Ideal Diodes in Series: Output Voltage (V0) & 1kHz 10V P2P Sine Wave

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The discussion centers on determining the output voltage (V0) for a 1kHz 10V peak-to-peak sine wave with ideal diodes in series. The analysis indicates that neither diode conducts during the entire cycle of the sine wave, as one diode is always reverse-biased while the other is forward-biased depending on the sine wave's polarity. This reasoning holds true for all voltage levels within the sine wave. The conclusion confirms that the output voltage remains zero throughout the sine wave cycle. Understanding the behavior of ideal diodes in this configuration is crucial for analyzing similar circuits.
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I have been given this problem as a homework assignment. I need to find the output voltage (V0) given an input of a 1kHz 10V peak to peak sine wave. According to the answer manual neither diode conducts. My reasoning behind this is that when the sine wave is +10V diode1 is reversed-bias and diode2 is forward biased and when the sine wave is -10V it's the opposite. Am I correct in saying so or is there another reason? Thank you.
 

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Yes, that is right.

It also applies for all other voltage levels in the sinewave.
 
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