PCBA circuits can achieve remote and predictive management and maintenance of energy equipment, reduce maintenance costs, minimize downtime due to faults, and ensure power generation safety. Currently, the special working environment in the energy industry imposes extremely strict requirements on the reliability of PCBA circuit boards.
TXGA rear locking FPC/PFC connector. The product adopts an innovative upper and lower dual contact structure design, which enables the FFC ribbon cable to stably contact the terminal contacts regardless of whether the gold finger is inserted upwards or downwards, greatly improving the flexibility of wire layout.
Compared to the traditional front flip lock structure, the rear flip lock design effectively eliminates the risk of the flip cover being pulled open when the FFC cable is stretched upwards. Effectively reducing the adverse effects of external environments such as drops, vibrations, and impacts on energy PCBA boards, providing stronger stability guarantees for circuit interconnection.
By using TXGA rear locking FPC/PFC connectors, energy PCBA circuit boards can maintain stable interconnect performance in complex and changing industrial environments, providing strong support for the reliable operation of energy management equipment.
