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A pressure transducer which has the characteristics of a 2nd - order measuring system is used to sense the sound waves in an acoustic laboratory. To calibrate this pressure transducer, a simple periodic signal with varying frequency is applied to it as the input signal. Assume that the pressure transducer is calibrated and has no drift or any other systematic error. As the frequency of the input signal approaches infinity (i.e. w >>wn) The pressure transducer filters out the input signal (i.e., the magnitude ratio of the output signal approaches to zero) The magnitude ratio of the output signal approaches 1. Information is not sufficient to define magnitude ration. The magnitude ratio of the output signal approaches infinity

A pressure transducer which has the characteristics of a 2nd - order measuring system is used to sense the sound waves in an acoustic laboratory. To calibrate this pressure transducer, a simple periodic signal with varying frequency is applied to it as the input signal. Assume that the pressure transducer is calibrated and has no drift or any other systematic error. As the frequency of the input signal approaches infinity (i.e. w >>wn) The pressure transducer filters out the input signal (i.e., the magnitude ratio of the output signal approaches to zero) The magnitude ratio of the output signal approaches 1. Information is not sufficient to define magnitude ration. The magnitude ratio of the output signal approaches infinity

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A pressure transducer which has the characteristics of a 2nd - order measuring system is used to sense the sound waves in an acoustic laboratory. To calibrate this pressure transducer, a simple periodic signal with varying frequency is applied to it as the input signal. Assume that the pressure transducer is calibrated and has no drift or any other systematic error. As the frequency of the input signal approaches infinity (i.e. w >>wn) The pressure transducer filters out the input signal (i.e., the magnitude ratio of the output signal approaches to zero) The magnitude ratio of the output signal approaches 1. Information is not sufficient to define magnitude ration. The magnitude ratio of the output signal approaches infinity
Transcribed Image Text:A pressure transducer which has the characteristics of a 2nd - order measuring system is used to sense the sound waves in an acoustic laboratory. To calibrate this pressure transducer, a simple periodic signal with varying frequency is applied to it as the input signal. Assume that the pressure transducer is calibrated and has no drift or any other systematic error. As the frequency of the input signal approaches infinity (i.e. w >>wn) The pressure transducer filters out the input signal (i.e., the magnitude ratio of the output signal approaches to zero) The magnitude ratio of the output signal approaches 1. Information is not sufficient to define magnitude ration. The magnitude ratio of the output signal approaches infinity
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