SWR204-NREN-D08-ST-GA

The SWR204-NREN-D08-ST-GA is a type of rectangular connector header for male pins. It is used in a variety of applications and is designed to provide reliable and effective electrical connections between two electronic components. This type of connector header has a number of features that make it suitable for a broad range of applications, including high current carrying capacity, ease of assembly, and high pin density.

The SWR204-NREN-D08-ST-GA is a rectangular connector header with a grid spacing of 2mm. It has 8 pin positions with the pins arranged in a straight line, and the header body has an M4 hole for securing it into place. The pins are made of phosphor bronze or brass and have a contact area of 4 mm x 5mm.

This type of connector header has a wide range of applications, including industrial machinery, instrumentation equipment, medical devices, and automotive systems. Its high current carrying capacity and high pin density make it useful for applications that require multiple connections in a space-saving design. This type of connector header is also highly reliable, with a stable contact force that can withstand vibration and shock.

The working principle of the SWR204-NREN-D08-ST-GA is based on a spring-type contact interface. The pins are held in place with a tension spring which applies pressure to the contact. When force is applied to the pin, it compresses the spring and moves, creating an electrical connection between the two pins. The spring also ensures that the pins maintain a stable contact force, even as temperatures and operating conditions change.

In summary, the SWR204-NREN-D08-ST-GA is a type of rectangular connector header for male pins. It has a number of features that make it suitable for a wide range of applications, including high current carrying capacity, ease of assembly, and high pin density. Its working principle is based on a spring-type contact interface, where the pins are held in place by a tension spring and an electrical connection is created when pressure is applied to the contact. This ensures that the pins maintain a stable contact force, even as temperatures and operating conditions change.