L717TWP2W2PMP2V4FRM6

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D-Sub Connectors

D-sub connectors are connectors with two or more contact points that are configured in a D-shaped mechanical arrangement. With their metal shells and metal contact points, these connectors are used for a variety of applications, including providing electronic connections between computers and other electronic components. This type of connector is commonly referred to as a DB connector, due to the “D” shape it forms.

The L717TWP2W2PMP2V4FRM6 is an example of a connector within the D-sub category. This particular connector has a female body with a 2mm pitch and 2mm pin spacing. It is a two-row connector, with nine signals, allowing for nine independent connections. This connector uses an M2 threaded mounting, making it ideal for applications that require a secure connection.

Applications

Due to the presence of solderable metal contact pins, the L717TWP2W2PMP2V4FRM6 can be used for multiple types of connections. It is most commonly used to provide power and communications to electronic devices, such as test measures or sensing solutions, and can also be used in a variety of applications that require reliable wiring, such as manufacturing.

This connector is also popular with robotics designs, as it is small enough to fit in tight spaces, while providing reliable connections over a given distance. It can also be used in applications in which the connector must power a device from a considerable distance, such as in lightpole applications. Additionally, it can be used for medical or industrial applications that require small form factor, like endoscopic devices.

Working Principle

The working principle of the L717TWP2W2PMP2V4FRM6 is based on the basic electrical premise of providing a wired connection between two points/devices. This connector is designed with metal contact pins, housed in a metal shell, which provides an electrical pathway between the two mating surfaces. This allows for the transmission of both power and data through the same connector, in a reliable and secure manner.

To ensure successful transfer of power and data, the connection must be soldered using a soldering tip that is compatible with the connector\'s components. Depending on the size and length of the connector, the soldering tip should be able to penetrate both the metal contact points and the shell of the connector without causing any damage. Once the solder material has been applied, it must be allowed to cool, in order for the connection to be secure.

The L717TWP2W2PMP2V4FRM6 is also designed to protect against mechanical and environmental stress, including vibration or extreme temperatures, in order to ensure reliable transfer of data and power. This is achieved through its construction, with the metal shell providing rigidity, and the contact points serving as an electrical pathway.

Conclusion

The L717TWP2W2PMP2V4FRM6 is an example of a D-Sub connector that is designed to provide reliable electronic connections between devices and components. This connector can be used in a variety of applications, such as test measures, sensing solutions, robotics designs, and medical or industrial devices. It operates on the principle of providing a wired connection between two points, with the use of soldered metal contact points and a metal shell for additional protection.

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