961106-5900-AR-PR

Rectangular connectors are often used in a variety of electrical and industrial applications, including in the automotive, aerospace, and telecom industries. 961106-5900-AR-PR is also a type of rectangular connector that provides a safe, reliable connection. This article will discuss the application field and working principle of 961106-5900-AR-PR.

Application Field of 961106-5900-AR-PR

961106-5900-AR-PR is a type of miniature circular connector that is suitable for a variety of low power and signal applications. It is widely used in industrial applications such as antenna systems, computers, sensors, video systems, audio systems, medical devices, and others. It is a popular choice for industrial as well as commercial applications due to its excellent durability. It has a gold plating for enhanced contact quality and can withstand temperatures ranging from -55°C to +125°C.

Working Principle of 961106-5900-AR-PR

The 961106-5900-AR-PR consists of two parts, namely a male pin and a female header. The male pin is normally used to supply signals and the female header provides the mechanical connection to the mating part. The pins of the male pin consist of two parts, an insulation body and a comtact, while the header consists of two contact tongues. When two connectors are engaged with each other, the contact tongue of the header inserts into the male pin, establishing an electrical connection between the two components. The metal-to-metal contact ensures a reliable electrical connection and provides good contact and insulation.

Conclusion

The 961106-5900-AR-PR is a type of rectangular connector that is suitable for a wide range of applications, including industrial and commercial applications. It has outstanding durability and can withstand temperatures ranging from -55°C to +125°C. It consists of two parts, a male pin and a female header, and provides reliable electrical connection between the two components. It is a popular choice for providing signal transmission in low power applications due to its excellent contact and insulation quality.