As a type of computer, servers have higher computing performance, excellent stability, and flexible scalability, playing an irreplaceable role in production automation, robot collaborative control, intelligent transportation systems, and logistics and warehousing management. As a key component for efficient transmission of current and signals within servers, the performance of connectors directly affects the operational efficiency and reliability of the entire system. Therefore, connectors must have the dual advantages of high-speed transmission and long-term stability.
The JL27 printed circuit connector launched by TXGA provides a more ideal interconnection solution for servers. The TXGA JL27 printed circuit connector adopts a multi leaf spring socket structure design, ensuring stable multi-point contact between the pins and sockets, significantly improving the integrity and speed of signal transmission, and effectively reducing mechanical wear during insertion and extraction, extending the service life of the connector.
In addition, TXGA JL27 printed circuit connectors also have excellent environmental adaptability, with a working temperature range covering extreme conditions from -55 ℃ to+125 ℃, fully meeting the operational needs of servers in various complex environments.
