L17TF7801112

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D-subminiature connectors, commonly abbreviated as D-sub connectors, are a form of electrical connectors commonly used in many electronic gadgets). The most common type of D-sub connectors are the ones with 9, 15, or 25 pins. The L17TF7801112 is a type of D-sub connector specifically designed for applications requiring high-density mating. It has a total of 112 pins in a 17-row and 6-column configuration.

L17TF7801112 connectors provide enhanced performance for a variety of applications. It is used in a variety of applications such as high-definition video, advanced computing systems, military/aerospace systems, industrial automation, and vehicle networking. Its high-density pin configuration allows for greater electrical continuity, improved signal integrity, and reduced noise. Its staggered contact rows ensure better mating and a longer life span.

The working principle behind the L17TF7801112 connector is quite simple. The connector contains two mating sides. One side hosts the female connector while the other side hosts the male connector. Each side contains a series of pins that make a connection once inserted into the other side. The pins are usually shaped in a way that ensures a reliable connection. The contact pins are generally made of copper or brass, and are stamped or machined in order to make a tight connection. The main body of the connector is made of metal or plastic.

The L17TF7801112 is often used in applications that require an extremely high-density connection. Its configuration allows for better signal integrity and improved electrical continuity. It is also a reliable and robust connector that can withstand shock and vibration in extreme environments. It is also relatively easy to install and maintain.

In conclusion, the L17TF7801112 is a type of D-sub connector specifically designed for high-density applications. It provides enhanced performance and reliability for applications such as high-definition video, advanced computing systems, military/aerospace systems, industrial automation, and vehicle networking. Its working principle is quite straightforward and its pins provide a reliable connection. It is relatively easy to install and maintain. Overall, it is an ideal choice for applications requiring high-density connectivity.

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