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In piezoelectric strain transducer voltage developed is _______________ to strain applied.
- a)Directly proportional
- b)Inversely proportional
- c)Equal
- d)Independent
Correct answer is option 'A'. Can you explain this answer?
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In piezoelectric strain transducer voltage developed is _____________...
For a piezoelectric strain transducer, as the strain applied increases, the output voltage also increases.
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In piezoelectric strain transducer voltage developed is _____________...
Explanation:
Directly Proportional Relationship:
- In a piezoelectric strain transducer, the voltage developed is directly proportional to the strain applied.
- This means that as the strain on the transducer increases, the voltage output also increases in a linear manner.
- Mathematically, this relationship can be expressed as V ∝ ε, where V is the voltage developed and ε is the strain applied.
Piezoelectric Effect:
- The direct relationship between voltage and strain in a piezoelectric strain transducer is due to the piezoelectric effect.
- When mechanical stress or strain is applied to a piezoelectric material, it generates an electric charge which results in a voltage output.
- This effect allows piezoelectric materials to convert mechanical energy into electrical energy.
Application in Strain Measurement:
- Piezoelectric strain transducers are commonly used in applications where accurate measurement of mechanical strain is required.
- The direct proportionality between voltage and strain allows for precise and reliable measurement of strain levels.
- These transducers are often used in structural health monitoring, material testing, and other engineering applications.
Conclusion:
- In summary, the voltage developed in a piezoelectric strain transducer is directly proportional to the strain applied due to the piezoelectric effect. This relationship is essential for accurate strain measurement in various engineering applications.
Directly Proportional Relationship:
- In a piezoelectric strain transducer, the voltage developed is directly proportional to the strain applied.
- This means that as the strain on the transducer increases, the voltage output also increases in a linear manner.
- Mathematically, this relationship can be expressed as V ∝ ε, where V is the voltage developed and ε is the strain applied.
Piezoelectric Effect:
- The direct relationship between voltage and strain in a piezoelectric strain transducer is due to the piezoelectric effect.
- When mechanical stress or strain is applied to a piezoelectric material, it generates an electric charge which results in a voltage output.
- This effect allows piezoelectric materials to convert mechanical energy into electrical energy.
Application in Strain Measurement:
- Piezoelectric strain transducers are commonly used in applications where accurate measurement of mechanical strain is required.
- The direct proportionality between voltage and strain allows for precise and reliable measurement of strain levels.
- These transducers are often used in structural health monitoring, material testing, and other engineering applications.
Conclusion:
- In summary, the voltage developed in a piezoelectric strain transducer is directly proportional to the strain applied due to the piezoelectric effect. This relationship is essential for accurate strain measurement in various engineering applications.
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In piezoelectric strain transducer voltage developed is _______________ to strain applied.a)Directly proportionalb)Inversely proportionalc)Equald)IndependentCorrect answer is option 'A'. Can you explain this answer?
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