5-103911-4

Rectangular connectors that are commonly referred to as headers, receptacles, and female sockets are incredibly useful for a variety of applications. They are commonly employed in robotics, medical equipment, telecom, and even industrial automation. But beyond being just widespread, what makes these components so functional and reliable? In this post, we will be discussing the 5-103911-4 application field and working principles in order to provide a better understanding of the technology.

At its core, the 5-103911-4 is an electrical connector equipped with distinct sets of pins/terminals which allows for a secure connection between two devices with dissimilar capabilities. This includes connectors designed with power sockets, mixed configurations, audio plugs, and USB ports. The defining characteristics of headers, receptacles, and female sockets are their oblong shape and ability to make contact with internal pins/terminals. Despite their shape, these connectors tend to have different contact positions and configurations. This allows for a wide variety of applications.

The 5-103911-4 application field is quite vast, but it’s most commonly seen in telecom, where the connection between interchanging devices is paramount. As such, these connections require a reliable and secure contact point to ensure compatibility and stability. This is due to the need for a low cost system which can withstand constantly changing temperatures, moisture, dust, and potentially hazardous chemicals that could enter the system. The 5-103911-4’s working principle is heavily reliant on its oblong design and the presence of internal pins within its housing. The pins make contact with the external pins of another device or cable, providing a secure connection. This allows for the smooth transfer of data, energy, or air/fluid. Its oblong shape, on the other hand, allows it to fit within tight spaces, which is very useful in many telecom and robotics applications.

The 5-103911-4 is a very reliable and secure electrical connector which is great for numerous applications. Its oblong shape and internal pins enable it to make secure contact points that don’t succumb to external conditions. This makes it a great choice for telecom, robotics, medical equipment, and even industrial automation.