Could someone explain how changing the DIP switches on a driver (for stepping not amperage) effects the movement of the motor.
For example: If I switch my driver from [{S1-OFF S2-OFF S3-ON} (MS 16, P/R 3200)] to [{S1-OFF S2-OFF S3-OFF} (MS 32, P/R 6400)] is it a flat increase in distance travelled? So instead of 2" of travel per se it would travel 4"?
changing from 1/16 microstepping to 1/32 microstepping reduces the effect of a step by a factor of two
(hardly surprizing if you think about it - the steps are smaller)