788801-1

D-Sub Connectors

The D-Sub series connector (788801-1) is a cost-effective and reliable connection system used extensively for many applications. It offers a variety of types and sizes, along with excellent mating performance, which makes it suitable for a wide range of applications.

Application Field

The D-Sub connector series 788801-1 is typically used in data acquisition systems, computer graphic solutions, and instrumentation systems, along with many other areas of electronics. It can be found in applications ranging from network routers to dairy farmers, medical equipment, automotive and industrial controllers, and aerospace components. It is typically used in applications requiring a shell size 6, which provides a robust and reliable connection system.

Working Principle

The working principle of the D-Sub series connector 788801-1 is based on a combination of mechanical and electrical components. The connector consists of a receptacle, or mating connector, and a plug, or male connector. The two parts are connected by a circuit board with an electrical connection between them. The receptacle provides a secure connection to the mating connector, while the plug makes contact with the exposed electrical contacts. Once the two parts are mated together, the electrical connection is made and the signals can pass through the circuit board.

The D-Sub series connector 788801-1 offers excellent electrical performance, a high degree of reliability and a high level of durability. The combination of mechanical and electrical components ensures that the connector delivers reliable performance in a wide range of environments. Additionally, the use of high-grade materials and quality manufacturing processes help to ensure the highest possible reliability and performance level for the D-Sub series.

Conclusion

The D-Sub series connector 788801-1 is a reliable, cost-effective connection system providing excellent electrical performance and outstanding reliability. It is suitable for a wide range of applications including data acquisition systems, computer graphic solutions, and instrumentation systems, among others. The combination of mechanical and electrical components makes the connector suitable for use in a range of environments and ensures reliable performance in all conditions.