17-102174

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Modular connectors, also known as jack plugs or RJ connectors are one of the most commonly used connectors in both the telecommunications and computer networking industries. The 17-102174 is one such type of connector that is popular with these industries too. This article will discuss the application field and working principle of 17-102174 connectors and how it applies to the telecommunications and computer networking industries.

17-102174 connectors typically come in 4, 6, 8, or 9-pin configurations and are popular in telecommunications and computer networking applications because of their simplified design. They are particularly suited to voice and data applications, as different parts of the circuit can be swapped out to tailor a connection to the specific requirements of a device or system. Additionally, the modular design of the 17-102174 connector also makes it easy for maintenance and repairs.

Functionally, the 17-102174 connector consists of a dielectric sleeve, a metal contact housing, and two plastic-insulated metal contacts. The purpose of the dielectric is to provide electrical insulation from the metal housing and contact; it also ensures that the connector correctly aligns and mates in its sockets. The metal contact housing contains a spring-loaded 50-pin contact which provides the required connection or disconnection operation when the module is inserted or removed. The plastic-insulated metal contacts are essential for maintaining electrical contact and are the direct connection to the underlying circuitry.

The application field of the 17-102174 connector is wide-ranging. It is frequently used in both voice and data communication systems, such as Gigabit Ethernet cabling. It is also often used in applications where signal integrity is of paramount importance, such as broadcast media, and medical and industrial start-up/shutdown circuits. Additionally, they can be found in broadcasting, computing, telecommunications, aerospace and automotive, medical, and office automation applications.

The working principle of the 17-102174 connector is fairly straightforward and involves a snap-in design. When the connector is inserted into its socket, the dielectric sleeve creates an electrical insulation barrier between the two metal contacts. At the same time, a spring-loaded pin on the contact housing presses down onto the insulator, permanently connecting the two metal contacts. This creates the electrical connection between the two metal contacts, allowing signals to be transferred across them.

In conclusion, the 17-102174 connector is a popular type of connector that is often found in voice and data communications systems, broadcast media, computing, and telecommunications applications. Its versatile modular design makes it suitable for applications where signal integrity is a key consideration, and its snap-in design makes for simple installation and maintenance. Together, these features make the 17-102174 connector an ideal and cost-effective choice for applications in the telecommunications and computer networking industries.

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