Servo drive
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Product features

DSP+FPGA architecture is adopted to obtain fast data collection and processing,as well as high integration density and reliability.The optimized PID control algorithm realizes the fully digital control of torque,speed and position with high precision and fast response.With abundant digital&analog interfaces,and position feedback pulse frequency division and zero pulse broadening output,it can be matched with multiple upper control devices.

Product features

DSP+FPGA architecture is adopted to obtain fast data collection and processing,as well as high integration density and reliability.The optimized PID control algorithm realizes the fully digital control of torque,speed and position with high precision and fast response.With abundant digital&analog interfaces,and position feedback pulse frequency division and zero pulse broadening output,it can be matched with multiple upper control devices.

 



Product features

DSP+FPGA architecture is adopted to obtain fast data collection and processing,as well as high integration density and reliability.The optimized PID control algorithm realizes the fully digital control of torque,speed and position with high precision and fast response.With abundant digital&analog interfaces,and position feedback pulse frequency division and zero pulse broadening output,it can be matched with multiple upper control devices.

 


Product features

DSP+FPGA architecture is adopted to obtain fast data collection and processing,as well as high integration density and reliability.The optimized PID control algorithm realizes the fully digital control of torque,speed and position with high precision and fast response.With abundant digital&analog interfaces,and position feedback pulse frequency division and zero pulse broadening output,it can be matched with multiple upper control devices.

 

Product features

DSP+FPGA architecture is adopted to obtain fast data collection and processing,as well as high integration density and reliability.The optimized PID control algorithm realizes the fully digital control of torque,speed and position with high precision and fast response.With abundant digital&analog interfaces,and position feedback pulse frequency division and zero pulse broadening output,it can be matched with multiple upper control devices.

 


Product features

DSP+FPGA architecture is adopted to obtain fast data collection and processing,as well as high integration density and reliability.The optimized PID control algorithm realizes the fully digital control of torque,speed and position with high precision and fast response.With abundant digital&analog interfaces,and position feedback pulse frequency division and zero pulse broadening output,it can be matched with multiple upper control devices.

 


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