An electromechanical open loop control system is shown in Figure P2 13 The generator, driven at a constant speed, provides the field voltage for the motor The motor has an inertia Jm and bearing friction bm Obtain the transfer function L (s) Vf (s) and draw a block diagram of the system The generator voltage vg can be assumed to be proportional to the field current if Rf Lg Rg R Motor N N Lf Gear ratio n N2 Vf(s) if Generator FIGURE P2 13 Motor and generator N (s) Load JL, bL

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An electromechanical open loop control system is shown in Figure P2 13  The generator, driven at a constant speed, provides the field voltage for the motor  The motor has an inertia Jm and bearing friction bm  Obtain the transfer function L (s) Vf (s) and draw a block diagram of the system  The generator voltage vg can be assumed to be proportional to the field current if   Rf Lg Rg R Motor N N Lf Gear ratio n   N2 Vf(s) if Generator FIGURE P2 13 Motor and generator  N (s) Load JL, bL

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Question: An electromechanical open-loop control system is shown in Figure P2.13. The generator, driven at a constant speed, provides the field voltage for the motor. The

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