S28B-PHDSS

The S28B-PHDSS connector, also called a D-Subminiature connector, is a type of rectangular connector that is both versatile and robust. It consists of two metal shells that are connected by three plastic insulation pieces and is usually terminated with two 10-32 screws. In this article, we will discuss the application fields and working principle of the S28B-PHDSS connector.

Application Field

The S28B-PHDSS connector is mainly used in industrial and laboratory settings, typically in situations where electronic connections must be made at a distance. It is commonly used in medical equipment, power supplies, instrumentation, robotics, and communications equipment. It is also an ideal connector for connecting multiple signals and power supplies since it features a reliable and robust design, and its metal shells provide excellent shielding to protect signal integrity. The S28B-PHDSS connector also features a low profile design to reduce the amount of space needed for installation.

Working Principle

The working principle of the S28B-PHDSS connector is relatively straightforward. The connector consists of two metal shells that are filled with a conductive material. The shells are connected via three plastic insulation pieces and are terminated with two 10-32 screws. The single-pole contacts are placed in the connector’s shells, and the insulation pieces ensure that proper pin-to-pin spacing is maintained within the connector. When the connector is connected, electrical contact is established between the two shells, creating an electrical path from one end of the connector to the other.

Conclusion

In conclusion, the S28B-PHDSS connector is a versatile and robust rectangular connector that is ideal for making electrical connections at a distance. It is widely used in industrial and laboratory settings and features a low profile design, reliable and robust design, and excellent shielding to protect signal integrity. The connector’s simple working principle makes it easy to use and install, further enhancing its usefulness in a variety of applications.