02. The output of a LVDT is connected to a $4 V$ voltmeter through an amplifier whose implification factor is 500 and an output of $1.8 mV$ appears across the terminals of the LVDT when the core moves through a distance of $0.6 mm$ . If the millivolt meter scale has 100 divisions and the seale can be read to $1/4$ of a division., calculate: (i) Sensitivity of LVDT ( 3 Marks) (ii) Resolution of the instrument in mm. (2 Marks)

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02. The output of a LVDT is connected to a

4 V

voltmeter through an amplifier whose implification factor is 500 and an output of

1.8 mV

appears across the terminals of the LVDT when the core moves through a distance of

0.6 mm

. If the millivolt meter scale has 100 divisions and the seale can be read to

1/4

of a division., calculate: (i) Sensitivity of LVDT ( 3 Marks) (ii) Resolution of the instrument in mm. (2 Marks)

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