The results of simulation and experiments show that PHCC system achieves a better tracking performance of typical signals than conventional pneumatic servo system, also realizes location without overshoot as well as higher position stiffness and accuracy.
The results of simulation and experiments show that PHCC system achieves a better tracking performance of typical signals than conventional pneumatic servo system, also realizes location without overshoot as well as higher position stiffness and accuracy.
仿真和试验结果表明，气液联控伺服系统的正弦信号跟踪能力、低速性能均高于常规气压伺服系统，系统可实现无超调定位，且具有较高的位置刚度和精度。