1. Derive the transfer function of the system shown in Figure below. Not: Answer must include...

Transcribed Image Text:

1. Derive the transfer function of the system shown in Figure below. Not: Answer must include all the ncesaary equations and steps V + R M Armature circuit i L + 2. Plot the impulse response of the system. 3. Plot the unit step response of the system. be Rotor Fixed field 4. Draw the pole zero plot of the system. Justify the stability of the system. 5. Calculate rise time, time constant, damping ratio, and natural frequency for open loop system. 1. Derive the transfer function of the system shown in Figure below. Not: Answer must include all the ncesaary equations and steps V + R M Armature circuit i L + 2. Plot the impulse response of the system. 3. Plot the unit step response of the system. be Rotor Fixed field 4. Draw the pole zero plot of the system. Justify the stability of the system. 5. Calculate rise time, time constant, damping ratio, and natural frequency for open loop system.