DE09S564TLF Connectors, Interconnects

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D-Sub Connectors have been a connector of choice in applications that require robustness, reliability, and also an ability to carry multiple signals for a variety of different types of applications. The DE09S564TLF is no exception and has its own unique set of features that make it a great choice for your application. This article will seek to explain the fields of application for this particular connector type and the workings of it.

Connector Specifications

The DE09S564TLF connector is a 9 pin D-subminiature type, with shell sizes of 5.64mm and 6.00mm. It features a gold plated female type of receptacle, with the standard socket contacts and a male type of pin, also gold plated. It is rated for ten pins which are assembled on a 2.5mm pitch, and the maximum mating force is 6.0N. The dielectrics of this connector are rated for 500V and made from UL94V-2 flame class materials. The lifetime of the connector is in accordance with the method of IEC61076-2-101, with a minimum of 50000 mating cycles.

Typical Applications

The DE09S564TLF is a robust connector type and is suitable for products such as PC peripherals, test and measurement equipment, and general electronics. This connector type is also used in industrial applications such as from automation and robotics systems, where its ability to handle a myriad of connections is necessary. Additionally, it is often found in medical systems due to its ruggedness, and also for signal and power applications.

Working Principle

The working principle of this particular connector type relies on the electrical connections made between the plug and socket contact. This occurs when the plug and socket contact are mated together which allows electrons to flow through the contact. This is done using the same electrical principles as that of a soldering joint, for both types of connection.

This is made possible by the superior contact surfaces of the DE09S564TLF. The gold contact surfaces of both the plug and the socket ensures a low contact resistance between the pins. This is because the pin contact has a higher electrical conductivity that the contact surfaces, thus allowing electrons to pass through easily.

The low contact resistance provided by the connector is one of its key features. The contacts are designed to create a precise pressure on the pin, ensuring a reliable electrical connection between the sockets at a low electrical resistance. This pressure is also adjustable, allowing for changes to the pressure as required in different applications.

Conclusion

The DE09S564TLF is not only a practical choice for a variety of applications, but the robustness and high level of reliability due to its gold contact surfaces is highly sought after in many industries. Its ability to make multiple connections within the same device makes it a popular choice for applications where a multitude of signals are present. The ability to make this connection at a low resistance is also one of its key features, and this is made possible by the superior contact surfaces of the connector.

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