In a communication system, the signal is represented graphically, whether in a time- domain or frequency-domain style. A signal is represented in amplitude versus time axis in a time-domain representation. The axes in the frequency-domain are amplitude vs frequency. Aside from their axes descriptions, the following is the difference between the two: Select your answer. Oscilloscope is used as a frequency-domain instrument. Oscilloscope is used both as a time- and frequency-domain instrument. Spectrum analyzer is used as a frequency-domain instrument. Spectrum analyzer is used both as a time- and frequency-domain instrument.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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In a communication system, the signal is represented graphically, whether in a time-
domain or frequency-domain style. A signal is represented in amplitude versus time
axis in a time-domain representation. The axes in the frequency-domain are
amplitude vs frequency. Aside from their axes descriptions, the following is the
difference between the two:
Select your answer.
Oscilloscope is used as a frequency-domain instrument.
Oscilloscope is used both as a time- and frequency-domain
instrument.
Spectrum analyzer is used as a frequency-domain instrument.
Spectrum analyzer is used both as a time- and frequency-domain
instrument.
Transcribed Image Text:In a communication system, the signal is represented graphically, whether in a time- domain or frequency-domain style. A signal is represented in amplitude versus time axis in a time-domain representation. The axes in the frequency-domain are amplitude vs frequency. Aside from their axes descriptions, the following is the difference between the two: Select your answer. Oscilloscope is used as a frequency-domain instrument. Oscilloscope is used both as a time- and frequency-domain instrument. Spectrum analyzer is used as a frequency-domain instrument. Spectrum analyzer is used both as a time- and frequency-domain instrument.
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