L17TF2502107

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D-Sub connectors are a type of electrical connectors, commonly used for computer connections, and increasingly being used in modern electronic systems. The L17TF2502107 is a type of D-Sub connector that is used for many types of applications, such as networking, audio, and video, and is characterized by the high-density pin arrangement and robust metal shell.

The L17TF2502107 features 17 contacts, with 8 on the male side and 9 on the female side. The contacts are arranged in a 1×8 row on the male side, and a 2×8 matrix on the female side. The contacts all feature a matte tin or gold plating, which is designed to reduce Wi-Fi interference and ensure reliable electrical connections.

The L17TF2502107 is available in a variety of shell styles and mating orientations, such as top-entry, side-entry, and bottom-entry. It is designed to be used in environments where space is limited, and can be customized to meet specific application demands. The design also ensures reliable performance in high-vibration applications.

The L17TF2502107 is most commonly used for audio, video, and networking applications, as it is designed to handle high-speed data signals up to 20 Gbps. It is also a rugged and reliable connector, allowing for easy and time-saving installation and removal.

When it comes to its working principle, the L17TF2502107 operates much like other D-Sub connectors. It uses a two-pin male contact, and an insulated female contact that is located in a dielectric sleeve. When the male pin is inserted into the female contact, an electrical connection is made. The contact points on the connector are designed to provide maximum electrical contact and reduce signal loss.

Overall, the L17TF2502107 is designed to be a reliable, high-density D-Sub connector that can be used for many types of applications. It features a robust metal shell, matte tin or gold-plating contact points, and is available in a variety of shell styles and mating orientation. It is also reliable in high-vibration applications, and designed to handle high-speed data signals.

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