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Ks = the voltage that makes the robot start moving
This isn't quite accurate because dynamic friction is involved, but it's a starting point.
Kv = (12 V - Ks)/max speed
The better way to find Ks and Kv is to do a steady-state voltage-velocity line fit, which gives Kv as the slope and Ks as the y-intercept (voltage = Ks + Kv * velocity).
Ka = whatever makes the robot follow a trapezoid profile well with feedforward-only
This gain can be annoying to tune for some robots. It can be set to zero unless the robot mechanism requires a lot of voltage to accelerate.
The text was updated successfully, but these errors were encountered:
This isn't quite accurate because dynamic friction is involved, but it's a starting point.
The better way to find Ks and Kv is to do a steady-state voltage-velocity line fit, which gives Kv as the slope and Ks as the y-intercept (voltage = Ks + Kv * velocity).
This gain can be annoying to tune for some robots. It can be set to zero unless the robot mechanism requires a lot of voltage to accelerate.
The text was updated successfully, but these errors were encountered: