Dc Motor Transfer Function. Since the current carrying armature is rotating in. Create a subsystem of the.
Transfer function of a dc motor. It will also show a step response of the transfer function program. Recall that in lab 3 the transfer function of the motor was obtained by measuring the various physical parameters of the motor and applying them to the known mathematical model.
You should use figure 1 the equations provided in the lab and the example reference in section 34 of the lab manual as a guide.
Obtain the time domain response of the system due to a unit step input using inverse laplace transform. Rotor moment of inertia. Explain how negative feedback affects dc motor performance. Represent a mechanical load using a mathematical model.