How about a pulse moving distance of a stepping motor? Can you give a formula for example?
The first step is to determine the step angle of the stepper motor, which is indicated on the motor. For example, 1.8 degrees, a circle 360/1.8=200, that is, the motor rotates 200 pulses a week
Third steps to determine the motor shaft length of a week or lead: if the screw pitch thread number * = lead, if the rack and pinion drive, pitch diameter (m*z) is the lead, lead / pulse number = a pulse line displacement.
The second step is to determine if the motor driver is subdivided and subdivided, not to find out the fine fraction, so that you can look at the dial code on the drive. For example, the 4 subdivision, as mentioned above, is 200*4=800, which means that the 800 pulse motors are rotated for only one week
