7-917570-1

7-917570-1 is a rectangular connector which falls under the category of headers, receptacles, female sockets. It is primarily used in automotive, domestic appliances, and test and measurement applications. It can be easily integrated into a PCB, and is efficient and reliable.

The 7-917570-1 features a two-part design consisting of a male connector that is inserted and secured into the female receptacle. It also features a strain relief feature which ensures that any mechanical stresses placed on the cable do not cause it to come out of the housing. This makes the connector highly secure and suitable for applications where a strong mechanical grip is required.

The 7-917570-1 uses two rows of straight parallel contacts, with one side being slightly wider than the other. This allows it to be compatible with PCBs which have different hole sizes. The contacts are made of tin-plated copper, and are robust and reliable even after prolonged use.

The contacts on this connector are polarized, meaning that the terminals are aligned in a specific way to ensure that it only sockets in one orientation. This prevents any connection errors and ensures that the connections are reliable and safe.

The primary working principle of the 7-917570-1 is simple. The male connector is inserted into the female receptacle, after which it is secured with its strain relief feature. This ensures that the metal contacts meet, resulting in a strong electrical connection between the two. Due to its two-part design, the connector can be easily inserted and removed from the female receptacle.

The 7-917570-1 is a reliable and efficient connector which is used in a variety of applications. It can be easily integrated into a PCB, and its two-part design makes it very easy to install and remove. Its powerful strain relief feature ensures that the connector remains secure, while its polarized contacts ensure that it only plugs in one orientation. This makes it ideal for applications where powerful and reliable connections need to be made.