a. Explain basic elements of a closed -loop control system used for measurement of displacement.

Q: nswer the following questions about a 460-V, ~-COlUlected. two-pole. 75-hp. 60-Hz.…

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Q: In the closed loop control system given below, z is the zero of the controller. According to this;…

A: Given MO=5 %Settling time=2 s

Q: The main advantage of two-position control systems is that it is simple and ______________.

A: In this question we will write about two position control...

Q: Pick the correct performance characteristic needed in the control system I. Stability II.…

A: Control system: It is a system that controls or regulates the system in the desired range of the…

Q: Provide 2 examples of open-loop and closed-loop control system. Identify the input, output, and…

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Q: Explain the construction and working principle of armature-controlled DC servomotor. Draw block…

A: Armature-controlled DC servomotor The DC servomotor utilises motors, usually, this departs the DC…

Q: Explain briefly which input signals to the ECM control the turbocharger?

A: According to the question we have to explain briefly which input signals to the ECM control the…

Q: For the control system shown below the difference equation

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Q: Discuss the potential risks to the operation of a DC motor associated with the application of a full…

A: In this solution, the discussion is about DC motor operation.

Q: Explain the Modeling of electro-mechanical control system?

A: Multiple Relays, Timers, and/or Counters are often linked together on an enclosure panel for…

Q: Identify and describe the basic functional elements that could be used in closed loop control for…

A: Closed-loop Control system -  A closed-loop control system, also termed a feedback control system,…

Q: Choose a modern house of your interest, identify any ONE application of the DC electrical machine in…

A: As per our guidelines, we can only answer a maximum of three sub-parts at a time. Please resubmit…

Q: Q3) Answer the following: A) Answer the following: 1- Who invented the root locus method? What is…

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Q: 1. Explain synchronous machine behaviour when mechanical input is suddenly increased? 2. Explain…

A: Synchronous machine behavior when mechanical input is suddenly increased:

Q: List the five major elements of a closed-loop motion-control system.

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Q: Tutorial Problems No. 1 Q1 A250 v shunt motor takes a total current of 20 A. the shunt field and…

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Q: . a)Briefly explain ‘armature reaction’ and its effect with the help of a suitable diagram.…

A: Armature reaction is the effect that armature field is made in main field. Or we can say that it is…

Q: Q2 Choose a modern house of your interest, identify any ONE application of the DC electrical machine…

A: Part d: The function of the DC shunt motor: In the dc shunt motor, a field winding is connected in…

Q: Compare and contrast open- and closed-loop control systems

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Q: Q2] What is the Ward-Leonard motor control system? What are its advantages and disadvantages?

A: The explanation is as follows.

Q: what are the major components of an electronic control system

A: In this case, the major components of an electronic control system needs to be identified.

Q: What is the suitable type of controller for improving the transient respone performance of the…

A: What is the suitable type of controller for improving the transient respone performance of the…

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

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Q: In a cruise control system process variable is O size of the car O speed of the car O slope the road

A: Cruise control system is a system in which speed is controlled the desired speed automatically.

Q: a. b. C. Explain briefly the different between open-loop and closed-loop system. List four…

A: a. Open-loop control system Closed loop control system In this type of control system, the…

Q: What happens when the holding coil gets the supply in the magnetic controller?

A: According to the question we have to discuss, What happens when the holding coil gets the supply in…

Q: List out any two practical examples of Closed-loop control systems and explain anyone in detail with…

A: According to the question we have to list out any two practical of the close loop control system and…

Q: Discuss the operation of the following control system . (i) Servo Motors (ii) Synchronous

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Q: Explain the meaning of CASCADE Control system (Serie ). a.Give a practical example of this Cascade…

A: When there are multiple measurements but only one control variable available, then the system called…

Q: Discrete Controller System R(z) C(z) +, (z+1) z'(z-1) K Figure 1. Closed-loop discrete control…

A: Close loop control systems are more stable than open loop control systems because in closed control…

Q: b) Discuss the operation of the following control system components i) Servo Motors ii) Synchros

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

Q: Discussion: 1. Discuss the advantages and disadvantages of hydraulic control system with respect to…

A: 1. Advantages of of hydraulic control system over pneumatic control system is is that the force…

Q: What are the requirement (objectives) of a control system? And effects of increasing Integral…

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Q: Explain the essential features of Indicating Instruments Explain the significance of Fluid friction…

A: Indicating Instruments Indicting instruments indicate the magnitude of an electrical quantity at the…

Q: Explain the difference between open-loop and closed-loop control systems

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Q: Write a report on system control strategies and techniques used in engineering.

A: The term system control refers to the controlling of any system. In terms of electrical system, it…

Q: Explain why control torque should be equal to deflection torque,happens if the control is more than…

A: The PMMC type instruments and indicating instruments consists 3 types of torque in their operation.…

Q: Explain why static calibration is essential for unstable and highly responsive control system?

A: Introduction: The measurement equipment calibration has two aims. It determines the measurement's…

Q: xplain with aid of a diagram how armature speed control of a dc motor is attained

A: DC motor : A DC motor is an electric machine that transforms electrical power into mechanical power.…

Q: A 25 kW, 250 V dc shunt generator has armature and field resistance of 0.06 ohm and 100 ohms…

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Q: i) Draw an appropriate block diagram illustrating the control scheme in an automatic electric iron…

A: i) The block diagram illustrating the control scheme in an automatic electric iron is shown below:…

Q: What kind of use of motor speed controller is compared to other control systems? have advantages?…

A: The speed control of the motor can be achieved by various methods; by using servo motors, induction…

Q: What are the advantages of an open-loop control system?

A: 1)Open loop control system simple in construction doesn't need much components like closed loop…

Q: Briefly identify and explain all the essential components of Direct-Torque Control method.

A: Direct torque control: It is a method to control the torque of the 3-phase ac motor in variable…

Q: 3. Aside from the examples given in the notes, give 3 more examples of automatic control systems…

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

Q: Introduction to Control Systems 2. What information about the state of a car is required for cruise…

A: The explanation is as follows.

Q: Example 4: A 4 pole Lap connected d.c. Shunt Generator having field and armature resistance of 500…

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Q: Explain the difference between open- and closed-loop control.

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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.