380-10-108-00-001000

Rectangular connectors have been widely used in different industries as an efficient way to connect components. The most common type is the header, which is a flexible solution for both short and long-term connections in control and data applications. The header is capable of being used by more than one supplier over a longer period of time.

The 380-10-108-00-001000 header is an excellent example of such a connector. It is a medium to high pin density header with a 10-pin configuration. It is designed for a variety of applications, from high-frequency communications, HDMI/DisplayPort, and other high-tech applications, due to its extremely high quality and robust construction. The most notable feature of this header is its wide contact resistance range, which makes it especially suitable for high load and high frequency applications. Additionally, it is highly resistant to shock and vibration, so it can cope up with extreme environments.

The working principle behind the 380-10-108-00-001000 header is quite simple. It consists of a pair of resilient stainless steel bars and contacts arranged in a 10-pin pattern. The contact is designed to be springy and resilient so that it can provide an electrical connection even when the user is repeatedly removing and inserting the header. The contact itself is can be either gold or tin plated, depending on the application.

The 380-10-108-00-001000 header is an excellent choice for multiple applications. It is capable of handlingdifferent kinds of signal lines, ranging from serial communications to Ethernet/CANbus applications. Additionally, it is reliable enough to be used in harsh conditions, such as extreme temperatures, high humidity, and other shock and vibration environments. It is, therefore, suitable for usage in most industries, including automotive, aerospace, medical, and communication.

In conclusion, the 380-10-108-00-001000 header is an efficient, reliable, and robust connection choice for many applications. The contact is designed to be springy and resilient and can handle high frequencies, making it suitable for a number of industries. Its wide contact resistance range further reinforces its usability and longevity even in harsh environmental conditions.