The tepServo servo motor driver board can be prevented from getting out of step when placed on the stepping motor. It can also speed up the printing speed when placed on the 3D printer. The original 70 speed is accelerated to 200.
High-precision magnetic encoder with 14-position precision for high-precision position feedback Suitable for devices such as 3D printers and CNC. Mounting the driver board on the stepper motor can solve the problem of 3D printer out-of-step, and is also very suitable for joint control and flexible control of the robot. Engineers often use servo motors to achieve the precise motion required in applications such as robotics and CNC manufacturing. This product is an open source industrial servo closed-loop controller, which is mounted on a stepper motor and can be transformed into a servo motor with high-precision feedback. Is an upgraded version of Mechaduino Similar to RC servos (rudders), industrial servos can actively correct external disturbances. But unlike servos, industrial servos provide precise motion in the field and typically support advanced motion control modes. However, the cost of the company's servos is too high for individual projects (thousands of RMB or even tens of thousands per motor) Current firmware features: Support Error pin class as Enable pin Support up to 256x subdivision steps Automatically detects the direction and step size of the motor (currently only supports motors of 1.8 and 0.9 degrees/step) Can be controlled or debugged via USB using a command line interface (similar to DOS/BASH), Calibrate or adjust PID parameters without recompiling firmware
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