FLE-119-01-G-DV-K

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The FLE-119-01-G-DV-K is a rectangular connector of the headers, receptacles, and female sockets type. It is a single-pin device that is primarily used for applications that involve mating it to a device with a longer circuit loading arm. It is often seen in Ethernet, telephone and video-related applications that require such a connection to provide additional support.

The FLE-119-01-G-DV-K connector has multiple applications. The center contact is the main contact pin and is used for the electrical connection. It is often used in industrial or outdoor control system applications where a strong electrical connection is needed. It’s also commonly used in automotive applications, such as headlamps and rear view mirrors. Lastly, it can also be used in the communications sector as a bonding connector.

When it comes to its operating principle, at its core the FLE-119-01-G-DV-K connector is really quite simple. When the contact pin is inserted into the receiving device, the body of the connector itself forms an electrical circuit. This circuit then allows the electrical current to flow down the contact pin and into the connected device. This ensures a solid connection and provides a reliable electrical connection.

The FLE-119-01-G-DV-K connector is also quite rugged and capable of withstanding harsh environments often found in outdoor and industrial applications. It is also highly resistant to impact and temperature cycling and features an internal damper piston that helps reduce micro vibrations in harsh environments.

The FLE-119-01-G-DV-K connector is a rectangular connector of the headers, receptacles, and female sockets type. It is primarily used in applications that require a long circuit loading arm for the connection and allows a strong electrical connection to be made while also providing a reliable and rugged solution for harsh operating environments. The connector itself works by forming an electrical circuit when the contact pin is inserted into the receiving device which then allows the electrical current to flow down the contact pin and into the device.

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