171-009-213R911

D-sub connectors are a type of electrical connector commonly used for serial, video, audio, and other communications connections. These connectors typically feature an arrangement of pins or sockets arranged in a “D” or rectangular shape. The 171-009-213R911 D-Sub connector is a conventional device providing reliable connections for data, video, and audio signals.

Applications

One of the primary applications of the 171-009-213R911 D-Sub connector is the transfer of data signals across a wide array of industries and systems. It is commonly used in the industrial, medical, and computing industries. The 171-009-213R911 D-Sub connector is capable of transferring data, power, and audio/video signals at high speeds. It is frequently used in digital data processing systems, such as those used in medical imaging. Additionally, it is utilized for providing signals to visual display units in both industrial and domestic environments.

Working Principle

The 171-009-213R911 D-Sub connector has an arrangement of pins or sockets arranged into two halves, with one half typically having male pins and other half female sockets. When the two halves are brought together, the pins on one half contact the sockets on the other half, forming a secure connection. This connection allows electrical signals to travel from one device to the other. Additionally, the two halves of the 171-009-213R911 D-Sub connector contain locking mechanisms, such as screws, that keep the two halves securely connected. This enables the 171-009-213R911 D-Sub connector to maintain a secure connection even when exposed to external forces or vibration.

Conclusion

The 171-009-213R911 D-Sub connector is a highly reliable device specially designed for transferring data, power, and audio/video signals at high speeds. This device offers excellent compatibility and is frequently used in various applications throughout the industrial, medical, and computing industries. Additionally, the 171-009-213R911 D-Sub connector features locking mechanisms that keep the two halves securely connected, making it an ideal choice for applications that require high degrees of durability and reliability.