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Control Systems
Transfer Function
Mathematical Modelling and Sensitivity

Questions mapped to Mathematical Modelling and Sensitivity under Transfer Function.

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Q#1 Transfer Function GATE EE 2011 (Set 1) MCQ +2 marks -0.66 marks

A two-loop position control system is shown below.

The gain k of the Tacho-generator influences mainly the

Peak overshoot

Natural frequency of oscillations

Phase shift of the closed loop transfer function at very low frequencies

Phase shift of the closed loop transfer function at very high frequencies

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Q#2 Transfer Function GATE EE 2010 (Set 1) MCQ +1 mark -0.33 marks

As shown in the figure, a negative feedback system has an amplifier of gain 100 with ±10% tolerance in the forward path, and an attenuator of value 9/100 in the feedback path. The overall system gain is approximately:

5.jpg

10±1%

10±2%

10±5%

10±10%

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Q#3 Transfer Function GATE EE 2010 (Set 1) MCQ +1 mark -0.33 marks

If the electrical circuit of figure (b) is an equivalent of the coupled tank system of figure (a). then

A, B are resistance and C, D capacitances

A, C are resistance and B, D capacitances

A, B are capacitances and C, D resistance

A, C are capacitances and B, D resistance

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Q#4 Transfer Function GATE EE 2000 (Set 1) MCQ +1 mark -0.33 marks

Ratio of the rotor reactance X to the rotor resistance R for a two-phase servomotor

Is equal to that of a normal induction motor

Is less than that of a normal induction motor

Is greater than that of a normal induction motor

May be less or greater than that of a normal induction motor

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