205210-1

D-Sub, also known as D-shaped connectors, are widely used all over the world for computer interfaces and digital communication. They are named for their distinctive D-shaped metal shields that enclose the connector. A variety of contacts, including pins, sockets, coaxial, hot-plug contacts, and optical links, are available for the D-Sub connectors. The D-Sub series also includes housings, which are designed to hold multiple connectors together. These housings come in several different configurations: standard, shell-splitting, and feed-through versions.

The 205210-1 D-Sub connector housing is a flush rear mount style and can accommodate up to two 5 or 10 pin connectors. It is made of zinc die cast material and comes in a black finish. The diameter of the housing is 43.3mm, with a total length of 72mm and a height of 26mm. The design of this connector housing allows for quick and easy assembly of the two separate connectors, without the need of a dedicated back-shell. This makes it ideal for situations where there is limited space and time.

The 205210-1 D-Sub housing is widely used in industries such as military, aerospace, and medical applications. This is because of its durability and reliability in the most adverse conditions. For example, it can be used in extreme temperatures, humidity levels, and vibration levels. Additionally, it provides great shielding performance against electromagnetic interference, achieving a low leakage, making it suitable for the most sensitive data transmissions.

The working principle of the 205210-1 D-Sub connector housing is straightforward. On one side, the contacts are inserted into the plug and on the other side, the contacts are inserted into the socket. The contacts provide the electrical connection between the two components. The housing protects the contacts and helps to ensure a secure connection. The locking mechanism ensures that the connector remains in place.

Overall, the 205210-1 D-Sub connector housing is a reliable and secure option for applications that require strength and tight connection. Its simple design and easy assembly make it an ideal choice for many different environments. Additionally, its high shielding performance and its resistance to extreme temperatures make it ideal for military, aerospace, and medical applications.