1. 1.414 times de sensitivity
2. dc sensitivity
3. 0.90 times de sensitivity
4. 0.707 times dc sensitivity
0.90 times de sensitivity
1. 116 mV
2. 58 mV
3. 29 mV
4. 0 mV
58 mV
1. 5/3 for X and 3/2 for V
2. 3/2 for X and 5/3 for Y
3. 5/3 for X and 5/3 for Y
4. 3/2 for X and 3/2 for Y
3/2 for X and 3/2 for Y
1. one cycle of the undistorted sine wave
2. two cycles of the undistorted sine wave
3. one cycle of the sine wave with clipped amplitude
4. two cycles of the sine wave with clipped amplitude
one cycle of the undistorted sine wave
1. lead to a null indication and setting will correspond to a frequency of 200 Hz
2. lead to a null indication and setting, will correspond to 260 Hz
3. lead to a null indication and setting will Correspond to 400Hz
4. not lead to null indication
not lead to null indication
1. 40,50 and 30 V
2. 40,40 and 40 V
3. 60,30 and 30 V
4. 30,60 and 300 V
40,50 and 30 V
1. 4%
2. 2%
3. 1%
4. 0.25%
4\%
1. Using bifilar compensating winding in place of current coil
2. Using non-inductive pressure coil circuit
3. Using a capacitor across a part Of high resistance of pressure -coil circuit
4. Using a swamping resistance
Using bifilar compensating winding in place of current coil
1. its sensitivity is high
2. it offers high input impedance
3. it does not alter the measured voltage
4. its sensitivity, and input impedance are high and do not alter the measured value
its sensitivity, and input impedance are high and do not alter the measured value
1. Deflecting system
2. Controlling system
3. Damping system
4. Pivot and Jewel bearing
Damping system