87180-688

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Modular connectors are a type of network device that provides a convenient, reliable and secure way to connect various network devices together. They are commonly used in the networking and telecommunications industries, allowing for greater flexibility and scalability of networks. The 87180-688 jack is an example of a modular connector, and in this article we will discuss its application field and working principle.

Application Field

The 87180-688 jack is most commonly used in the telecommunications industry. It is a low-profile, 4-contact connector which is typically deployed in high density point-to-point connections. This makes it ideal for data centers, VoIP systems, as well as optical communication systems. It connects to 4-contact copper cables, and features no external screws or lacing. The 87180-688 jack can be mounted to a printed circuit board, and the four termination points of the connector are accessible through the board’s copper layer.

Working Principle

The 87180-688 jack works by providing four contact points that enable signal transmission between two or more networks. It is a 4-contact connector, with a metal cable connected to each contact. When the four cables are connected, a secure connection is made between the two networks. The communication between the two networks is enabled through a series of electrical signals that travel through the cables.

The connector features no external screws or lacing. This enables it to be quickly and securely connected or disconnected with minimal effort. The connector is also designed to be easily mounted on a printed circuit board, allowing for a clean, efficient installation.

Conclusion

The 87180-688 jack is a versatile, secure, and reliable modular connector which is ideal for a variety of applications, especially those in the telecommunications industry. It is a 4-contact connector which is easy to install, and features no external screws or lacing. It is designed to enable secure and reliable communication between two or more networks, and is an essential component of any modern network infrastructure.

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