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Question
Consider the circuit shown in the figure below.
The p-n junction diode is a pn junction silicon diode with forward cut-in voltage of 0 V. The input to the circuit is a square wave of time period T. Assume 10τ<<T, where τ is the time constant of the circuit, then the maximum and minimum value of output waveform at steady state respectively are
Consider the circuit shown in the figure below.
The p-n junction diode is a pn junction silicon diode with forward cut-in voltage of 0 V. The input to the circuit is a square wave of time period T. Assume 10τ<<T, where τ is the time constant of the circuit, then the maximum and minimum value of output waveform at steady state respectively are
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Solution
The correct option is C 2.5 V and -17.5 V
The equation of output voltage for steady state can be given as
V0=Vi−7.5
∴ For Vi=10,V0=2.5 V
and for Vi=−10 V,V0=−17.5 V
The equation of output voltage for steady state can be given as
V0=Vi−7.5
∴ For Vi=10,V0=2.5 V
and for Vi=−10 V,V0=−17.5 V
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