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Test: The Output Regulator And Tracking Problem - Electrical Engineering (EE) MCQ


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10 Questions MCQ Test - Test: The Output Regulator And Tracking Problem

Test: The Output Regulator And Tracking Problem for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Test: The Output Regulator And Tracking Problem questions and answers have been prepared according to the Electrical Engineering (EE) exam syllabus.The Test: The Output Regulator And Tracking Problem MCQs are made for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: The Output Regulator And Tracking Problem below.
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Test: The Output Regulator And Tracking Problem - Question 1

For output regulator problem in performance index the parameter which is set to zero:

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 1

Explanation: As the problem is to minimize the performance index involving output vector then the output vector must be close to zero.

Test: The Output Regulator And Tracking Problem - Question 2

In tracking problem the parameter reduced is :

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 2

Explanation: In tracking problem the main objective is to reduce error and this is the main concern so as to reduce error.

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Test: The Output Regulator And Tracking Problem - Question 3

Riccati equation is formed by using:

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 3

Explanation: Riccati equation can be formed using the results of the tracking problem as it is mainly applied in the cases where the errors are reduced to the minimum.

Test: The Output Regulator And Tracking Problem - Question 4

The value of K must further follow the following constraint that the closed loop system must be:

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 4

Explanation: The value of Ki must further follow the following constraint that the closed loop system must be asymptotically stable and this is due to the fact that the value of k matrix can be varied.

Test: The Output Regulator And Tracking Problem - Question 5

For suboptimal control the value of R is assumed to be:

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 5

Explanation: For suboptimal control the value of R is not assumed to be positive definite but it can also be assumed to be zero.

Test: The Output Regulator And Tracking Problem - Question 6

Which one of the following compensation is required for improving the transient response of the system?

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 6

Explanation: For increasing or improving the transient response derivative controller is used and which is the phase lead compensation.

Test: The Output Regulator And Tracking Problem - Question 7

Pneumatic controller

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 7

Explanation: Pneumatic controllers are fire and explosion proof operation as they require air and gas fuel for its operation.

Test: The Output Regulator And Tracking Problem - Question 8

Hydraulic controller:

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 8

Explanation: Hydraulic controller must have no leakage and also it requires high torque and high speed operation due to high density of the controller.

Test: The Output Regulator And Tracking Problem - Question 9

Electronic Controller:

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 9

Explanation: Flexible in all sense as it does not require heavy components or extra torque or high speed operations.

Test: The Output Regulator And Tracking Problem - Question 10

Which one of the following statement is correct?A plant controlled by a proportional controller. If a time delay element is introduced in the loop its:

Detailed Solution for Test: The Output Regulator And Tracking Problem - Question 10

Explanation: The introduction of a time delay element decreases both the phase and gain margin.

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