10-035957-361

Circular Connectors - Accessories

Circular connectors and accessories are frequently used in all kinds of electronic applications, from consumer applications to industrial devices to military systems. 10-035957-361 is a very popular series of connectors, widely employed in electrical applications. This article takes a closer look at the 10-035957-361 connectors and accessories, covering their application field and working principle.

Application Field

The 10-035957-361 series connectors are usually employed in power and signal transmission applications. The connectors are available in various configurations and sizes, which demonstrate reasonable flexibility in application. With its robustness and good impedance performance, the 10-035957-361 series has been widely used in industrial, surveying and mining applications, as well as audio-visual equipment, automotive industry, medical and dental equipment, instrumentation, aeronautic and professional audio. Furthermore, they enable high speed signal transmission, which makes them a perfect choice for the automation industry.

Working Principle

The basic working principle of a 10-035957-361 connector involves the transmission of electrical signal or power from one device to another. The principle is based on the combination of two components, the plug and the socket. As the plug is inserted into the socket, the connections created are sealed with a locking element. This locking element forms a reliable contact pressure ensuring good contact between the mating pairs. As a result, the electrical signals or power transmitted can pass without any impedance.

The advantages of the 10-035957-361 series connectors also include excellent vibration resistance, highly reliable sealing element, ease of assembly, and limited electrical noise, which are all essential features in electronic application. In short, the 10-035957-361 series connectors are employed for various applications, ranging from motors, generators to compressed air systems, and are known for their ergonomically appealing performance in power and signal transmission.