1st Kinematics and mechanics of power. drives, propulsion systems analysis, basic
electrical characteristics. Drives
2nd DC motor, steady states, dynamic states, determine the parameters
3rd Three-phase asynchronous motor, mathematical models overview
linearized
model parameter identification
4th Dual-phase induction motors, synchronous machines, an overview
mathematical models, linear models, parameter identification
5th Actuators, linear motors and stepper motors
6th DC generators, block diagrams and models, thyristor
converters,
modeling of inverter circuits.
7th Precision drive systems,
8th Fuel Conditioning Systems
9th Synthesis of control systems with actuators
electrical characteristics. Drives
2nd DC motor, steady states, dynamic states, determine the parameters
3rd Three-phase asynchronous motor, mathematical models overview
linearized
model parameter identification
4th Dual-phase induction motors, synchronous machines, an overview
mathematical models, linear models, parameter identification
5th Actuators, linear motors and stepper motors
6th DC generators, block diagrams and models, thyristor
converters,
modeling of inverter circuits.
7th Precision drive systems,
8th Fuel Conditioning Systems
9th Synthesis of control systems with actuators