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G-4-3 57 60 Stepping driver 2NS556A
The Bergerda series of digital stepping drivers, based on a 32-bit DSP platform, utilizes micro-segmentation technology and PID current control algorithm design to provide a full range of performance beyond the ordinary analog stepping drivers. ·PID parameter adjustment function to better meet different types of load applications .Micro-segmentation control algorithm to improve the smoothness of the motor in each speed segment .Comman smoothing function makes the motor acceleration and decele... -
G-4-4 86 Stepping driver 2NS860H
The Bergerda series of digital stepping drivers, based on a 32-bit DSP platform, utilizes micro-segmentation technology and PID current control algorithm design to provide a full range of performance beyond the ordinary analog stepping drivers. ·PID parameter adjustment function to better meet different types of load applications .Micro-segmentation control algorithm to improve the smoothness of the motor in each speed segment .Comman smoothing function makes the motor acceleration and decele... -
G-4-5 110 130 stepping driver 3NS2280
The Bergerda series of digital stepping drivers, based on a 32-bit DSP platform, utilizes micro-segmentation technology and PID current control algorithm design to provide a full range of performance beyond the ordinary analog stepping drivers. ·PID parameter adjustment function to better meet different types of load applications .Micro-segmentation control algorithm to improve the smoothness of the motor in each speed segment .Comman smoothing function makes the motor acceleration and decele... -
G-4-2 57 60 stepping driver2NS556C
The Bergerda series of digital stepping drivers, based on a 32-bit DSP platform, utilizes micro-segmentation technology and PID current control algorithm design to provide a full range of performance beyond the ordinary analog stepping drivers. ·PID parameter adjustment function to better meet different types of load applications .Micro-segmentation control algorithm to improve the smoothness of the motor in each speed segment .Comman smoothing function makes the motor acceleration and decele... -
G-4-1 42 stepping driver 2NS422
The Bergerda series of digital stepping drivers, based on a 32-bit DSP platform, utilizes micro-segmentation technology and PID current control algorithm design to provide a full range of performance beyond the ordinary analog stepping drivers. ·PID parameter adjustment function to better meet different types of load applications .Micro-segmentation control algorithm to improve the smoothness of the motor in each speed segment .Comman smoothing function makes the motor acceleration and decele...
