L717TWB5W5PEP3V4RRM6

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D-Sub connectors, also known as D-subminiature connectors, are metal connectors originally developed by the Electronic Industries Alliance (EIA) and are widely used in a variety of applications. The L717TWB5W5PEP3V4RRM6 is a type of D-Sub connector and is typically used in telecommunications, computing, data transfer and medical equipment.

The L717TWB6W5PEP3V4RRM6 connector features male-female connections and is constructed out of metal shells. It typically has a 15-pin connector with two rows numbering from 1 to 15. This enables the connector to carry both power signals and data signals in separate circuits. Other features of the L717TWB5W5PEP3V4RRM6 include a high-temperature increase of 35°C and a shell-locking feature to ensure secure mating and continuous ground contact.

In terms of its application, the L717TWB5W5PEP3V4RRM6 connector is most commonly used in communication and medical equipment. In communication systems, they are used in telecom applications such as patch panels and patch cords. The connector is also used in the medical field for equipment such as patient monitoring devices and medical imaging systems. It is also used in industrial applications such as factory automation systems.

The working principle of the L717TWB5W5PEP3V4RRM6 connector is based on the principle of electrical connection. The contact pins on the connector are composed of nickel-plated brass and conform to the MIL-C-24298 standard. The pins are insulated on the bottom and the contact surfaces are located on the top. When mated, the metal shells of the female and male connectors create an electrostatic shield and also ensure correct alignment between the connectors.

The L717TWB5W5PEP3V4RRM6 is a versatile and reliable connector that is widely used across a range of applications. Its modular design provides a robust and secure connection while also being easy to install and maintain. Thanks to its high-temperature increase and shell-locking feature, it is a resilient connection that is reliable in both dynamic and static environments.

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