L717DAH15PTRM8

D-Sub Connectors

L717DAH15PTRM8 is a connector commonly used in electrical interfaces. It is commonly referred to as a D-sub connector due to its shape resembling the letter "D". This type of connector is typically used in computer and video equipment as well as other consumer and professional electronics. There are several variants of the D-sub connector that are used in different applications, typically based on size or pin density.

Application Fields

The L717DAH15PTRM8 is most commonly found in computer and video display systems. It is often used in industrial control systems, robotics, and communication systems. The connector is also frequently used in automotive and avionics applications. This type of D-sub connector is often used in data and video line transmissions. It is also found in cable management systems, including patch bays. In addition to these electronic uses, this type of connector is commonly seen in mechanical systems such as motion control systems and robotics applications.

Working Principle

The L717DAH15PTRM8 D-sub connector consists of two or more metal shells with various types of contact terminals. Depending on the type of connector, these terminals may include signal contacts, power contacts, and/or ground contacts. When two or more connectors are mated the terminals create of an electrical contact. This contact provides a physical and electrical connection between the two systems. By plugging and unplugging the connectors, the electrical connection can be broken or created.

The L717DAH15PTRM8 is a standard D-sub connector. It is composed of two shells, with one half containing the male contacts and the other the female contacts. When mated these connectors create an electrical connection between two different systems. The mated connectors are usually tightened together by screws or a locking mechanism. The L717DAH15PTRM8 utilizes machined pins instead of riveted contacts, making for a more reliable connection than some other types of D-sub connectors.

In addition to providing an electrical connection this type of connector can also provide a method of grounding to eliminate problems caused by electrostatic discharge. By routing the ground connection through the connector, electric currents are allowed to flow freely between both systems, providing an effective electrical connection.