B-6-16. Consider the control system shown in Figure 6-106.Determine the gain K and time constant 7' of the controllerG{s) such that the closed-loop poles are located ats = -2 + j2.K(Ts + 1)s(s+ 2)GAs)G(s)Figure 6-106 Control system.

From the given figure,The controller transfer function is,GC(s)= K(Ts+1)and the plant transfer…

Consider the control system shown in Figure 6-106. Determine the gain K and time constant T of the controller G{8) such that the closed-loop poles are located at s = -2 + j2. K(Ts + 1) s(s+ 2) GAS) G(s) Figure 6-106 Control system.

Consider the control system shown in Figure 6-106. Determine the gain K and time constant T of the controller G{8) such that the closed-loop poles are located at s = -2 + j2. K(Ts + 1) s(s+ 2) GAS) G(s) Figure 6-106 Control system.

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

Related questions

Q: Colors (a) Consider the electromechanical system with torque-speed characteristics shown in Figure…

Q: = Lab Simulation Activity

Q: The diagram below is a simplified block diagram of a self-guiding vehicle's bearing angle control.…

A: To design a lead compensator that meets the following specifications:Peak overshoot Mp=10%,Settling…

Q: Two shunt generators operate in parallel to supply a total load current of 3,000 A. Each machine has…

A: In this question we need to find the load voltage and the armature current of each machine.

Q: h. Describe the classitication of control systems based on manipulated variables and controlled…

A: As per our policy, i am attempting first question, Classification of control systems based on…

Q: A separately excited generator when running at 1262 rpm supplies 151 A at 245 V to a circuit of…

Q: A4-pole, 50kW, 250 V, wave-wound shunt generator has 400 amature conductors. Brushes are given a Iad…

Q: A Moving to another question will save this response. Question 4 The following test data were taken…

A: The given parameters of the induction motor are:Number of poles of the machine=4 Supply voltage=300V…

Q: Digital Control Systems;Please solve step-by step and clearly. Thanks. Consider the open loop…

A: Solution (a) Given : Open loop system GH(z) = 1(z-0.5)(z-1)2 Poles of closed loop system z1 =…

Q: What are the two parameters which are considered in piezo actuators? Why contracting actuators are…

A: The two parameters considered in piezo actuators are; Free deflection (Xf) : The movement achieved…

Q: (U.E.I., 0.2) 9. A shunt generator on test is separately excited and driven at 1000 rev/min. The…

Q: Question 4b continued (i) What is the mechanical torque developed if i = 34? (ii) At this current,…

A: Solution of question Q.4. (b): X=0, Y=6. Given information about the DC motor, The applied terminal…

Q: The characteristics S¹ + 2s³+6s²+4s+1 = 0 Set up the Routh Table and determine the stability of the…

Q: Problem 3. The figure below on the left shows an armature controlled de servomotor driving a load…

A: The figure below shows an armature controlled dc servomotor driving a load through gear train:

Q: 4- The s Peed of a Prime moverin Dc shunt generator test can be increased by ? a- in crease the in…

A: Generator is a device which is used to convert mechanical energy to electrical energy

Q: Investigate the stability of a closed loop control system using Routh - Hurwitz Criterion, has a…

A: According to Routh Hurwitz criteria, the necessary condition for any system to be stable is that all…

Q: Find the stability of the control system having characteristic equation 1. 2s* + 6s' + 6s² + 4s + 2…

A: I. Given characteristics equations is 2s4+6s3+6s2+4s+2=0 using Routh hurwith criteria s4 2…

Q: :In buck/boost drive circuit.11 a) The energy transferred from source to load through buck b) The…

A: as per our guidelines we are supposed to answer only one question. Kindly repost other questions as…

Q: b) A Four pole, wave wound DC series motor operating at 120V has 100 conductors on its armature. It…

Q: Find the feed forward, open loop, error and closed loop transfer functions for the following system.…

A: Transfer function: The ratio of the Laplace transform of output to the Laplace transform of input…

Q: A self-excited. DC shunt generator is rated at 22 kW, 220 V at 1800 rpm. The following data are…

A: We are authorized to answer three subparts at a time. Since you have not mentioned which part you…

Q: Please solve it neatly

Q: For the closed-loop control system described by the block diagram shown in figure below. determine…

A: In the control system, What is value of K1 and K2? If damping ratio= 0.515 and damping frequency =…

Q: 0.2) . A shunt generator on test is separately excited and driven at 1000 rev/min. The open-circuit…

A: Shunt Generator, Driven at 1000 rev/min. Field Resistance Rf =540Ω Armature Resistance Ra=1Ω

Q: 8. A short shunt compound DC generator supplies a current of 150 A at a voltage of 220 V. If the…

Q: Two shunt generators each with an armature resistance of 0.04ohms and 0.05ohms, respectively. Their…

A: In this question, Two generator are connected in parallel, armature resistance of 0.04ohms and…

Q: 43. The motor whose torque-speed characteristics are shown in Figure P2.29 drives the load shown in…

A: Given: The motor torque-speed characteristics are shown below: drives a load as shown below: To…

Q: 3. The output of a shunt generator is 66A at 593 V. armature and field resistances are 0.05930 and…

Q: A shunt generator delivers a load current of 450 A at 250 V. Armature resistance is 0.01 Q and shunt…

A: Given a DC Shunt generator having, Load current, IL=450 A. Terminal voltage, V = 250 V. Armature…

Q: e(t) C Ra B)4 C)² D) ⁹ E) 8 J₁ = 2 kg-m2 N₂ = 60 D₂=18 N-m-s/rad N₁ = 20 D₁ = 5 N-m-s/rad J₂ = 36…

A: Given the load and gear system drive by the DC motor N1=20N2=60D1=5 N-msradJ1=2 kg-m2J2=36 kg-m2…

Q: The figure below on the left shows an armature controlled de servomotor driving a load through a…

A: The figure below shows an armature controlled dc servomotor driving a load through gear train:

Q: A three-phase, 480 V, six-pole, Y-connected, 60 Hz, 10 kW induction motor is driving a constant…

A: Given information about a three phase Y-connected induction motor is Supply voltage V1=480 Volts…

Q: How Get = S+2 Rind the first order in control system and draw

A: Important Notes about first order system First order system can be described by first order…

Q: Explain what a Joint movement is. Why would you use a joint movement versus a Linear or straight…

A: Explain what a Joint movement is. Why would you use a joint movement versus a Linear or straight…

Q: P4-2. A coil that is wound with 100 turns of wire draws 2.2 A when connected to a 12.5 VDC source.…

A: Given data, Number of turns N = 100 Current drawn i = 2.2 A Supply voltage V = 12.5 V Coli…

Q: Q4\ A\ If you know that the square of the current passing through an ammeter is proportional direct…

Q: Closed loop speed control of a direct current motor is shown in the block diagram below. Design a…

A: The forward path transfer function of a unity negative feedback sysetm isWe need to design a PI…

Q: Q4. Explain what happens to voltage and current in each of the following cases: 1- Number of turns…

A: Effect of voltage and current in each case, 1) When number of turns in secondary winding is higher,…

Q: nduction motor is usually configured in a star-delta starting sequence to avoid high tarting…

Q: Exercise 2: A d.c. series-wound generator rated at 220 V and 40 A armature current has an armature…

A: Given information is shown below:To find:Note:In D.C. series wound generator, there is no shunt…

Q: A separately excited DC machine is given: maintaining constant the armature voltage, when decreasing…

Q: The power supply circuit shown in Figure 3 is then attached to a permanent magnet DC motor.…

A: This question belongs to electrical machine and circuit theory . It is based on the concept of…

Q: Electrostatic levitation in comb-drives: Movable fingers in comb-drive actuators/sensors can…

A: According to the question, for the given figure as shown belowwe need to explain levitation happens…

Question

B-6-16. Consider the control system shown in Figure 6-106.
Determine the gain K and time constant 7' of the controller
G{s) such that the closed-loop poles are located at
s = -2 + j2.
K(Ts + 1)
s(s+ 2)
GAs)
G(s)
Figure 6-106 Control system.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Problem: Find the transfer function G(s) = θL(s)/E (s) for the motor and load that are illustrated in Figure 2.40. The torque speed curve is given by Tm = -80Wm + 200 when the input voltage is 100 volts.
Please solve all parts don't leave any. I will give thumbs up
Explain closed loop control system in detail with suitable application. Note: provide a neat sketch
Q1 (a) State the definition of open loop and closed loop systems.
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
Q3 : Four actuators are running according to the following sequence ( A+D+D-C+B+ C-A-B- ) Using Cascade control method arrange it into groups and show how it will work ?
IL = 3A Please answer alll subparts or questions.. Please answer alll i will like
Refer attached figure of an axial reluctance force actuator on Image 1. While ignoring core reluctances, find the reluctance force, F, if x = 0.004 m and I = 5 A using the atached force expression on attached image 2.
(U.E.I., 0.2) 9. A shunt generator on test is separately excited and driven at 1000 rev/min. The open-circuit test figures are as follows: Field current (A) Induced e.m.f. (V) 0 0157 0-477 0-663 0-805 1-0 1-29 12:5 100 300 400 450 500 -550 The machine is then shunt-connected and run at 1000 rev/inin with a constant field-circuit resistance of 540 2. The armature-citcuit resistance is 1 0. Deduce and plot the load characteristic of this machine, neglecting the effect ol armature reaction. What is the ap- proximate value of the maximum load current ? 10. The onen.cirou (E MEIL
How is hysteresis detected in instruments? illustrate the effect of hysteresis on a instrument? what is an instrument span?
Consider the magnetic circuit given in below figure with parameters: u=105 Ho, d1=7.2 cm, d2-6.6 cm, d3=5.5 cm, d4=0.4 cm and N=493. Assume that all branches have the same cross-sectional area of 5 cm². Magnetic flux density is 0.4 Wb/m2 in the air gap. Based on the given configuration calculate the current I in [AJ in the coil. d2 dg Tolerance + 0.1 relative Answer:
In the magnetic system where the rotor in the figure can rotate around the center, the rotor and the stator have infinite magnetic permeability. The air gap length is 0.5 mm and it covers a 30 degree arc. The distance from the center of the rotor to the air gap is 5 cm, the number of turns of the two coils in series is equal and the total is 50, the length (depth) of the figure is 10 cm, 6; If the angle of rotation of the rotor and its value as given is zero degrees, a. How many electrical degrees is the angle at which the inductance is minimum. b. How many electrical degrees is the angle where the inductance is maximum. c. Calculate the maximum inductance value. d. If the windings are connected to a 50 V DC source over a 5 ohm resistor, calculate the air gap flux, neglecting the winding ohmic resistance. Bobin Stator Rotor