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The zero-suppression in recorder implies____
- a)recording signals with reference to a point other than the zero
- b)removing the static component so that rest of the signal is displayed with more expansion
- c)providing inertia-less components to improve transient response
- d)designing the recorder for zero error
Correct answer is option 'B'. Can you explain this answer?
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The zero-suppression in recorder implies____a)recording signals with ...
Hence, the correct option is (B)
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The zero-suppression in recorder implies____a)recording signals with ...
Explanation of Answer:
Zero-Suppression in Recorder:
Zero-suppression in a recorder refers to the process of removing the static component of a signal so that the rest of the signal is displayed with more expansion.
Static Component:
The static component of a signal refers to the baseline or zero-level of the signal. By suppressing this component, the recorder focuses on displaying the variations or changes in the signal rather than the baseline itself.
Enhanced Display:
By removing the static component through zero-suppression, the recorder can provide a more detailed and expanded view of the signal. This allows for better analysis and interpretation of the dynamic aspects of the signal.
Improved Clarity:
Zero-suppression helps in improving the clarity and visibility of the signal by minimizing distractions from the static baseline. This can be particularly useful in scenarios where the variations in the signal are of more interest than the absolute values.
Application in Transient Response:
Zero-suppression can also be beneficial in improving the transient response of the recorder by focusing on the dynamic changes in the signal. This can help in capturing rapid changes or fluctuations more effectively.
Therefore, the correct option 'B' - removing the static component so that the rest of the signal is displayed with more expansion, accurately describes the concept of zero-suppression in a recorder.
Zero-Suppression in Recorder:
Zero-suppression in a recorder refers to the process of removing the static component of a signal so that the rest of the signal is displayed with more expansion.
Static Component:
The static component of a signal refers to the baseline or zero-level of the signal. By suppressing this component, the recorder focuses on displaying the variations or changes in the signal rather than the baseline itself.
Enhanced Display:
By removing the static component through zero-suppression, the recorder can provide a more detailed and expanded view of the signal. This allows for better analysis and interpretation of the dynamic aspects of the signal.
Improved Clarity:
Zero-suppression helps in improving the clarity and visibility of the signal by minimizing distractions from the static baseline. This can be particularly useful in scenarios where the variations in the signal are of more interest than the absolute values.
Application in Transient Response:
Zero-suppression can also be beneficial in improving the transient response of the recorder by focusing on the dynamic changes in the signal. This can help in capturing rapid changes or fluctuations more effectively.
Therefore, the correct option 'B' - removing the static component so that the rest of the signal is displayed with more expansion, accurately describes the concept of zero-suppression in a recorder.
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The zero-suppression in recorder implies____a)recording signals with reference to a point other than the zerob)removing the static component so that rest of the signal is displayed with more expansionc)providing inertia-less components to improve transient responsed)designing the recorder for zero errorCorrect answer is option 'B'. Can you explain this answer?
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The zero-suppression in recorder implies____a)recording signals with reference to a point other than the zerob)removing the static component so that rest of the signal is displayed with more expansionc)providing inertia-less components to improve transient responsed)designing the recorder for zero errorCorrect answer is option 'B'. Can you explain this answer? for SSC 2024 is part of SSC preparation. The Question and answers have been prepared according to the SSC exam syllabus. Information about The zero-suppression in recorder implies____a)recording signals with reference to a point other than the zerob)removing the static component so that rest of the signal is displayed with more expansionc)providing inertia-less components to improve transient responsed)designing the recorder for zero errorCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for SSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The zero-suppression in recorder implies____a)recording signals with reference to a point other than the zerob)removing the static component so that rest of the signal is displayed with more expansionc)providing inertia-less components to improve transient responsed)designing the recorder for zero errorCorrect answer is option 'B'. Can you explain this answer?.
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