Half-Wave Rectification and Alternating Current: Understanding the Period

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The period of a voltage vs. time graph for a half-wave rectified signal is the same as that of the original alternating current waveform. In contrast, symmetric full-wave rectification results in halving the period, effectively doubling the frequency. Participants in the discussion seek recommendations for books on rectification. A link to a relevant Wikipedia page on rectifiers is provided for further reading. Understanding these concepts is essential for grasping the effects of rectification on AC signals.
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Is the period on a voltage vs. time graph for a half-wave signal the same as the period of a normal alternating current's waveform?

Are there any good books that discuss rectification?

Thank you.
 
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If the former signal is made by rectifying the latter, yes - they have the same period.

However, if you a symmetric full-wave rectification on a sinusoidal (or other symmetric) signal, you halve the period (double the frequency).
 
Last edited:
Soaring Crane said:
Are there any good books that discuss rectification?

Here's the wikipedia.org page: http://en.wikipedia.org/wiki/Rectifier
 

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