With the deep integration of technologies such as 5G, Internet of Things, artificial intelligence, cloud computing, and sensors, autonomous patrol robots have emerged as a new star in the field of security inspection. These unmanned inspection robots can replace or assist security personnel in completing inspection tasks around the clock and without blind spots, effectively reducing safety accidents and lowering the risk of loss of life and property.
In this context, TXGA has developed and produced a SIP round hole pin female connector tailored for autonomous patrol robots, which achieves better contact performance with its unique claw spring structure. The socket of this connector is equipped with gold-plated claw spring contacts. When the pins are inserted, they will make surface contact with multiple claw springs, forming multiple independent current paths.
This design gives the connector the advantages of low contact resistance, smooth insertion and removal, and low wear, with a plug and unplug life of over 500 times. In high-intensity patrol tasks, this connector can maintain long-lasting reliability of electrical contact, effectively avoiding internal circuit loosening of the patrol robot caused by poor road conditions such as potholes and gravel, thereby ensuring the stable operation of the robot.
In summary, TXGA's SIP round hole pin female connector, with its claw spring structure, provides excellent contact performance guarantee for autonomous patrol robots, helping them play a greater role in the field of security inspection.
