R(S) + E(s) FIGURE P7.1 G(s) G(s) The unity-feedback system of Figure P7.1,where K(s + a) (s+B)² = C(s) is to be designed to meet the following specifications: steady-state error for a unit step input = 0.1; damping ratio = 0.5; natural frequency = √10. Find K, a, and p.

R(S) + E(s) FIGURE P7.1 G(s) G(s) The unity-feedback system of Figure P7.1,where K(s + a) (s+B)² = C(s) is to be designed to meet the following specifications: steady-state error for a unit step input = 0.1; damping ratio = 0.5; natural frequency = √10. Find K, a, and p.

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: ind Vout usoidal input Vin. R www Vin Vout m Vour t

Q: 1. What is Hazard? 2. What is the classification of Hazard?

A: NOTE : As per our company guidelines we are supposed to solve only one question . kindly re-post…

Q: Find the even and odd parts of these functions: 1) g(t) = 2t²3t+6 2t²-3t+6 2) g(t) = 1-t 3) g(t) =…

Q: (b) The frequencies of two side bands in an AM wave are 640 kHz and 660 kHz respectively. Find the…

A: Given- Frequencies of the AM wave- 640 kHz, 660 kHz. To Find- The frequencies of carrier &…

Q: B D 0... XMM1 R1 www 1kQ J1 Key - Space VA 12V R15 www 1kQ R2 ww 1kQ R3 www 1kQ R4 www 1kQ R14 www…

A: Given: Circuit diagram

Q: A balanced delta load with 5 + j12 ohms per phase impedance is connected across a 208 volts source.…

Q: Problem 1 The Buck converter below delivers power to a voltage source through an inductor L = 0.2…

Q: If the total number of slots in a D.C machine is 25 and the total number of poles is 5, then what is…

A: Given: A DC machine with, Total number of slots = 25. The total number of poles = 5.

Q: For the system shown below do the following: C/R Given J = 2 kg-m2, b = 1 N-m-s, determine K and K,…

Q: Are there combinations that cannot be classified as series or parallel? Cite an example.

A: The resistor can be connected in a way that it cannot be referred to as a series or parallel…

Q: Find io using Thevenin and Norton's Theorem

Q: If the total cost to install a solar system is $18/watt. The average load of a company is 70MW with…

A: . SOLUTION Given Cost Rate = CR…

Q: A 200V lamp has a hot resistance of 400 ohms. What is the power rating in watts of the lamp?

A: Given data:- Voltage of lamp, V= 200 volt Resistance of lamp, R= 400 ohm The power, P= V2/R

Q: In the inverting amplifier of Figure 18.5, R₁ = 1k and Rf = 2 k. Determine the out- put voltage when…

A: Given: Input voltage, Ri=1kΩ Feedback amplifier, Rf=2kΩ Value of the input voltages are Vin1=+0.4V…

Q: When a resistor R is connected to a current source, it consumes a power of 18 W. When the same R is…

A: Given: Value of the resistor=R Value of the current source=I Value of the voltage source=V Power…

Q: The quality factor of a bandpass filter that has an upper cutoff frequency of 121 krad/s and a lower…

A: Given a band-pass filter with, Upper cutoff frequency, ωH=121 kradsec. Lower cutoff frequency,…

Q: 3. Consider a generic plant system with transfer function G(s) = from (plant) input signal X (s) to…

Q: 5. A cast-iron core of the shape indicated below has the following pertinent dimensions: ab = 10 cm…

Q: Investigate and explain the characteristics of ideal and real voltage and current sources.

Q: 8. In a PID controller represented by 1 Kp+Ki+Kas a) Which parameter is used to increase gain and…

A: a) an integral term to the controller Ki tends to help reduce steady-state error. integrator…

Q: Plot the Bode diagram of G(s): 10(s² + 0.4s + 1) s(s² + 0.88 + 9)

A: Control system engineers frequently utilize the Bode plot because it enables them to graphically…

Q: Calculate IT IR1 IR2 IR3 VR1 VR2 VR3 PR1 PR2 PR3

A: Given data, VT=220 VR1=10 ΩR2=20 ΩR3=40 Ω The given circuit is redrawn below

Q: Calculate the cost of operating a 3W electric clock continuously for a year if electricity costs…

A: This is a basic problem of electricity. The solution is given in the next step

Q: Question 6 For a unity feedback system with G(s) = program to do the following: 6.1 Display the root…

A: MATLAB program s = tf('s'); %define the transfer functioon object s in MATLABOL_system =…

Q: Problem 3: Set the PWM period to 500 ms, the simulation time step to 10 ms and the delay time to 10…

A: After analysis the given graph and I found that the option 2 is correct answer.. ie. Vin = 2 V,…

Q: Find the minimum product of sums for the following function. Each drop down menu has a number of…

Q: A sculptor has asked you to help electroplate gold onto a brass statue. You know that the charge…

A: The number of moles of gold for the given amount of the gold is, Number of Moles=0.50196.97…

Q: (0 0 350-0 0 (a) Complete the following truth tables by simulating the 3-input circuits implemented…

Q: In the given figure, find the voltage across the inductor. 10 ohm 10 ohm ww eat v(t) 1 H ebr

Q: Determine the equivalent resistance: Rab. Rbs. Red Rds. Rbd and Rae. ΜΑ 32 38 6Ω ΣΩ. ΦΩ Για τη 3Ω Μ…

Q: Sketch a Bode plot, using straight-line approximation, for the range of frequencies from 1 Hz up to…

Q: A 240 V dc motor on brake test took 52 Amp when running at 1500 rpm. The spring balance at the end…

Q: Find the cutoff frequency of the following filter: V2 1+ 19.9uF C1 E ** 8 R1 21.27mH L1

A: Given data, Circuit diagram is given as,

Q: Determine the equivalent resistance: Rab. Rbs. Red Rds. Rbd and Rae. Μ ww 6Ω 32 6Ω Μ 32 be 32 ΦΩ ΖΩ…

Q: An operational amplifier (Op Amp) has which of the following characteristics? It has a trim function…

A: The following question is with respect to the characteristics of an opamp. Each point is answered…

Q: Solve for VCB and VCE. 10 με 47 ΚΩ B 10 ΚΩ - – 2V '2.4 ΚΩ C - ΦΕ E 18 V 10 με H + VCE B = 120 1.1 ΚΩ…

Q: The Enable Bit of a programmed timer is ONLY ENERGIZED when the accumulated time equals the preset…

Q: 6. Consider the following system 0 il com J k m (a) Find the transfer function (s)/T(s) (b)…

A: In this question, We need to determine the transfer function of the given system. We are solving…

Q: Calculate the efficiency of a 230 V shunt motor from the following data: Input current is 19.8 Amp,…

Q: 1. The right-hand motor rule is usually used to determine a. flux density. b. the direction of…

Q: For the control system shown below, if K= 497 find the damping factor. K 2s²+ 10s-4

A: Given data, K = 497. Block diagram is given as,

Q: 3. Bode magnitude plot is drawn between a) magnitude of network function and w b) dB magnitude and…

A: Bode plot: This methods provide a graphical process for assessing a control system's stability using…

Q: :). A SINGLE PHASE 400 KVA TRANSFORMER ANG EFFICIENCY OF 99.13% AT HAIF LOAD UNITY Pf WHEREAS I…

A: Efficiency = outputinput×100 Input = output + copper losses + iron losses. Output = apparent power…

Q: 5. Find the inverse Fourier transforms of the following functions *, (e) e²(w-4)j 4-(4-w)j 11.

Q: What is the angle between (-2.5 + j4.33) and (4.33 - j2.5)?

Q: 3A 402 160 Find R₂ for max. Find Pmax. $502 d 20V power transfer.

Q: 3. A customer asks you to install an attic vent fan powered by a 110 volt, 1/4 hp motor and wants…

A: Given, Voltage (V) = 110 volt Motor is having horse power (hp) = 1/4 hp The cost of electricity per…

Q: Consider the linear time-invariant system represented by the following state- variable equation.…

A: Given: x1.x2.x3.x4.=010000100001-1-1.50-2.5 x1x2x3x4+0001r(t)y = 1010x1x2x3x4 Find: State…

Q: A 50-Hz, 6-pole turbo generators rated 100 MVA, 14 KV has inertia constant of 15 MJ/MVA. Find stored…

A: Given- 50 Hz, 6-pole turbo generators, Rating S = 100 MVA, Inertia constant H=15 MJ/MVA, To Find-…

Q: 2. Determine the equivalent resistance (Req) of the circuit and total current, Ir in circuit below.…

Question

100%

R(S) +
E(S)
FIGURE P7.1
G(s)
G(s) =
The unity-feedback system of Figure P7.1,where
K(s + a)
2
(s+B)²
=
C(s)
is to be designed to meet the following specifications:
steady-state error for a unit step input = 0.1; damping
ratio = 0.5; natural frequency = √10. Find K, a, and ß.

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

Step 3

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 3 steps with 5 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Different Types of System and Its Property

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

10. For the unity feedback system shown in Figure P7.1, where [Section: 7.3] 5000 G(s) = : s(s+75) a. What is the expected percent overshoot for a unit step input? b. What is the settling time for a unit step input? c. What is the steady-state error for an input of 5u(t)? d. Whatisthe steady-state errorforaninput of 5tu(t)? c. What is the steady-state error for an input of 5-u(t)? R(s) E(s) C(s) G(s) FIGURE P7.1
Design a mutivibrator circuit to give the output waveform below? Use any necessary assumption you want. (Time in millisecond)
Discuss the concept of unit-step, impulse and sinusoidal response and provide at least one example or application. the answer should be without Plagiarism
a) Design a circuit using 741 op amp IC and 555 timer IC, to generate both Pulse Width and Pulse Position modulated signals. Perform the required calculations to obtain the width of the PPM signal as 200μs. Draw the clear circuit diagram and calculate the values of resistors and capacitors used. b) Simulate the circuit designed in part (a) using appropriate simulation tools(Multisim or Tinkercad) and obtain the output. The answer should include details such as aim, brief procedure, screenshot of simulation circuit along with resultant waveforms and calculations of the practical time-period obtained for PPM output. c) Plot graphs with clear labels and scales for message, carrier and output signal (PWM and PPM). Also discuss your inference and reflection on the results obtained. [Note: Plot graphs on a normal graph paper by hand and attach the scanned copy to the assignment]
In the electrical network given in the Figure, the output voltage is taken over the coil. R = 1k ohm, C = 1μF and L = 1 mH. a)Since the switch is closed at time t = 0, the input and the relationship between output voltages. Determine the differential equation shows. b)Find the transfer function. c)Unit impulse and unit step function type input voltages versus output voltages calculate and change changes according to time. Draw it to scale.
Can you Pleade Find the proportional gain ie. C(s) = Kp that would result in a rise time of tr = 0.28s. Please double Check your Solution.
The waveforms shown in figure are applied to the inputs at A, and CLK. Sketch the resultant waveforms at Q0, Q1 and z, (assume Q0=Q1=0, show steps, tables etc. to find the solution) CLK Sp Jo CLK A K Fp 1 Rp
We know that, in a monostable multi-vibrator, the application of trigger pulse gives a positive going pulse on the output. The same monostable multi-vibrator circuit can be used as a frequency divider. You have a signal (pulse), which varies between 0 and Vcc with a frequency of 4KHZ. Design circuits which will produce an output signal with, (a) 0.5X frequency (2KHZ) and (b) 0.25X frequency (1KHZ).
A particular circuit built with one resistor and one capacitor in series allows high frequency source voltage sine waves to be transmitted as the output essentially unchanged. Any low frequency source voltage sine waves are “killed”; the output is very small, essentially zero. Design this circuit: draw the circuit and explain whether you measure output over the resistor or capacitor, and why. You do not need to choose values of R and C.
9 Derive the output voltage expression for the circuit given below. Vi R Vo VI Based on the Output Input Relationship what is the name of the circuit Trace the output graphs for the given TWO inputs (Sinusoidal and Square)
For the electric circuit given in the figure;a) Obtain the transfer function between V2(s) and V1(s).b) Calculate the gain value and time constant of the system in steady state as C=2MicroFarad, R1=R2=1Mohm.c) According to the values given in option B, obtain the expression to be obtained at the output for the unit step input by using the residual sum method.
please replicate this schematic diagram in TinkerCad. please do leave some notes to better understand the circuit also can you define the circled component? If you are unfamiliar with the software a sketch of a breadboard showing how the components, specially the op-amp, would suffice. [Take note that R2 is a LDR and the output of the circuit is connected to apiezo. The input is a sinusoidal voltage with amplitude 0.2V, 0V DC offset,and a frequency of 2000 Hz.]