SDS108-PRW2-F26-SN13-1

D-Sub Connectors

The SDS108-PRW2-F26-SN13-1 is a type of D-Sub connector developed to meet the requirements of modern industries. It’s a user-friendly device, which allows easy connection of power cords and signal cables for efficient transfer of power and information.

Application Field

The SDS108-PRW2-F26-SN13-1 D-sub is applicable in many industries such as electronics, engineering, medical, automotive, military, and aerospace. In the medical industry, it provides the efficient transfer of power, signals, and data to medical equipment, such as ECG machines, EEGs, X-ray machines, and monitors. In the electronics industry, it is used for power connections to electronic components and data connections to peripheral components. In the automotive industry, the connector can be used for the connection of the battery in a car or truck.

Working Principle

The SDS108-PRW2-F26-SN13-1 is a solder type D-sub connector and it works on the simple principle of electrical continuity. It is designed to provide the shortest possible electrical path between two electronic components. The metal contact pins are plated with either gold or nickel and they make contact with the mating contact mating pocket to provide reliable electrical connections even in harsh environments. The connector also uses contact springs which provide a secure connection even during high vibration applications.

The connector has a small D-sub locking bracket that helps secure the mating of contacts. It also has high-grade insulation material which protects the contacts from impacts due to movement and makes sure that no electric shock happens. The connector can also be used in combination with screw mating sockets and tools as required.

The SDS108-PRW2-F26-SN13-1 is a reliable and cost-effective solution for transferring power, data, and signals in a wide variety of industrial applications. It offers superior performance in challenging environments where reliable connections are required and can operate up to temperatures of 80 Celsius. It is also able to handle high-frequency signals up to 5 GHz and is compliant to RoHS directives.