H11-RDA-110-4-C

What are D-Shaped Connectors and Centronics?

The D-Shape Connector is a type of connector that looks like a “D”, much like the way the shape of a plug looks like. It has two distinct parts, the flat pin and the round head. The flat pin fits into a slot in the round head. It is a popular type of electrical connector and is used in many different applications. There are a few different variations of the D-shape connector, but the most common one is known as the Centronics connector.

Centronics connectors are a specific type of D-shape connector that are used to connect peripheral devices to a computer. They are defined as a “parallel port” because the data is transmitted on multiple wires in parallel. These connectors are commonly used for connecting printers, scanners, and other external devices to a computer.

H11-RDA-110-4-C Application Field and Working Principle

The H11-RDA-110-4-C connector is a type of D-shaped Centronics connector that is used for external device connection. This particular connector is used in a variety of applications, such as in computer networking, telecommunications, and industrial automation. It has been designed to meet the industry-standards for data transmission and carries signals of up to 25Mhz.

The H11-RDA-110-4-C connector is designed to provide a reliable connection with enough space for up to four wires. It features a one-piece construction, which reduces the risk of short circuits and helps to ensure reliability. It also has a secure, positive locking system that eliminates accidental disconnection.

The working principle of the H11-RDA-110-4-C connector is quite simple. When the connector is plugged into a port, the pins make contact with the port’s circuitry. This contact allows the data signals to pass through the connector. The signals are then routed to the external device that is connected to the port.

Conclusion

The H11-RDA-110-4-C connector is a type of D-shaped Centronics connector that is commonly used to connect peripheral devices to a computer. It can handle signals of up to 25Mhz and offers a secure, positive locking system to ensure reliable connections. It is used in a variety of applications, such as in computer networking, telecommunication, and industrial automation.