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For an ideal transformer
- a)both z and y-parameter exist
- b)neither z nor y-parameter exist
- c)z-parameter exist, but not the y-parameters
- d)y-parameters exist, but not the z-parameters
Correct answer is option 'A'. Can you explain this answer?
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Most Upvoted Answer
For an ideal transformera)both z and y-parameter existb)neither z nor ...
Explanation:
An ideal transformer is a theoretical concept of a transformer that has no losses, leakage, or resistance. So, it is considered as an ideal transformer. The input power is equal to the output power. The voltage is transformed according to the turns ratio. The current is transformed inversely proportional to the turns ratio. An ideal transformer can be analyzed using both z and y-parameters.
Reasoning:
The z-parameter is used to analyze the behavior of an ideal transformer when it is terminated with an impedance. The y-parameter is used to analyze the behavior of an ideal transformer when it is terminated with an admittance. An ideal transformer has no losses, leakage, or resistance. So, both z and y-parameters exist for an ideal transformer.
Conclusion:
Hence, option 'A' is the correct answer because both z and y-parameters exist for an ideal transformer.
An ideal transformer is a theoretical concept of a transformer that has no losses, leakage, or resistance. So, it is considered as an ideal transformer. The input power is equal to the output power. The voltage is transformed according to the turns ratio. The current is transformed inversely proportional to the turns ratio. An ideal transformer can be analyzed using both z and y-parameters.
Reasoning:
The z-parameter is used to analyze the behavior of an ideal transformer when it is terminated with an impedance. The y-parameter is used to analyze the behavior of an ideal transformer when it is terminated with an admittance. An ideal transformer has no losses, leakage, or resistance. So, both z and y-parameters exist for an ideal transformer.
Conclusion:
Hence, option 'A' is the correct answer because both z and y-parameters exist for an ideal transformer.
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For an ideal transformera)both z and y-parameter existb)neither z nor ...
Yes A
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For an ideal transformera)both z and y-parameter existb)neither z nor y-parameter existc)z-parameter exist, but not the y-parametersd)y-parameters exist, but not the z-parametersCorrect answer is option 'A'. Can you explain this answer?
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