Test: Closed Loop Frequency Response - Electrical Engineering (EE) MCQ

# Test: Closed Loop Frequency Response - Electrical Engineering (EE) MCQ

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## 10 Questions MCQ Test - Test: Closed Loop Frequency Response

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

### Closed loop frequency response is very useful as :

Detailed Solution for Test: Closed Loop Frequency Response - Question 1

Explanation: Closed loop frequency response is very useful as it enables to use second order correlations between frequency and transient response.

Test: Closed Loop Frequency Response - Question 2

### Maximum peak overshoot in time domain corresponds to :

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Explanation: Resonance peak in frequency domain correspond to maximum peak overshoot in time domain.

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Test: Closed Loop Frequency Response - Question 3

### Frequency of oscillation in time domain correspond to :

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Explanation: Resonant frequency in frequency domain correspond to frequency of oscillation in time domain.

Test: Closed Loop Frequency Response - Question 4

Bandwidth is :

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Explanation: Bandwidth of a signal must be less but channel must be more foe better transmission or communication.

Test: Closed Loop Frequency Response - Question 5

Cut-off rate is the ability of the system to distinguish the signal from _____________

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Explanation: Cut-off rate is the ability of the system to distinguish the signal from noise.

Test: Closed Loop Frequency Response - Question 6

The important figures of merit to the system in frequency domain are :

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Explanation: The important figures of merit to the system in frequency domain are maximum value of resonance peak and frequency at which it occurs.

Test: Closed Loop Frequency Response - Question 7

In q(s) plane Nyquist plot is symmetrical about the :

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Explanation: By definition, In q(s) plane Nyquist plot is symmetrical about the real axis.

Test: Closed Loop Frequency Response - Question 8

A polar plot intersects the unit circle at a point making -45° to the negative real axis then the phase margin of the system is :

Detailed Solution for Test: Closed Loop Frequency Response - Question 8

Explanation: As the angle is with the negative real axis hence the Phase margin will be 45°.

Test: Closed Loop Frequency Response - Question 9

The parameter which is constant along the constant N circle :

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Explanation: Phase angle remains constant in constant N-circle.

Test: Closed Loop Frequency Response - Question 10

In second order system gain margin is :

Detailed Solution for Test: Closed Loop Frequency Response - Question 10