A differential capacitive sensor is interfaced using an op-amp drcuit shown in the figure below. The parallei plate approximation can be used for the sensor capacitors with D=200 um. L=0.000175 as the dimensinns of theensor and x=7.58e 008 as the lateral displacement, accordingly, find the ratio of the total capacitance chan to the ornal capacitance (C) of the sensor? C1 2L C2 U Select one O08e-4

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A differential capacitive sensor is interfaced using an op amp circuit shown in the figure below. The parallel plate
approximation can be used for the sensor capacitors with D=200um L=0.000175 as the dimensions of the sensor 
x=7.58e008 as the lateral displacement. accordingly, find the ratio 
of the total capacitance change to the original
capacitance (Co) of the sensor?

ratter
Question 26
A differential capacitive sensor is interfaced using an op-amp circuitishown in the figure below. The parallel plate.
approximation can be used for the sensor capacitors with D=200 um. L=0.000175 as the dimensinns of the sensor and
x=7.58e 008 as the lateral displacement, accordingly, find the ratio of the total capacitance chan to the original
capacitance (C) of the sensor?
Not yet
anowered
Marked out of
4.0
T Fag
question
6.
C1
13
14
21
20
21
C2
Lx
U
Select one
O.08e-4
0217e4
Transcribed Image Text:ratter Question 26 A differential capacitive sensor is interfaced using an op-amp circuitishown in the figure below. The parallel plate. approximation can be used for the sensor capacitors with D=200 um. L=0.000175 as the dimensinns of the sensor and x=7.58e 008 as the lateral displacement, accordingly, find the ratio of the total capacitance chan to the original capacitance (C) of the sensor? Not yet anowered Marked out of 4.0 T Fag question 6. C1 13 14 21 20 21 C2 Lx U Select one O.08e-4 0217e4
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