2-102394-5

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Rectangular connectors, also known as D-Sub connectors, are electrical connectors designed for connectivity in data and control equipment, and are one of the more recognizable types of connectors due to their unique shape. They are used in a range of industries, particularly in networking, signal transmission, broadcast, and telecommunication.

The specific type of connector being discussed here is the 2-102394-5, a type of plastic rotating d-subs. The multiple variations of this type of connector are ideal for restricted spaces and for applications which require both secure connection and the avoidance of damage from vibrational effects.

These particular connectors, along with all connector types in the rectangular connector family, are compounded of a variety of materials which make it possible to fit in into a range of applications. For example, housings are crafted of UL94V-0 and UL94V-2 thermoplastic; shell plating is composed of tin-plated phosphor bronze; and terminals are composed of phosphor bronze as well.

The 2-102394-5’s primary application fields are found mainly in the electrical and mechanical engineering, as well as in communication technology sectors. The electrical engineering sector takes advantage of its good conductivity, low-voltage operations, and high-frequency operations which are able to sustain and heavily populated boards. The mechanical engineering sector uses these connectors in cases in which an accurate relationship between electric current and strain relief is required. Communications technology requires this connector to reduce the possibility of electric current from being cut off by the external environment, especially when it needs to transfer data between two machines.

The working principle of the 2-102394-5 is relatively simple. In general, the function of a connector is to join or link two items together, typically electrical signals, in order to create a connection. The pin and socket components come together in a series of touches, with both featuring internal slots and mating grooves that allow for a secure connection. When properly engaged, the pins make contact with the contacts located in the socket.

In the 2-102394-5 connector, mating should be done following the predetermined bolt patterns, as each of the pins within the connector has its own inserting hole in the socket. After the two parts of the connector are mated, there should be contact continuity in the designated pins. The connection should be checked periodically for any signs of damage.

The 2-102394-5 connector has plenty to offer in terms of application fields and working principles. Its multiple variations are ideal for restricted spaces, are resistant to vibration, and have multiple materials of construction that allow it to fit into a variety of applications. As a multi-plane connector, the pins make contact with the contacts located in the socket, making it an ideal solution in a range of settings, such as electrical engineering, mechanical engineering, and communications technology.

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