Lectures:
Methods of analysis and synthesis of control circuits.
Control and regulation of D.C. drives current.
Control and regulation of converters with forced commutation.
Vector control of A.C. control drives.
Digital control of speed and position.
Adaptive control of drive with model and without model.
Regulation and optimal motion control with respecting non-linearity and elastic component.
Methods of analysis and synthesis of control circuits.
Control and regulation of D.C. drives current.
Control and regulation of converters with forced commutation.
Vector control of A.C. control drives.
Digital control of speed and position.
Adaptive control of drive with model and without model.
Regulation and optimal motion control with respecting non-linearity and elastic component.