Brushless moderatoris celeritatis motoria quadrupliciter agit: proportio officium moderandi officium ratio moderandi modum mutando aequivalentem output intentionem ad accommodandi celeritatis motoris moderatorem. Ratio debiti temperationis proprietates celeritatis responsionis habet, sed celeritas ab onere mutationes certas mutationes habent, vena electrica non excedens figuram in statu stabulo sub conditione maximi oneris currentis, torques rotor clausum directe proportionalem habet ad rationem officii in approximatam, ostendi potest sicut cum motor moderator adaequare pro rotatione minore velocitate, parvum torquem mobilem moderatorem penicillatum. II: torques control modus torques potestatem componendo output venae magnitudinem mutandi output torques motoris moderatoris. Brushless motor moderatoris plerumque in clauso statu operari. Torque imperium modus output venae esse potest intra ambitum configurationis maximi oneris currentis adaequatum. Tres: celeritas clausa-loop control celeritatis clauso-lops control methodi utens algorithmum PID ad celeritatem constantem control motoris moderatoris. Modus facilior stabilis celeritatis subsidii in zhu positione clausa-loop potestate ansam moderandi et temporis. Illa directe adaptata a moderatore celeritatis Brushless motoris, minus LUXURIA et characteres folii velocitatis aequaliter ad altam celeritatem, sed ad low celeritas, celeritas inaequalis quaestionis regulantis advenire potest, haec per calculando motorem moderatorem penicillatum debet mutare tempus convertendo situm motoris moderatoris ad imperium gyrationis, et indirecte ad motum mobilem mobilem imperium moderatoris, hoc modo gyratorius modus et modus moderandi plus quam unus modus coegi exigentias celeritatis inferioris et stabilis celeritatis temperantiae, sed celeritas occasus certa LUXURIA, Brushless motor moderatoris configurationis, formare integram speciem impellit subsidium clausi-loop celeritatis moderamen accelerationis ad utens celeritas clausa ansa temperantia algorithmus, potest accelerari configurationem, ut stabilis celeritas velocior responsionis et pro usu temporisPositio clauso-lopa control algorithmus, acceleratio transibit processus superni leves vel gravis vel gravis motus. Four: position closed loop control using PID algorithm to control motor rotation position controller, when a given target position, the drive will be according to the configuration of the accelerated acceleration, deceleration and maximum speed, acceleration operation process of automatic calculation of electric current real-time rotation position of target speed and control, so that the motor controller according to the configuration parameters accurately the rotation speed and acceleration to the target position, the position of brushless motor controller control process, the drive can also estimate the Brushless motor moderatoris simul temporis requiritur ad scopum positionem convertendi.
