Static vs. Moving wave in an Oscilloscope

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The difference between a static wave and a moving wave on an oscilloscope primarily relates to the "trigger" circuit, which stabilizes repetitive waveforms for a clear display. A static wave appears stationary because the oscilloscope is synchronized with the waveform, while a moving wave indicates that the trigger is not set correctly or the waveform is not repetitive. This distinction is not dependent on whether the oscilloscope is digital or analog, but rather on the settings and configuration used. For further understanding, resources like Tektronix tutorials can provide valuable insights into effective oscilloscope usage. Properly utilizing the trigger function is essential for visualizing signals, such as guitar notes, accurately.
guilesar
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I have a basic question about using an oscilloscope... What's the difference between an oscilloscope displaying a static wave versus a moving wave? Is the difference in the type of scope you're using (digital vs. analog) or is it a setting on the scope itself? This would be used for visualizing a note played on a guitar.

Thanks in advance!
 
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guilesar said:
I have a basic question about using an oscilloscope... What's the difference between an oscilloscope displaying a static wave versus a moving wave? Is the difference in the type of scope you're using (digital vs. analog) or is it a setting on the scope itself? This would be used for visualizing a note played on a guitar.

Thanks in advance!

The "trigger" circuit on the 'scope is what allows you to get a stationary display of a repetitive waveform. The tutorials at Tektronix should help you to understand better how to work with oscilloscopes effectively and comfortaby:

http://www.tek.com/learning/oscilloscope-tutorial

:smile:
 
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