1. Following stability parameter is considered while selecting a transducer
A. Surrounding temperature
B. Surrounding humidity
C. Surrounding moisture
D. above all
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2. Following stability parameter is considered while selecting a transducer
A. change in temperature
B. change in pressure
C. change in viscosity of fluid
D. above all
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D. above all
3. Following is the mechanical characteristic of transducer
A. shape of transducer
B. size of transducer
C. weight of transducer
D. above all
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D. above all
4. Following electrical parameter is considered while selecting a transducer
A. Linearity of transducer
B. Repeatability of transducer
C. Dynamic response of the transducer
D. Above all
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D. above all
5. Following electrical parameter is considered while selecting a transducer
A. Capacitance to voltage conversion
B. Resistance to voltage conversion
C. Current to voltage conversion
D. Above all
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D. above all
6. Following electrca1 parameter is considered while selecting a transducer
A. Analog or digital output required
B. Ac or DC excitation availability
C. Availability of signal conditioner
D. Above all
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D. above all
7. Following electrical parameter is considered while selecting a transducer
A. Input impedance of transducer
B. Output impedance of transducer
C. Requirement of filter or amplifier etc
D. Above all
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D. above all
8.Following is the selcction criteria for transducer
A. Stability consideration
B. active transuctance
C. Primary transducer failure
D. secondary transducer compatibility
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A. Stability consideration
9. Following is the selection criteria for transducer
A. hign quality LVDT
B. operating range
C. Low quality LVDT
D. use of secondary transducer
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B. operating range
10. Following is the selection criteria for transducer
A. Passive transduction
B. Active transduction
C. Operating range
D. Digital transductance
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C. Operating range
A. Surrounding temperature
B. Surrounding humidity
C. Surrounding moisture
D. above all
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A. change in temperature
B. change in pressure
C. change in viscosity of fluid
D. above all
Click for Answer
D. above all
A. shape of transducer
B. size of transducer
C. weight of transducer
D. above all
Click for Answer
D. above all
A. Linearity of transducer
B. Repeatability of transducer
C. Dynamic response of the transducer
D. Above all
Click for Answer
D. above all
A. Capacitance to voltage conversion
B. Resistance to voltage conversion
C. Current to voltage conversion
D. Above all
Click for Answer
D. above all
A. Analog or digital output required
B. Ac or DC excitation availability
C. Availability of signal conditioner
D. Above all
Click for Answer
D. above all
A. Input impedance of transducer
B. Output impedance of transducer
C. Requirement of filter or amplifier etc
D. Above all
Click for Answer
D. above all
A. Stability consideration
B. active transuctance
C. Primary transducer failure
D. secondary transducer compatibility
Click for Answer
A. Stability consideration
A. hign quality LVDT
B. operating range
C. Low quality LVDT
D. use of secondary transducer
Click for Answer
B. operating range
A. Passive transduction
B. Active transduction
C. Operating range
D. Digital transductance
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C. Operating range
D. above all