sfer function of a control system. The poles are located as shown. The - Find the location of the intersection point of the asymptotes with the

Q: How will you determine the stability using polar plots? What are the conditions?

A: The locus of tip of the phasor with frequency is called the polar plot.

Q: Discuss the effect of adding a pole on the root locus shape, through the relative stability.

A: Addition of open loop pole shifts the root locus towards the right hand of S plane due to which the…

Q: Discuss the effect of adding a poles on time response, through the speed response , overshoot…

A: consider the given question;

Q: Draw the equivalent circuits of Class E chopper for the different quadrant operation and write its…

A:

Q: Calculate the values of the parameters ?1 and ?2 in order for the closed-loop system, whose block…

A:

Q: Discuss the pressure response in figure l after using the PID controller in terms of the Rise Time,…

A: A PID controller's working premise is that each of the proportional, integral, and derivative terms…

Q: Discuss the two short comings of the mid-square method as a random number generator.

A:

Q: 2. (a) Design a 3 bits negative triggered asynchronous down counter using D flipflops. Show the flow…

A: We need to design a 3 bit negative triggered asynchronous down counter using D flip flop.

Q: Question 4:What would happen if the series properties of the DC compound generato were as much as…

A: NOTE: “Since you have asked multiple question, we will solve the first question for you. If you want…

Q: For a given discrete-control system with no zeros, the poles are observed to be located as given…

A: The poles are the roots of the equation in the denominator of s plane. Given poles, Z2 = 0.8 and Z4…

Q: In order to change the behavior of a 2nd order underdamped system, we need to move its closed- loop…

A: as the poles of the system moves closer to the Right side plane the system becomes more unstable

Q: Derive Denavit-Hartenberg representation of Forward Kinematic equations of Robots with right…

A: Explanation:   A commonly used convention for selecting frames of reference in robotic applications…

Q: Using the power-angle characteristic illustrate the Critical Clearing Angle (CCA) for three…

A:

Q: Advantage of the ZIg zag connection distribution.

A: The main advantage of the zig-zag connection is that it can be used as the grounding bank because is…

Q: Write a function, comprised of at least 6 step and/or ramp functions with changes occurring only…

A: According to the question, We need to write the expression of a signal xt, which contains 4 step…

Q: 5) With derivative controller, the value of maximum overshoot M, is

A: Control systems are represented by transfer function. This can be written in both time domain and…

Q: QR. Discuss the behaviour of a typical and order contrial system in time domain, wo sit the location…

A: standard 2nd order systemωn2s2+2ξωn+ωn2if ξ=0 . oscillatoryξ=1 . critically dampedξ>1 . over…

Q: Below are the Nyquist diagrams drawn for the Nyquist path covering the left half s plane of the open…

A:

Q: A controller is to be designed for the plant for a transportation delay of 0.05 s. Explain briefly…

A: Transportation delay in a control system is the time difference between the Applied input to the…

Q: Finding roots of characteristics equation method compared with Routh-Herwitz Criterion is: *

A:

Q: Select all the open loop poles.

A: The poles of the open-loop transfer function can be obtained by equating the dinominator to zero.

Q: Explain the Scalar Control Method used in VFDSS.

A: To analyse the scalar control method used in VFDs

Q: Explain by writing the rules and formulas for drawing a Nyquist curve.

A:

Q: Find the percent overshoot,

A: Open Loop System (OLS)-A system having a input in the system which does not depends on the system…

Q: f all closed-loop poles of a system are in the Left-Half plane and only one closed oop zero is in…

A: Given  All the pole in left hand side and ane  zeroes is in right side  true and false

Q: 1. What is root locus? Show that the root locus plots start from the open loop poles and end at open…

A:

Q: Explain with diagram the capacitor placement on radial distribution systems by particle swarm…

A: According to the question we have to explain with a diagram the capacitor placement on radial…

Q: Solve for VR1 and IR1. Using any dc circuit theorem.

A:

Q: Each item below describes key characteristics of a particular system (that is, a plant transfer…

A: Hi! Thank you for the question. I am solving the Question for 3 sub-parts Part (a) to Part (c) as…

Q: В2. Draw the block diagram of a close loop system. Also find the expression for steady state error…

A: the study state error constant for the unit ramp input is velocity error coefficient that is  Kv

Q: | Kirchhoff's laws, and utilizing the direction in the Ri

A: The KVL is applied in a loop and the KCL is applied in a node. Generally the KVL is used to…

Q: Q8. Can skewed slots reduce all space harmonics? Give your explanation.

A: Yes, the skewed slots reduce all the space harmonics in an induction motor.

Q: If all closed-loop poles of a system are in the Left-Half plane and only one closed- loop pole is on…

A: If all the closed loop poles lies in the left half of plane then it is stable. If one pole lies on…

Q: For the radial system shown, the setting of the second zone (in secondary settings) of a relay at V…

A: Given CT 1000: 1 VT ratio -132000 : 120               -1100 :1 Second zone

Q: Nyquist stability criterion states that N=Z-P. In this Z denotes Number of stable closed loop poles…

A: In this we have to define nyquist criteria..

Q: Discuss “additive white Gaussian noise” in the conventional way and convince your audience that…

A:

Q: In Nyquist stability criterion, x-y plane of pole-zero is called the F(s) plane. Select one: True O…

A: Nyquist criterion

Q: What is meant by impedance matching? Why is impedance matching needed?

A:

Q: Discuss the effect of adding a zero on time response, through the speed response , overshoot…

A: Zeros are the roots of N(s) (the numerator of the transfer function) obtained by setting N(s) = 0…

Q: -2 -1 Real Axis Real Axis (c) (d) Imaginary Axis Imaginary Axis 2. 3. 4.

A: ROOT LOCUS: The root locus technique is used to determine the stability of a closed-loop control…

Q: Briefly describe Fortescue’s theorem with necessary vector diagrams

A: Fortescue's theorem which states that the N unbalanced phasors which can given by N systems of N…

Q: Explain the capacitor placement on radial distribution systems by particle swarm optimization

A: As Distribution systems are growing larege and being stretched too far, loading to higher system…

Q: . Why is impedance represented by a complex number?

A: In a DC circuit (DC circuit) the present and voltage through a resistor or an inductor aren't…

Q: If all closed-loop poles of a system are in the Right-Half plane and only one closed- loop pole is…

A: If there is only one pole on the imaginary axes and the other poles in the left half of s plane than…

Q: 4-Write a short report about Blondel two-axis theory for SG?

A: Blondel Two-axis theory For synchronous Generator- Non-salient pole type, the air gap is uniform in…

Q: Solve using the Gauss-Seidel method. Starting with ?1(0) = 0 = ?2(0) show your solutions for the…

A: The two linear equation in terms of x1 and x2, based on the matrix equation shown are: Simplify…

Operational Amplifier

An operational amplifier also called op amp is an integrated circuit or analog circuit that takes input as a differential voltage and produces output as a single-ended voltage. It is an IC that can amplify weak electric signals.An op amp has one output pin and two input pins. The basic role of an opamp is to amplify the voltage difference between the two input voltages. It is also used in filtering or to perform mathematical operations or in signal conditioning.