Q.1.
Servomotor:
Q.2.
The addition of open loop zero pulls the root loci towards:
Q.3.
If root loci plots of a particular control system do not intersect the imaginary axis at any point, then the gain margin of the system will be:
Q.4.
When the number of poles is equal to the number of zeroes, how many branches of root locus tends towards infinity?
Q.5.
When the number of poles is equal to the number of zeroes, how many branches of root locus tends towards infinity?
Q.6.
System transformation on function H(z) for a discrete time LTI system expressed in state variable form with zero initial condition
Q.7.
System transformation on function H(z) for a discrete time LTI system expressed in state variable form with zero initial condition
Q.8.
State space analysis is applicable for non- linear systems and for multiple input and output systems.
Q.9.
State space analysis is applicable for non- linear systems and for multiple input and output systems.
Q.10.
When human being tries to approach an object, his brain acts as,
Q.11.
For two-phase AC servomotor, if the rotor’s resistance and reactance are respectively R and X, its length and diameter are respectively L and D then,
Q.12.
Complex conjugate pair:
Q.13.
A transfer function of the system does not have pole-zero cancellation? Which of the following statements is true?
Q.14.
Consider a system if represented by state space equation and x1 (t) =x2 (t), then the system is:
Q.15.
Kalman’s test is for :
Q.16.
Kalman’s test is for :
Q.17.
A system is said to be                           if it is possible to transfer the system state from any initial state to any desired state in finite interval of time.
Q.18.
A system is said to be                           if it is possible to transfer the system state from any initial state to any desired state in finite interval of time.
Q.19.
With feedback            reduces.
Q.20.
In a control system integral error compensation                steady state error