Q. Whether a linear system is stable or unstable that it

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Q. A lag compensator is essentially a

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Q. Stepper motors find applications in

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Q. For type 2 system, the magnitude and phase angle of the term (jω)² in the denominator, at ω = 0, are respectively

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Q. In an integral controller

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Q. The phase margin and damping ratio have no relation.

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Q. For the transport lag G(jω) = e^(-jωT), the magnitude is always equal to

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Q. The log magnitude curve for a constant gain K is a

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Q. If a system is to follow arbitrary inputs accurately the bandwidth should be

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Q. Assertion (A): Potentiometers can not be used as error detectors in position control systems.

Reason (R): The resolution of a potentiometer places an upper limit on its accuracy

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Q. Bellows converts

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Q. Assertion (A): The steady state response, of a stable, linear, time invariant system, to sinusoidal input depends on initial conditions.

Reason (R): Frequency response, in steady state, is obtained by replacing s in the transfer function by jω

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Q. Bode magnitude plot is drawn between

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Q. First column elements of Routh's tabulation are 3, 5, -3/4, 1/2, 2. It means that there

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Q. When a unit step voltage drives a lag network the output

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Q. A system has its two poles on the negative real axis and one pair of poles lies on jω axis. The system is

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Q. In a minimum phase system

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Q. A stepper motor is

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Q. In a two phase ac servomotor rotor resistance is R and rotor reactance is X. The speed curve will be linear if

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Q. From the noise point of view, bandwidth should

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