Frequency & Waveform of Impulses: a & b Equation?

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The discussion focuses on determining the frequency and waveform of a series of impulses using parameters "a" and "b." The values for "a" and "b" are approximately 0.8 divisions and 5.5 divisions, respectively. To calculate the frequency in Hertz, the timebase setting of the oscilloscope is crucial; for example, at a 1 ms/div setting, "B" would yield a frequency of 181.8 Hz. Additionally, the thread notes that reposting while under moderation violates forum rules. Understanding these calculations is essential for accurate waveform analysis.
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Does anyone know how you can describe the frequency/waveform of this repeated batch of impulses in terms of a and b ? Is there a suitable equation, thanks.

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"A" looks to be about .8 divisions, while "B" looks to be about 5.5 divisions. However, that should be obvious to you, so beyond that I have no idea what you're looking for. If you want to know the frequency in Hz, you need to know the timebase. If, for example, the scope was set to 1 ms/div, then the frequency of "B" would be 1/ (5.5 * 1e-3 s) = 181.8 Hz.
 
Your other thread on this was closed pending Moderation. Re-posting it while it is in moderation is against the PF Rules (see the Rules link at the top of the page). PM me if there is a reason you shouldn't be banned as a spammer...

berkeman
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https://www.physicsforums.com/showthread.php?t=321301

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