety of applications where data, power, and/or control signals need to be transferred.

The 111761-2 D-Shaped connector is a versatile and reliable product, making it an ideal choice for a variety of applications. It is suitable for connecting a computer printer or modem to a computer, as well as connecting peripheral devices to a computer. Furthermore, it is suitable for use in a variety of industrial applications. The simple working principle of the connector makes it easy to use, while the high-density design ensures that it can accommodate a variety of signals.