Engineering What are these types of diode circuits?

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The discussion focuses on identifying types of diode circuits and analyzing their waveforms. Participants confirm that both circuits involve diode bridges and suggest names for them, including "dual rail unregulated power supply" and "single rail unregulated power supply with battery backup." The waveforms for the circuits are described as rectified sine waves, with specific peak voltages noted. There are inquiries about the effects of removing components like the battery and diode on the output waveform, as well as the behavior of the diode under different conditions. The conversation emphasizes understanding the waveform characteristics and the implications of circuit modifications.
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Homework Statement


For each of the circuits, draw the waveform. The voltage drop across each diode is 0.7V
upload_2016-10-12_0-38-8.png

Homework Equations

The Attempt at a Solution


I know that both of these are using diode bridges, but is there a specific name for these circuits?
I think the waveform for Vo1 and Vo2 are rectified sine waves with peaks of 5.6 and -5.6, respectively. (at least that's what my notes say)
I have no idea where to start with #2 though.
Any hints/help would be greatly appreciated.
 
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Suitable names would be..

1) dual rail unregulated power supply
2) single rail unregulated power supply with battery backup.

servehover said:
I have no idea where to start with #2 though.

Try deleting the battery and diode temporarily. What would the Vo waveform look like then?

What happens if you apply that waveform to a circuit containing just the diode and battery. Is the diode forward or reverse biased?

What happens to Vo if you disconnect the AC mains? What happens to Vo "between the peaks" when AC is present?
 
CWatters said:
Suitable names would be..

1) dual rail unregulated power supply
2) single rail unregulated power supply with battery backup.
Try deleting the battery and diode temporarily. What would the Vo waveform look like then?

What happens if you apply that waveform to a circuit containing just the diode and battery. Is the diode forward or reverse biased?

What happens to Vo if you disconnect the AC mains? What happens to Vo "between the peaks" when AC is present?
Is my assumption with #1 correct?
Would the waveform for #2 without battery/diode simply be a full wave rectified sine wave with a peak of 13.44V?
 
Both correct so far.

I haven't checked your conversion from rms to peak voltage yet.
 
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