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An example for lossless propagation is
- a)Dielectric waveguide propagation
- b)Conductor propagation
- c)Cavity resonator propagation
- d)It is not possible
Correct answer is option 'D'. Can you explain this answer?
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Verified Answer
An example for lossless propagation isa)Dielectric waveguide propagati...
Answer: d
Explanation: There are many techniques employed to achieve zero attenuation or maximum propagation. But it is not achievable practically. Thus lossless propagation is not possible practically
Explanation: There are many techniques employed to achieve zero attenuation or maximum propagation. But it is not achievable practically. Thus lossless propagation is not possible practically
Most Upvoted Answer
An example for lossless propagation isa)Dielectric waveguide propagati...
Lossless Propagation Explanation:
Lossless propagation refers to the transmission of signals without any loss of energy or distortion. It is an ideal scenario in which the transmitted signal remains intact throughout the propagation process.
Reason for Option 'D':
Dielectric waveguide propagation, conductor propagation, and cavity resonator propagation all involve some form of energy loss or distortion during signal transmission. Therefore, they do not qualify as examples of lossless propagation.
Explanation of Option 'D':
Option 'D', which states that lossless propagation is not possible, is the correct answer because in real-world scenarios, some amount of energy loss or distortion is inevitable during signal transmission. Factors such as resistance, dielectric losses, and radiation losses contribute to the overall loss in signal integrity.
Conclusion:
In practical applications, achieving truly lossless propagation is challenging, and engineers often strive to minimize losses through various design techniques and materials. While lossless propagation may be an ideal concept, it is rarely achievable in real-world scenarios.
Lossless propagation refers to the transmission of signals without any loss of energy or distortion. It is an ideal scenario in which the transmitted signal remains intact throughout the propagation process.
Reason for Option 'D':
Dielectric waveguide propagation, conductor propagation, and cavity resonator propagation all involve some form of energy loss or distortion during signal transmission. Therefore, they do not qualify as examples of lossless propagation.
Explanation of Option 'D':
Option 'D', which states that lossless propagation is not possible, is the correct answer because in real-world scenarios, some amount of energy loss or distortion is inevitable during signal transmission. Factors such as resistance, dielectric losses, and radiation losses contribute to the overall loss in signal integrity.
Conclusion:
In practical applications, achieving truly lossless propagation is challenging, and engineers often strive to minimize losses through various design techniques and materials. While lossless propagation may be an ideal concept, it is rarely achievable in real-world scenarios.
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An example for lossless propagation isa)Dielectric waveguide propagationb)Conductor propagationc)Cavity resonator propagationd)It is not possibleCorrect answer is option 'D'. Can you explain this answer?
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