58102-S61-09LF

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The 58102-S61-09LF, commonly referred to as the "Modular Male Connector", is a type of rectangular connector made up of a header, a male pin, and the respective connectors. This type of connector is used in multiple applications, including telecommunications, automated machinery, and other electronic devices which require signals to be transferred from the device to the header.

The primary components of the 58102-S61-09LF include the header and the male pin. The header is designed to latch onto the side of a circuit board, while the male pin serves to connect the device to the header. As the number suggests, the pin is designed to be installed at a depth of 61mm. The connector also includes two male and two female contacts which latch onto the body of the connector. These contacts are insulated to prevent any potential shorts.

The most common application of the 58102-S61-09LF is in telecommunications. This type of connector is designed for use in providing signal transmission over long distances. The design of the connector ensures that the connections are secure and that the signal is transmitted with low attenuation. This type of connector is also used in numerous automated systems, such as those used in industrial robotics. The modular nature of the connector makes it easy to connect and disconnect the various components of the system.

In terms of working principle, the 58102-S61-09LF operates using the principles of electromagnetic induction. When the connector is connected to the circuit, a current is induced in its core, which in turn generates a voltage that is sent to the appropriate contact. This current is passed through the contact and transmits the signal it is carrying to the header. The contacts are designed to provide an efficient transfer of electricity, allowing for high speed data transmission.

The 58102-S61-09LF is designed to provide a reliable connection and signal transmission in multiple applications, including telecommunications, automated equipment, and other electronic devices. Its modular design makes it easy to install and maintain and ensures that connections are secure and that the signal is transmitted with little attenuation. Furthermore, the connection is made using the principles of electromagnetic induction, ensuring that the current is efficiently transferred from the connector to the header. As such, the connector is highly reliable and can be relied upon to provide a reliable connection in numerous applications.

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