control system, please write all the step . (a) An electrical drive system is represented by a block diagram shown in Figure 3.Sketch the root locus of the system when G-(s)=K and G(s) isR(s) +E(s)Ge(s)G(s)V1(s)Figure 3[Rajah 3]1G(s) =(s +1)(s+ 5)(s + 15)Determine the settling time (T.), peak time (Tp) and gain (G(s)) when thepercentage overshoot of the system at 3.74 % cross at -2.6±j2.58 on the root locus.Comment on the system stability.Compute the final value of the system in Qestion 2(b) when a unit step input given.Suggest a suitable controller to improve the system output performance. Justify theanswer.

“Since you have asked multiple questions, we will solve the first question for you. If you want any…

(a) An electrical drive system is represented by a block diagram shown in Figure 3. Sketch the root locus of the system when G(s)=K and G(s) is R(s) + E(s) G(s) G(s) V1(s) Figure 3 [Rajah 3] 1 G(s) = (s + 1)(s+ 5)(s + 15)

(a) An electrical drive system is represented by a block diagram shown in Figure 3. Sketch the root locus of the system when G(s)=K and G(s) is R(s) + E(s) G(s) G(s) V1(s) Figure 3 [Rajah 3] 1 G(s) = (s + 1)(s+ 5)(s + 15)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

A certain servomechanism system has dynamics dominated by a pair of complex poles and no finite zeros. For this system, do the following.
The value of d28/dt2 for a synchronous machine, rated 50MVA, 60HZ, M = 1.06MJ.s/degree, and Pa = 2.5MW, machine is %3D a. 0.424 rad/s2 O b. 3.356 rad/s2 c. 2.358 rad/s2 d. 0.4.356 rad/s2
plz solve only part 2 Your company is considering the installation of a 2 MW wind turbine with a rotor diameter of 80 m in a location with average wind v = 10 m/s. The turbine has a cut-in velocity of 5 m/s and a cut-out velocity of 25 m/s. The capacity factor is 0.45. The installed cost of the turbine is $3,500,000. Operating expenses are $225,000 per year. The system has a power coefficient (electric power generated divided by wind power) of 0.45. part 1) What price would you have to get for the electricity you produce to obtain a 10% return on the plant investment assuming a project lifetime of 20 years? Use the tables for the cumulative wind power distribution in the notes on wind probability to answer this question. Assume an air density of 1.225 kg/m3. The answer is equal to 0.0815 dollar part2) How would your answer to problem one change for each of the following modifications to the data in that problem? (Consider each change independently, not as a cumulative series…
The diagram for the pantograph and catenary coupling shown in Figure 2, where the catenary is represented by the spring, Kave and fup(t) is the upward force applied to the pantograph under active control. ycat(t) is the catenary displacement. Determine the transfer function G(s) = Ycat(s) / Fup(s) .
(c)[ device needs to connect to a Diesel generator which generates sinusoidal AC power at 16.67 Hz. The amplitude or RMS value of the generator output voltage is adjustable. The area of cross-section of the core is 0.035 m². What constraints, if any, must be imposed on the The magnetic device of the figure is designed to operate with 240 V(rms) at 50HZ. For operation in a remote mining site, the use of this device, or the generator, if the device must be connected to the generator. You may assume that the peak B field in the core must be limited to 1.1 T to prevent magnetic saturation.
Q5: A closed loop system is shown in Figure Q5: K U(s)- Y(s) s(s+2) 1+ as Figure 05 1- Determine the value of K and a so that the maximum overshoot is 0.20 and settling time (2% criterion) is 4 sec to a unit step input. 2- Determine the peak time for a unit step input and the steady state error for a ramp input. 3- What would be the value of a to attain critical damping (assume K = 1).
For, z=0.05 and Wn= 10 : Peak amplitude = 1.85 Rise Time = 0.108 * Settling time = 7.6 seconds true False The peak time is related to the largest time constant of the control system True False For damping ratio greater than one, the rise time is considered as 10% to 90% of its final value True False
Moving to another question will save this response. Question 6 A shunt generator delivers 350A at 230 V and the resistance of the shunt field and armature are 50 Q and 0.03 Q respectively. the generated e.m.f. equals to 239.138 V 243.638 V 235.138 V 240.638 V A Moving to another question will save this response. I'm Cortana. Ask me anything. DELL
A short-shunt compound generator supplies a load of 10kW at 200V through a pair of feeder resistance 0.10, armature resistance is 0.010 and the shunt field resistance is 52.50 and the series field resistance is 0.102. If the SPL amounts to 631W, determine d) Electrical η ( 87.96% ) e) Commercial η. (83.33%)
2. (a) Define Biot-Savart’s law with the equation. (b) Define Lenz’s Law.
C2 6. Figure shows a series resistance-capacitance bridge to R1 measure the capacitor, C3 and its leakage resistance of R3. The variable capacitor, C2 and resistor, R2 is adjusted alternately to null the bridge. The values of the resistors are RA given as R1 = 22 kN and R4 = 8 kN. The power supply frequency is 120 Hz. (i) Derive the equations for C3 and R3. (ii) Calculate the values of capacitor, C3 and resistor, R3 if the bridge is balanced when C2 = 4.7 µF and R2 = 150 2. [Module Test 2, March 2021] (ii) R3 = 54.55 , C3= 12.93 µF) R4 (Answer: (i) R3 = R2R4 C3 = R,C2 R1
Q2) Three shunt generators operate in parallel and supply a load current of 12000 A, connected across the bus-bars. Details of the generators are given below, Generator A Generator B Generator C Eg4 = 450 V EgB = 460 V = 410 V 0.02 N Raa = Ras = 0.025 A Rac = 0.01 %3D Egc a) Calculate the load voltage (bus bar voltage). b) Find the current supplied by each generator. c) Determine the output power (in Kw) for each machine