Electrical control systems

Induction relay

Thermocouple

LVDT

Any of the above E. None of the above

All the co-efficients can have zero value

All the co-efficients are always non-zero

Only one of the static error co-efficients has a finite non-zero value

None of the above

The gain of the system should be decreased

The gain of the system should be increased

The number of poles to the loop transfer function should be increased

The number of zeros to the loop transfer function should be increased

Systems having complexities and non-linearities

Systems having stability problems

Systems having multiple input disturbances

All of the above

lag at all frequencies

lag at high frequencies and lead at low frequencies

lag at low frequencies and lead at high frequencies

none of the above

The system is at rest and no energy is stored in any of its components

The system is working with zero stored energy

The system is working with zero reference signal

None of the above

Constant current

Constant voltage

Constant current as well as constant voltage

Constant current, constant voltage and constant power E. None of the above

Lead-compensation

Lag-compensation

Lead-lag compensation

None of the above

Differential bellows and straingauge

Selsyn

Strain gauge

Strain gauge and potentiometer

increases

minimizes

does not have any effect on

any of the above