erse the diode and replace the positive DC supply with negative DC supply and repeat Does the output voltage waveform change? Why? (Explain Briefly) Vi RL Vo V8 Input waveform Output waveform Figure 10. Positive clamper circuit with positive bias

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Reverse the diode and replace the positive DC supply with negative DC supply. Does the output voltage waveform change? Why? (Explain Briefly)

Positive clamper circuit with positive bias
Setup the circuit of Figure 10. Set the input voltage signal to a sinusoid with 100 Hz
frequency and 20V peak-to-peak amplitude with C=1µF. Obtain and plot the input and output
voltage waveforms.
Reverse the diode and replace the positive DC supply with negative DC supply and repeat
Does the output voltage waveform change? Why? (Explain Briefly)
D
Vi
RL
V.
VB
Input waveform
Output waveform
Figure 10. Positive clamper circuit with positive bias
ww-
Transcribed Image Text:Positive clamper circuit with positive bias Setup the circuit of Figure 10. Set the input voltage signal to a sinusoid with 100 Hz frequency and 20V peak-to-peak amplitude with C=1µF. Obtain and plot the input and output voltage waveforms. Reverse the diode and replace the positive DC supply with negative DC supply and repeat Does the output voltage waveform change? Why? (Explain Briefly) D Vi RL V. VB Input waveform Output waveform Figure 10. Positive clamper circuit with positive bias ww-
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