Recent content by servehover

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?

Homework Statement For each of the circuits, draw the waveform. The voltage drop across each diode is 0.7V Homework EquationsThe 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...

I think I will stick to 1Vrms as I have yet to find any clipping circuit on Google with parallel resistor. Can you offer any hints for the other 3 problems?

So just to be confirm: There is no series resistor in my circuit (it looks parallel). This means that the output voltage is simply 1Vrms...?

So it'd basically be a sine wave that is cut off beyond 0.7 and -0.7. If this question is a trick question, the answer would simply be Vo = 1Vrms right?

Can you explain this? If there is no series resistor in my problem (it is parallel), does that mean there is no clipping in my problem? Do you have any hints for these two?

Does the resistor in parallel changed anything vs the resistor in series? My teacher is the kind of guy to give trick questions, so I'm really leaning towards the 1V rms answer... Can you give me any hints regarding 2nd problem?

So it would basically be a sine wave but clipped at 0.7V? Edit: this circuit has the resistor in series though. Mine is in parallel

Would it go from 0 to 0.7 or -0.7 to 0.7? I really don't understand the problem(s) and neither do any of my classmates.

Yes Would it be a rectified sine wave?

If the diodes were removed, Vo would simply be 1Vrms. Voltage drop across a diode is 0.7V so the output voltage has a peak of 0.7V. Would the output waveform simply look like a sine wave with a peak of 0.7V?

I am still kind of lost as to how I get Vo. The two diodes are in parallel, so would the voltage drop across both diodes be 0.7V? Is Vo simply 0.7Vpp?

So V0 would be 0.4949Vrms? (0.3535 * Vpp)

Any hints for something like this?

Would the output voltage v0 simply be 1Vrms? Is it because the voltage across the 1k resistor is also 1Vrms?