Instar Servo Driver adopts DSP+FPGA architecture to speed up data acquisition and processing speed, high integration, good reliability, rich digital and analog interface, position feedback pulse frequency division and zero pulse expansion output, which can be connected with a variety of upper control devices.
Instar Servo Driver adopts DSP+FPGA architecture to speed up data acquisition and processing speed, high integration, good reliability, rich digital and analog interface, position feedback pulse frequency division and zero pulse expansion output, which can be connected with a variety of upper control devices.
Instar Servo Driver adopts DSP+FPGA architecture to speed up data acquisition and processing speed, high integration, good reliability, rich digital and analog interface, position feedback pulse frequency division and zero pulse expansion output, which can be connected with a variety of upper control devices.
Instar Servo Driver adopts DSP+FPGA architecture to speed up data acquisition and processing speed, high integration, good reliability, rich digital and analog interface, position feedback pulse frequency division and zero pulse expansion output, which can be connected with a variety of upper control devices.
Instar Servo Driver adopts DSP+FPGA architecture to speed up data acquisition and processing speed, high integration, good reliability, rich digital and analog interface, position feedback pulse frequency division and zero pulse expansion output, which can be connected with a variety of upper control devices.
Instar Servo Driver adopts DSP+FPGA architecture to speed up data acquisition and processing speed, high integration, good reliability, rich digital and analog interface, position feedback pulse frequency division and zero pulse expansion output, which can be connected with a variety of upper control devices.
Instar Servo Driver adopts DSP+FPGA architecture to speed up data acquisition and processing speed, high integration, good reliability, rich digital and analog interface, position feedback pulse frequency division and zero pulse expansion output, which can be connected with a variety of upper control devices.
Instar Servo Driver adopts DSP+FPGA architecture to speed up data acquisition and processing speed, high integration, good reliability, rich digital and analog interface, position feedback pulse frequency division and zero pulse expansion output, which can be connected with a variety of upper control devices.
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