(Solved): angular velocity. The following figure gives the structure of the system: Figure 3. a- The electric ...

angular velocity. The following figure gives the structure of the system: Figure 3. a- The electric motor can be represented by its open loop transfer function: $\mathrm{F}(\mathrm{S})\frac{1650}{=(\mathrm{s}+2)(\mathrm{s}+15)}\mathrm{Vs}\frac{w(s)}{1}$ - The static converter has a gain equal to 10 and Vcom represents its input signal $V$ is the motor supply voltage. - The generator gives its output a voltage of 3 Volts at a speed of $100\mathrm{rad}/\sec$. 1. We are interested in controlling the speed $w(s)$ by introducing a regulator. Then give the Block diagram of the closed-loop system, identifying all the elements that form it. 2. Design a Proportional-Integral (PI) regulator to compensate for the dominant pole of the open-loop system and impose a closed-loop response having a settling time equal to $1\sec$ and a damping factor of 0.707 . 3. Give your comments on the completed Design and say whether the imposed characteristics will be achieved or not and why? 4. Give the appropriate circuit of the regulator designed based on Operational Amplifiers (OP Amp). Details should include selected components and wiring as will be used in the lab oratory