TXGA wire spring terminal enables safe connection of equipment in harsh environments

In electrical connection systems, the male and female connectors are the core components for achieving electrical connections. Public contacts are usually presented in the form of pins, with various designs including cylindrical, square cylindrical, and flat shapes to meet different connection requirements. The female contact exists in the form of a socket, with an elastic structure embedded inside. When the pin is inserted, the structure will undergo elastic deformation, ensuring a tight contact between the socket and the pin, thereby achieving electrical connection.

Among the female contacts, wire spring terminals have attracted much attention for their unique structure and high reliability. It is mainly composed of a front cover, a rear cover, and a series of highly elastic metal wires. These metal wires are tightly wound at specific angles along the inner wall of the socket, forming a hyperbolic shaped structure. When the pin is inserted into the socket, all metal wires will tightly adhere to the surface of the pin, forming multi wire contact, greatly improving the reliability of the contact.

The wire spring terminals developed and produced by TXGA have excellent quality, with no burrs or scratches, and extremely high male and female end engagement. These terminals have excellent electrical performance, with a rated current of up to 25A, a contact resistance of only 0.5m Ω, and an astonishing plug-in life of over 100000 times. Even under extreme vibration conditions, TXGA wire spring terminals can maintain stable electrical connections, providing a solid guarantee for the safe operation of equipment.

Thanks to its excellent performance and wide applicability, TXGA wire spring terminals have been widely used in various key equipment fields such as medical equipment, electronic communication, smart devices, and automotive electronics. They not only improve the electrical connection reliability of equipment, but also inject new vitality into the development of these fields.